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Electronic components list Seiko, page 11



  1. Seiko Instruments
    Site: www.sii.co.jp
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    S-873023CUP-ACA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  2. S-873023CUP-ACB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  3. S-873023CUP-ACC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  4. S-873023CUP-ACD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  5. S-873023CUP-ACE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  6. S-873023CUP-AFC-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  7. S-873024A - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  8. S-873024AUP-AAA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  9. S-873024AUP-AAB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  10. S-873024AUP-AAC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  11. S-873024AUP-AAD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  12. S-873024AUP-AAE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  13. S-873024B - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  14. S-873024BUP-ABA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  15. S-873024BUP-ABB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  16. S-873024BUP-ABC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  17. S-873024BUP-ABD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  18. S-873024BUP-ABE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  19. S-873024C - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  20. S-873024CUP-ACA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  21. S-873024CUP-ACB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  22. S-873024CUP-ACC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  23. S-873024CUP-ACD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  24. S-873024CUP-ACE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  25. S-873024CUP-AFB-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  26. S-873025A - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  27. S-873025AUP-AAA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  28. S-873025AUP-AAB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  29. S-873025AUP-AAC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  30. S-873025AUP-AAD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  31. S-873025AUP-AAE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  32. S-873025B - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  33. S-873025BUP-ABA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  34. S-873025BUP-ABB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  35. S-873025BUP-ABC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  36. S-873025BUP-ABD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  37. S-873025BUP-ABE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  38. S-873025C - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  39. S-873025CUP-ACA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  40. S-873025CUP-ACB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  41. S-873025CUP-ACC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  42. S-873025CUP-ACD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  43. S-873025CUP-ACE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  44. S-873025CUP-AFA-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  45. S-873042EUP-AMD-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  46. S-873050EUP-AME-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  47. S-873059CUP-AFG-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  48. S-873062E - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  49. S-873062EUP-AMB-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  50. S-873069C - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  51. S-873069CUP-AFF-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  52. S-873082E - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  53. S-873082EUP-AMC-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  54. S-8730B3EUP-AMF-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  55. S-8730xxC - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  56. S-8730xxx - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  57. S-873325BUP-ALA-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  58. S-873328AUP-0AB-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  59. S-873330EUP-APB-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  60. S-873348EUP-APD-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  61. S-873361CUP-AOH-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  62. S-873372EUP-APE-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  63. S-873377AUP-0AA-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  64. S-8733A0EUP-APF-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  65. S-8733B0EUP-APC-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  66. S-875021A - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  67. S-875021AUP-ADE-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  68. S-875021B - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  69. S-875021BUP-ABG-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  70. S-875021BUP-AEE-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  71. S-875029BUP-ABH-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  72. S-875030EUP-AJB-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  73. S-875033EUP-AJA-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  74. S-875034BUP-ABF-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  75. S-875037A - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  76. S-875037AUP-AAA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  77. S-875037AUP-AAB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  78. S-875037AUP-AAC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  79. S-875037AUP-AAD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  80. S-875037AUP-AAE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  81. S-875037B - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  82. S-875037BUP-ABA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  83. S-875037BUP-ABB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  84. S-875037BUP-ABC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  85. S-875037BUP-ABD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  86. S-875037BUP-ABE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  87. S-875037C - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  88. S-875037CUP-ACA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  89. S-875037CUP-ACB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  90. S-875037CUP-ACC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  91. S-875037CUP-ACD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  92. S-875037CUP-ACE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  93. S-875037G - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  94. S-875037GUP-ANE-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  95. S-875039A - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  96. S-875039AUP-AAA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  97. S-875039AUP-AAB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  98. S-875039AUP-AAC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  99. S-875039AUP-AAD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  100. S-875039AUP-AAE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  101. S-875039B - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  102. S-875039BUP-ABA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  103. S-875039BUP-ABB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  104. S-875039BUP-ABC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  105. S-875039BUP-ABD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  106. S-875039BUP-ABE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  107. S-875039C - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  108. S-875039CUP-ACA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  109. S-875039CUP-ACB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  110. S-875039CUP-ACC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  111. S-875039CUP-ACD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  112. S-875039CUP-ACE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  113. S-875041A - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  114. S-875041AUP-AAA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  115. S-875041AUP-AAB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  116. S-875041AUP-AAC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  117. S-875041AUP-AAD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  118. S-875041AUP-AAE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  119. S-875041B - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  120. S-875041BUP-ABA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  121. S-875041BUP-ABB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  122. S-875041BUP-ABC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  123. S-875041BUP-ABD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  124. S-875041BUP-ABE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  125. S-875041C - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  126. S-875041CUP-ACA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  127. S-875041CUP-ACB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  128. S-875041CUP-ACC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  129. S-875041CUP-ACD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  130. S-875041CUP-ACE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  131. S-875043 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  132. S-875043A - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  133. S-875043AUP-AAA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  134. S-875043AUP-AAB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  135. S-875043AUP-AAC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  136. S-875043AUP-AAD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  137. S-875043AUP-AAE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  138. S-875043B - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  139. S-875043BUP-ABA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  140. S-875043BUP-ABB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  141. S-875043BUP-ABC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  142. S-875043BUP-ABD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  143. S-875043BUP-ABE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  144. S-875043C - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  145. S-875043CUP-ACA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  146. S-875043CUP-ACB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  147. S-875043CUP-ACC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  148. S-875043CUP-ACD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  149. S-875043CUP-ACE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  150. S-875045 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  151. S-875045A - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  152. S-875045AUP-AAA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  153. S-875045AUP-AAB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  154. S-875045AUP-AAC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  155. S-875045AUP-AAD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  156. S-875045AUP-AAE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  157. S-875045B - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  158. S-875045BUP-ABA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  159. S-875045BUP-ABB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  160. S-875045BUP-ABC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  161. S-875045BUP-ABD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  162. S-875045BUP-ABE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  163. S-875045C - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  164. S-875045CUP-ACA-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  165. S-875045CUP-ACB-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  166. S-875045CUP-ACC-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  167. S-875045CUP-ACD-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  168. S-875045CUP-ACE-T2 - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  169. S-875061C - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  170. S-875061CUP-ACH-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  171. S-875061E - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  172. S-875061EUP-AJH-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  173. S-875077AUP-AAF-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  174. S-875077C - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  175. S-875077CUP-ACF-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  176. S-875077E - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  177. S-875077EUP-AJF-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  178. S-875087EUP-AJG-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  179. S-875087FUP-AKA-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  180. S-8750B0C - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  181. S-8750B0CUP-ACG-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  182. S-8750B0EUP-AJI-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  183. S-8750xxC - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  184. S-8750xxx - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  185. S-875255C - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  186. S-875255CUP-AHB-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  187. S-875271C - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  188. S-875271CUP-AHA-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  189. S-875294CUP-AHC-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  190. S-875635BUP-AGA-T2 - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  191. S-87X - HIGH WITHSTAND-VOLTAGE VOLTAGE REGULATOR WITH RESET FUNCTION
  192. S-87X - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  193. S-87X -
  194. S-87xxxxA - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  195. S-87xxxxB - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  196. S-87xxxxC - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  197. S-87xxxxCUP - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  198. S-87xxxxE - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  199. S-87xxxxEUP - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  200. S-87xxxxF - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  201. S-87xxxxG - Feature = High Withstand-voltage Voltage Regulator With Reset Function ; Composition = V/r + V/d(+delay + PowerOff) ; Output Current = 50 ma ; Output Voltage = 2.6-5.8V (0.1V Step) ; Detection Voltage = 2.1-11.3V (0.1V Step) ; Accuracy = ±2.4% ; Current Consumption = 8 µA Max. (Operating) 3.5 µA Max. (Power-off) ; Package (Power Dissipation) = SOT-89-5 (500mW)
  202. S-8813 - Type = 3-channel White LCD Driver ; Efficiency = 82% ; Operating Voltage = 2.7 to 4.5V ; Output = 5.0 to 18mA (Vout = 4V or Less, Vin = 3V) ; Output Accuracy = ±5% ; Switching Frequency = 600 KHZ ; Package = 10-pin SON(B) ; Note = For White LCD
  203. S-881300 - Type = 3-channel White LCD Driver ; Efficiency = 82% ; Operating Voltage = 2.7 to 4.5V ; Output = 5.0 to 18mA (Vout = 4V or Less, Vin = 3V) ; Output Accuracy = ±5% ; Switching Frequency = 600 KHZ ; Package = 10-pin SON(B) ; Note = For White LCD
  204. S-881300BPE - Type = 3-channel White LCD Driver ; Efficiency = 82% ; Operating Voltage = 2.7 to 4.5V ; Output = 5.0 to 18mA (Vout = 4V or Less, Vin = 3V) ; Output Accuracy = ±5% ; Switching Frequency = 600 KHZ ; Package = 10-pin SON(B) ; Note = For White LCD
  205. S-881300CPE - Type = 3-channel White LCD Driver ; Efficiency = 82% ; Operating Voltage = 2.7 to 4.5V ; Output = 5.0 to 18mA (Vout = 4V or Less, Vin = 3V) ; Output Accuracy = ±5% ; Switching Frequency = 600 KHZ ; Package = 10-pin SON(B) ; Note = For White LCD
  206. S-8821 - Type = Voltage Regulation Step-up ; Efficiency = 90% ; Operating Voltage = 1.6 to 5.0V ; Output = 2.5 to 5.5 V, 0.1V Steps ; Output Accuracy = ±2 % Max. ; Switching Frequency = 1.0 MHZ ; Package = SOT-23-6W, 6-Pin SNB(B), 6-Pin SON(A) ; Note = Output Current 25 ma (Vin=(Vout(s) × 0.80) V)
  207. S-882133A - Type = Voltage Regulation Step-up ; Efficiency = 90% ; Operating Voltage = 1.6 to 5.0V ; Output = 2.5 to 5.5 V, 0.1V Steps ; Output Accuracy = ±2 % Max. ; Switching Frequency = 1.0 MHZ ; Package = SOT-23-6W, 6-Pin SNB(B), 6-Pin SON(A) ; Note = Output Current 25 ma (Vin=(Vout(s) × 0.80) V)
  208. S-882150A - Type = Voltage Regulation Step-up ; Efficiency = 90% ; Operating Voltage = 1.6 to 5.0V ; Output = 2.5 to 5.5 V, 0.1V Steps ; Output Accuracy = ±2 % Max. ; Switching Frequency = 1.0 MHZ ; Package = SOT-23-6W, 6-Pin SNB(B), 6-Pin SON(A) ; Note = Output Current 25 ma (Vin=(Vout(s) × 0.80) V)
  209. S-89110A - Type = Low Current Consumption Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.8-5.5V ; Current Consumption = 10 µA (50 µA) ; Input Offset Voltage = 4.0 MV Max. ; Pakcage = SC-88A
  210. S-89110ANC-1A1-TF - Type = Low Current Consumption Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.8-5.5V ; Current Consumption = 10 µA (50 µA) ; Input Offset Voltage = 4.0 MV Max. ; Pakcage = SC-88A
  211. S-89120A - Type = Low Current Consumption Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.8-5.5V ; Current Consumption = 10 µA (50 µA) ; Input Offset Voltage = 4.0 MV Max. ; Pakcage = SC-88A
  212. S-89120ANC-1A2-TF - Type = Low Current Consumption Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.8-5.5V ; Current Consumption = 10 µA (50 µA) ; Input Offset Voltage = 4.0 MV Max. ; Pakcage = SC-88A
  213. S-891XX -
  214. S-89210A - Type = Low Current Consumption Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.8-5.5V ; Current Consumption = 10 µA (50 µA) ; Input Offset Voltage = 4.0 MV Max. ; Package = SC-88A
  215. S-89210ACNC-1C0-TF - Type = Low Current Consumption Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.8-5.5V ; Current Consumption = 10 µA (50 µA) ; Input Offset Voltage = 4.0 MV Max. ; Package = SC-88A
  216. S-89220A - Type = Low Current Consumption Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.8-5.5V ; Current Consumption = 10 µA (50 µA) ; Input Offset Voltage = 4.0 MV Max. ; Package = SC-88A
  217. S-89220ACNC-1C1-TF - Type = Low Current Consumption Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.8-5.5V ; Current Consumption = 10 µA (50 µA) ; Input Offset Voltage = 4.0 MV Max. ; Package = SC-88A
  218. S-892XX -
  219. S-89400A - Type = Wide-band Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 1.2-5.5V ; Current Consumption = 750 µA @1.2V ; Input Offset Voltage = 10 MV Max. ; Pakcage = SOT-23-6
  220. S-89400ALMD-HNL-TF - Type = Wide-band Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 1.2-5.5V ; Current Consumption = 750 µA @1.2V ; Input Offset Voltage = 10 MV Max. ; Pakcage = SOT-23-6
  221. S-89410A - Type = Middle-band Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 1.2-5.5V ; Current Consumption = 135 µA @1.2V ; Input Offset Voltage = 10 MV Max. ; Pakcage = SOT-23-6
  222. S-89410ALMD-HNO-TF - Type = Middle-band Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 1.2-5.5V ; Current Consumption = 135 µA @1.2V ; Input Offset Voltage = 10 MV Max. ; Pakcage = SOT-23-6
  223. S-89430A - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  224. S-89430ACNC-HBU-TF - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  225. S-89430B - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  226. S-89430BCFN-HEU-T2 - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  227. S-89430BCPN-HEU-TF - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  228. S-89431A - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  229. S-89431ACNC-HBV-TF - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  230. S-89431B - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  231. S-89431BCFN-HEV-T2 - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  232. S-89431BCPN-HEV-TF - Type = 0.5 µA Rail-to-rail ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.5 µA ; Input Offset Voltage = 5.0 MV Max. ; Pakcage = SC-88A 8-pin SON(A) 8-pin Msop
  233. S-8944xA/B -
  234. S-89510A - Type = Middle-speed Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.2-5.5V ; Current Consumption = 80 µA (Output High, @1.2V) ; Input Offset Voltage = 10 MV Max. ; Package = SOT-23-6
  235. S-89510ALMD-HN5-TF - Type = Middle-speed Single ; Rail-to-Rail* Operation = Output Full Swing Only ; Operating Voltage Range = 1.2-5.5V ; Current Consumption = 80 µA (Output High, @1.2V) ; Input Offset Voltage = 10 MV Max. ; Package = SOT-23-6
  236. S-89530A - Type = 0.7µA Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.7 µA ; Input Offset Voltage = 5.0 MV Max. ; Package = SC-88A 8-pin SON(A)
  237. S-89530ACNC-HCB-TF - Type = 0.7µA Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.7 µA ; Input Offset Voltage = 5.0 MV Max. ; Package = SC-88A 8-pin SON(A)
  238. S-89530B - Type = 0.7µA Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.7 µA ; Input Offset Voltage = 5.0 MV Max. ; Package = SC-88A 8-pin SON(A)
  239. S-89530BCPN-HFB-TF - Type = 0.7µA Dual ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.7 µA ; Input Offset Voltage = 5.0 MV Max. ; Package = SC-88A 8-pin SON(A)
  240. S-89531A - Type = 0.7µA Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.7 µA ; Input Offset Voltage = 5.0 MV Max. ; Package = SC-88A 8-pin SON(A)
  241. S-89531ACNC-HCC-TF - Type = 0.7µA Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.7 µA ; Input Offset Voltage = 5.0 MV Max. ; Package = SC-88A 8-pin SON(A)
  242. S-89531B - Type = 0.7µA Single ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.7 µA ; Input Offset Voltage = 5.0 MV Max. ; Package = SC-88A 8-pin SON(A)
  243. S-89531BCPN-HFC-TF - Type = 0.7µA Dual ; Rail-to-Rail* Operation = Yes ; Operating Voltage Range = 0.9-5.5V ; Current Consumption = 0.7 µA ; Input Offset Voltage = 5.0 MV Max. ; Package = SC-88A 8-pin SON(A)
  244. S-8953xA/B -
  245. S-90N0113SMA - VDSS = 30V ; VGSS = ±20V ; Id = 1A ; RDS = 90 MΩ (Vgs=10 V, Id=0.5 A) ; CLSS = 170 PF ; Drive Voltage = 4.5V ; Package = SOT-23-3
  246. S-90N0113SMA-TF - VDSS = 30V ; VGSS = ±20V ; Id = 1A ; RDS = 90 MΩ (Vgs=10 V, Id=0.5 A) ; CLSS = 170 PF ; Drive Voltage = 4.5V ; Package = SOT-23-3
  247. S-90N0133SUA - VDSS = 30V ; VGSS = ±20V ; Id = 3A ; RDS = 80 MΩ (Vgs=10 V, Id=1.5 A) ; CLSS = 150 PF ; Drive Voltage = 4.5V ; Package = SOT-89-3
  248. S-90N0133SUA-TF - VDSS = 30V ; VGSS = ±20V ; Id = 3A ; RDS = 80 MΩ (Vgs=10 V, Id=1.5 A) ; CLSS = 150 PF ; Drive Voltage = 4.5V ; Package = SOT-89-3
  249. S-90N0212SMA - VDSS = 20V ; VGSS = ±12V ; Id = 1A ; RDS = 75 MΩ (Vgs=4.5 V, Id=0.5 A) ; CLSS = 190 PF ; Drive Voltage = 2.5V ; Package = SOT-23-3
  250. S-90N0212SMA-TF - VDSS = 20V ; VGSS = ±12V ; Id = 1A ; RDS = 75 MΩ (Vgs=4.5 V, Id=0.5 A) ; CLSS = 190 PF ; Drive Voltage = 2.5V ; Package = SOT-23-3
  251. S-90N0232SUA - VDSS = 20V ; VGSS = ±12V ; Id = 3A ; RDS = 80 MΩ (Vgs=4.5 V, Id=1.5 A) ; CLSS = 185 PF ; Drive Voltage = 2.5V ; Package = SOT-89-3
  252. S-90N0232SUA-TF - VDSS = 20V ; VGSS = ±12V ; Id = 3A ; RDS = 80 MΩ (Vgs=4.5 V, Id=1.5 A) ; CLSS = 185 PF ; Drive Voltage = 2.5V ; Package = SOT-89-3
  253. S-90N0312SMA - VDSS = 20V ; VGSS = ±8V ; Id = 1A ; RDS = 75 MΩ (Vgs=4.5 V, Id=0.5 A) ; CLSS = 170 PF ; Drive Voltage = 1.5V ; Package = SOT-23-3
  254. S-90N0312SMA-TF - VDSS = 20V ; VGSS = ±8V ; Id = 1A ; RDS = 75 MΩ (Vgs=4.5 V, Id=0.5 A) ; CLSS = 170 PF ; Drive Voltage = 1.5V ; Package = SOT-23-3
  255. S-90N0332SUA - VDSS = 20V ; VGSS = ±8V ; Id = 3A ; RDS = 70 MΩ (Vgs=4.5 V, Id=1.5 A) ; CLSS = 165 PF ; Drive Voltage = 1.5V ; Package = SOT-89-3
  256. S-90N0332SUA-TF - VDSS = 20V ; VGSS = ±8V ; Id = 3A ; RDS = 70 MΩ (Vgs=4.5 V, Id=1.5 A) ; CLSS = 165 PF ; Drive Voltage = 1.5V ; Package = SOT-89-3
  257. S-90N0442SUA - VDSS = 20V ; VGSS = ±8V ; Id = 4A ; RDS = 37 MΩ (Vgs=4.5 V, Id=2 A) ; CLSS = 390 PF ; Drive Voltage = 1.5V ; Package = SOT-89-3
  258. S-90N0442SUA-TF - VDSS = 20V ; VGSS = ±8V ; Id = 4A ; RDS = 37 MΩ (Vgs=4.5 V, Id=2 A) ; CLSS = 390 PF ; Drive Voltage = 1.5V ; Package = SOT-89-3
  259. S-90N0513SPN - VDSS = 30V ; VGSS = ±20V ; Id = 0.5A ; RDS = 140 MΩ (Vgs=10 V, Id=0.25 A) ; CLSS = 90 PF ; Drive Voltage = 4.5V ; Package = 5-pin SON(A)
  260. S-90N0513SPN-TF - VDSS = 30V ; VGSS = ±20V ; Id = 0.5A ; RDS = 140 MΩ (Vgs=10 V, Id=0.25 A) ; CLSS = 90 PF ; Drive Voltage = 4.5V ; Package = 5-pin SON(A)
  261. S-93A66A - Size (bit), Organization (bit) = 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 2.7 to 5.5V ; Operating Voltage (Write) = 2.7 to 5.5V ; Current Consumption Read Max. = 0.6 ma (2.7V) 1.0 ma (5.5V) ; Current Consumption Standby Max. = 3.0 µA ; Clock Frequency Max. = 0.5 MHZ (2.7V) to 1.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) 150,000 (125°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Package = 8S
  262. S-93A66AD0A-J8T20B - Size (bit), Organization (bit) = 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 2.7 to 5.5V ; Operating Voltage (Write) = 2.7 to 5.5V ; Current Consumption Read Max. = 0.6 ma (2.7V) 1.0 ma (5.5V) ; Current Consumption Standby Max. = 3.0 µA ; Clock Frequency Max. = 0.5 MHZ (2.7V) to 1.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) 150,000 (125°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Package = 8S
  263. S-93C46A - Cmos Serial E2prom
  264. S-93C46ADFJ - CMOS SERIAL E2PROM
  265. S-93C46ADP - CMOS SERIAL E2PROM
  266. S-93C46ADP-1A - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.0 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 1million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Package = 8DIP/SOP 8TSSOP
  267. S-93C46AFJ - CMOS SERIAL E2PROM
  268. S-93C46AFT - CMOS SERIAL E2PROM
  269. S-93C46AMFN - CMOS SERIAL E2PROM
  270. S-93C46B - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  271. S-93C46BD0H-J8T2 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  272. S-93C46BD0I-D8S1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  273. S-93C46BD0I-J8T1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  274. S-93C46BD0I-T8T1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  275. S-93C46BR0I-J8T1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  276. S-93C56A - CMOS SERIAL E2PROM
  277. S-93C56ADFJ - CMOS SERIAL E2PROM
  278. S-93C56ADP - CMOS SERIAL E2PROM
  279. S-93C56ADP-1A - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.0 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 1million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Package = 8DIP/SOP 8TSSOP
  280. S-93C56AFJ - CMOS SERIAL E2PROM
  281. S-93C56AFT - CMOS SERIAL E2PROM
  282. S-93C56AMFN - CMOS SERIAL E2PROM
  283. S-93C56B - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  284. S-93C56BD0H-J8T2 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  285. S-93C56BD0I-D8S1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  286. S-93C56BD0I-J8T1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  287. S-93C56BD0I-T8T1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  288. S-93C56BR0I-J8T1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  289. S-93C66A - CMOS SERIAL E2PROM
  290. S-93C66ADFJ - CMOS SERIAL E2PROM
  291. S-93C66ADP - CMOS SERIAL E2PROM
  292. S-93C66ADP-1A - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.0 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 1million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Package = 8DIP/SOP 8TSSOP
  293. S-93C66AFJ - CMOS SERIAL E2PROM
  294. S-93C66AFT - CMOS SERIAL E2PROM
  295. S-93C66AMFN - CMOS SERIAL E2PROM
  296. S-93C66B - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  297. S-93C66BD0H-J8T2 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  298. S-93C66BD0I-D8S1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  299. S-93C66BD0I-J8T1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  300. S-93C66BD0I-T8T1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  301. S-93C66BR0I-J8T1 - Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 1.8 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 1.5 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Pa
  302. S-93C76A - Size (bit), Organization (bit) = 8K (512×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 2.7 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 2.0 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Package = 8DIP/SOP 8TSSOP
  303. S-93C76ADFJ - Size (bit), Organization (bit) = 8K (512×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 2.7 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 2.0 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Package = 8DIP/SOP 8TSSOP
  304. S-93C76ADP - Size (bit), Organization (bit) = 8K (512×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 2.7 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 2.0 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Package = 8DIP/SOP 8TSSOP
  305. S-93C76AFT - Size (bit), Organization (bit) = 8K (512×16) ; Instruction Code = NM93CSxx ; Operating Voltage (Read) = 1.8 to 5.5V ; Operating Voltage (Write) = 2.7 to 5.5V ; Current Consumption Read Max. = 0.8 ma (5.5V) 0.4 ma (2.5V) ; Current Consumption Standby Max. = 2.0 µA ; Clock Frequency Max. = 0.25 MHZ (1.8V) 2.0 MHZ (5.5V) ; Endurance (cycles/word) = 10 Million (25°C) 1 Million (85°C) ; Data Retention (years) = 10 Years (After 1 Million Cycles) ; Package = 8DIP/SOP 8TSSOP
  306. SAA-1 - Single-mode Fc Adaptor Supplied
  307. SAA-101100 - Single-Mode FC ADAPTOR supplied
  308. SAA-101200 - Single-Mode FC ADAPTOR supplied
  309. SAA-102100 - Single-Mode FC ADAPTOR supplied
  310. SAA-102200 - Single-Mode FC ADAPTOR supplied
  311. SAA-111100 - Single-Mode FC ADAPTOR supplied
  312. SAA-111200 - Single-Mode FC ADAPTOR supplied
  313. SAA-112100 - Single-Mode FC ADAPTOR supplied
  314. SAA-112200 - Single-Mode FC ADAPTOR supplied
  315. SAA-121100 - Single-Mode FC ADAPTOR supplied
  316. SAA-121200 - Single-Mode FC ADAPTOR supplied
  317. SAA-122100 - Single-Mode FC ADAPTOR supplied
  318. SAA-122200 - Single-Mode FC ADAPTOR supplied
  319. SAA-3 - Single-mode Fc D-shape Adaptor Supplied
  320. SAA-301100 - Single-Mode FC D-Shape ADAPTOR supplied
  321. SAA-301200 - Single-Mode FC D-Shape ADAPTOR supplied
  322. SAA-302100 - Single-Mode FC D-Shape ADAPTOR supplied
  323. SAA-302200 - Single-Mode FC D-Shape ADAPTOR supplied
  324. SAA-311100 - Single-Mode FC D-Shape ADAPTOR supplied
  325. SAA-311200 - Single-Mode FC D-Shape ADAPTOR supplied
  326. SAA-312100 - Single-Mode FC D-Shape ADAPTOR supplied
  327. SAA-312200 - Single-Mode FC D-Shape ADAPTOR supplied
  328. SAA-321100 - Single-Mode FC D-Shape ADAPTOR supplied
  329. SAA-321200 - Single-Mode FC D-Shape ADAPTOR supplied
  330. SAA-322100 - Single-Mode FC D-Shape ADAPTOR supplied
  331. SAA-322200 - Single-Mode FC D-Shape ADAPTOR supplied
  332. S-L2980 - High Ripple Rejection Low Dropout Cmos Voltage Regulator S-l2980 Series
  333. S-L2980A15 - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  334. S-L2980A15PN-C6ATF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  335. S-L2980A17MC-C6CTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  336. S-L2980A17PN-C6CTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  337. S-L2980A18MC-C6DTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  338. S-L2980A18PN-C6DTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  339. S-L2980A19PN-C6ETF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  340. S-L2980A25MC-C6KTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  341. S-L2980A25PN-C6KTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  342. S-L2980A27MC-C6MTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  343. S-L2980A27PN-C6MTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  344. S-L2980A28MC-C6NTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  345. S-L2980A28PN-C6NTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  346. S-L2980A29PN-C6OTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  347. S-L2980A30 - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  348. S-L2980A30MC-C6PTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  349. S-L2980A30PN-C6PTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  350. S-L2980A31MC-C6QTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  351. S-L2980A32MC-C6RTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  352. S-L2980A33MC-C6STF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  353. S-L2980A33PN-C6STF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  354. S-L2980A36MC-C6VTS - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  355. S-L2980A38MC-C6XTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  356. S-L2980A38PN-C6XTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  357. S-L2980A40MC-C6ZTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  358. S-L2980A40PN-C6ZTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  359. S-L2980A41MC-C7ATF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  360. S-L2980A44MC-C7DTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  361. S-L2980A45PN-C7ETF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  362. S-L2980A48MC-C7HTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  363. S-L2980A50 - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  364. S-L2980A50MC-C7JTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  365. S-L2980A50PN-C7JTF - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  366. S-L2980Axx - Features = RR 70dB LDO ; Input Voltage = 10V Max. ; Output Voltage = 1.5-6.0V ; Output Current = 150 ma ; Accuracy = ±2% ; Current Consumption Typ. = 90 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120 MV @50 ma ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = 5-pin Son (150mW) SOT-23-5 (250mW) ; Note = Ceramic Capacitor Available
  367. S-L2980 -
  368. S-L2985 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  369. S-L2985B15 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  370. S-L2985B15-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  371. S-L2985B18-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  372. S-L2985B25-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  373. S-L2985B26-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  374. S-L2985B27-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  375. S-L2985B28-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  376. S-L2985B29-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  377. S-L2985B30 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  378. S-L2985B30-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  379. S-L2985B31-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  380. S-L2985B32-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  381. S-L2985B33-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  382. S-L2985B34-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  383. S-L2985B35-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  384. S-L2985B50 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  385. S-L2985B50-H4T1 - Features = RR 80dB WLP-4B ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = WLP-4B (225mW) ; Note = Ceramic 0.47 µF
  386. SRM20100LC - Low Supply Current
  387. SRM20100LC10 - Low Supply Current
  388. SRM20100LC70 - Low Supply Current
  389. SRM20100LC85 - Low Supply Current
  390. SRM20100LM10 - Low Supply Current
  391. SRM20100LM70 - Low Supply Current
  392. SRM20100LM85 - Low Supply Current
  393. SRM20100LRM10 - Low Supply Current
  394. SRM20100LRM70 - Low Supply Current
  395. SRM20100LRM85 - Low Supply Current
  396. SRM20100LTM10 - Low Supply Current
  397. SRM20100LTM70 - Low Supply Current
  398. SRM20100LTM85 - Low Supply Current
  399. S-T111 - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  400. S-T111B15 - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  401. S-T111B15MC-OGA-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  402. S-T111B18MC-OGD-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  403. S-T111B25MC-OGK-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  404. S-T111B26MC-OGL-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  405. S-T111B27MC-OGM-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  406. S-T111B28MC-OGN-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  407. S-T111B29MC-OGO-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  408. S-T111B30 - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  409. S-T111B30MC-OGP-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  410. S-T111B31MC-OGQ-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  411. S-T111B33MC-OGS-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  412. S-T111B50 - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
  413. S-T111B50MC-OHJ-TF - Features = RR 80dB Small I/o Capacitors ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1.0% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Ceramic 0.1 µF
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