LX1918 Microsemi - Step down buck regulator The Microsemi LX1918 isA stepdown buck regulator with asynchronous rectifier. All MOSFETswitches and compensation componentsare built in. The synchronousrectification eliminates the need of anexternal Schottky diode andmaximizes efficiency (>95%) for ahigh step-down ratio andA low outputvoltage. The input supply voltagerange is from 2.7V to 5.5V with amaximum output current of 1.5A. Key Features:Input range voltage 2.7 to 5.5VMaximum output current, 1.5AInternal or External Synch
LX1918CLD Microsemi - Step down buck regulator The Microsemi LX1918 isA stepdown buck regulator with asynchronous rectifier. All MOSFETswitches and compensation componentsare built in. The synchronousrectification eliminates the need of anexternal Schottky diode andmaximizes efficiency (>95%) for ahigh step-down ratio andA low outputvoltage. The input supply voltagerange is from 2.7V to 5.5V with amaximum output current of 1.5A. Key Features:Input range voltage 2.7 to 5.5VMaximum output current, 1.5AInternal or External Synch
LX2202 Microsemi - 2a Li-ion Linear Charger and Power Control
LX2202CLQ Microsemi - 2A Li-Ion Linear Charger and Power Control
LX2203 Microsemi - Linear – Lithium IonThe LX2203 isA tiny linear batterycharger for Lithium Ion or LithiumPolymer batteries. The LX2203includes built in MOSFET, accuratecurrent and voltage regulation, reverseblocking protection, over temperaturecontrol, and charge status indicator.The accurate programmable chargecurrent and independent terminationcurrent programming make it easy tologically reprogram the charge currentlimit at any time. Key Features:Up to 1A charge currentLow drop out designReverse leakage protectionLinear
LX256EB Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256EB-35F484C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256EB-5F484C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256EB-5F484I Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256EC-5F484I Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256EV Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256EV-35F484C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256EV-5F484C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256EV-5F484I Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256V Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX256V-35F484C Lattice - IspGDX2V/B/C Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lattice S Second Generation Insystemprogrammable Generic Digital Crosspoint Switchfor High Speed Bus Switching and Interface Applications.
LX5503 Microsemi - InGaP HBT 5-6GHz Power Amplifier
LX5503-LQ Microsemi - Ingap Hbt 5-6ghz Power Amplifier
LX5506 Microsemi - Wireless LAN Power AmplifierKey Features:Broadband 4.9-5.9GHz OperationAdvanced InGaP HBT
LX5506B Microsemi - Ingap Hbt 4 6ghz Power Amplifier
LX5510 Microsemi - Ingap Hbt 2.4-2.5 Ghz Power Amplifier
LX5510-LQ Microsemi - InGaP HBT 2.4-2.5 GHz Power Amplifier
LX5511 Microsemi - CDMA InGaP HBT Power Amplifier The Microsemi LX5511 isA power amplifier that is optimized for WLAN applications in the 2.3GHz – 2.5GHz frequency range. The LX5511 PowerAmplifier is implemented asA two stage monolithic microwave integrated circuit (MMIC) with active bias and output pre-matching
LX5511LQ Microsemi - CDMA InGaP HBT Power Amplifier The Microsemi LX5511 isA power amplifier that is optimized for WLAN applications in the 2.3GHz – 2.5GHz frequency range. The LX5511 PowerAmplifier is implemented asA two stage monolithic microwave integrated circuit (MMIC) with active bias and output pre-matching
LX64B Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64B-3F100C Lattice - IspGDX2V/B/C Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lattice S Second Generation Insystemprogrammable Generic Digital Crosspoint Switchfor High Speed Bus Switching and Interface Applications.
LX64B-5F100C Lattice - IspGDX2V/B/C Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lattice S Second Generation Insystemprogrammable Generic Digital Crosspoint Switchfor High Speed Bus Switching and Interface Applications.
LX64C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64C-3F100C Lattice - IspGDX2V/B/C Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lattice S Second Generation Insystemprogrammable Generic Digital Crosspoint Switchfor High Speed Bus Switching and Interface Applications.
LX64C-5F100C Lattice - IspGDX2V/B/C Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lattice S Second Generation Insystemprogrammable Generic Digital Crosspoint Switchfor High Speed Bus Switching and Interface Applications.
LX64EB Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EB-3F100C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EB-5F100C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EB-5F100I Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EC Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EC-3F100C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EC-5F100C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EC-5F100I Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EV Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EV-3F100C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EV-5F100C Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64EV-5F100I Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64V Xilinx - IspGDX2 Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lat...
LX64V-3F100C Lattice - IspGDX2V/B/C Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lattice S Second Generation Insystemprogrammable Generic Digital Crosspoint Switchfor High Speed Bus Switching and Interface Applications.
LX64V-5F100C Lattice - IspGDX2V/B/C Family High Performance Interfacing and Switchingthe IspGDX2 Family is Lattice S Second Generation Insystemprogrammable Generic Digital Crosspoint Switchfor High Speed Bus Switching and Interface Applications.
LX8817-25CDF Microsemi - Low Drop Out Regulator - Dual, Package : LX8817
LX8818-01CDT Microsemi - Low Drop Out Regulator - Positive Adjustable, Package : (none)
LX8818-02CLM Microsemi - Low Drop Out Regulator - Positive Adjustable, Package : (none)
LX8819 Microsemi - The LX8819 isA Dual Channel Positive-voltage Linear Regulator. This Dual Regulator Has One Fixed Output Coupled With an Adjustable Output. Each Channel Features Low Dropout and High Accuracy.features:two Independent Regulated Outputsaccurate Output Voltagestypical Dropout of 1.25V at 1A and 1.1V at 500mAIndependent Thermal and Current Limit Protectionlow Profile 5 Lead SMT Power Packagelow Tolerance Load Regulationwide DC Supply Voltage of 3.5V to 10VLoop Stability Independent of Output Capacitor Type
LX8819-25CDF Microsemi - The LX8819 isA Dual Channel Positive-voltage Linear Regulator. This Dual Regulator Has One Fixed Output Coupled With an Adjustable Output. Each Channel Features Low Dropout and High Accuracy.features:two Independent Regulated Outputsaccurate Output Voltagestypical Dropout of 1.25V at 1A and 1.1V at 500mAIndependent Thermal and Current Limit Protectionlow Profile 5 Lead SMT Power Packagelow Tolerance Load Regulationwide DC Supply Voltage of 3.5V to 10VLoop Stability Independent of Output Capacitor Type
LX8819-25CDT Microsemi - The LX8819 isA Dual Channel Positive-voltage Linear Regulator. This Dual Regulator Has One Fixed Output Coupled With an Adjustable Output. Each Channel Features Low Dropout and High Accuracy.features:two Independent Regulated Outputsaccurate Output Voltagestypical Dropout of 1.25V at 1A and 1.1V at 500mAIndependent Thermal and Current Limit Protectionlow Profile 5 Lead SMT Power Packagelow Tolerance Load Regulationwide DC Supply Voltage of 3.5V to 10VLoop Stability Independent of Output Capacitor Type
LX8820 Microsemi - The LX8820 isA Single Channel Positive-voltage Linear Regulator. The Regulator HasA 3.3V Fixed Output Featuring Ultra Low-dropout and High Accuracy. Features:Accurate Output Voltagetypical Dropout of 0.7V at 1Aand 0.25V at 0.8AIndependent Thermal and Current Limit Protectionlow Tolerance Load Regulation (0.4%)Wide DC Supply Voltage of 4.1V to 7VLoop Stability Independent of Output Capacitor Typeavailable in 6 Pin Jedec MO-229 Surface Mount Package
LX8820-33CLM Microsemi - The LX8820 isA Single Channel Positive-voltage Linear Regulator. The Regulator HasA 3.3V Fixed Output Featuring Ultra Low-dropout and High Accuracy. Features:Accurate Output Voltagetypical Dropout of 0.7V at 1Aand 0.25V at 0.8AIndependent Thermal and Current Limit Protectionlow Tolerance Load Regulation (0.4%)Wide DC Supply Voltage of 4.1V to 7VLoop Stability Independent of Output Capacitor Typeavailable in 6 Pin Jedec MO-229 Surface Mount Package
LX8821 Microsemi - Low Drop Out Regulator The LX8821 isA positive-voltage linear regulator with one fixed and one adjustable output featuring lowdropout and high accuracy.To maximize efficiency, the LX8821 accepts two supply voltage inputs for the VCONTROL and VPOWERsections. This configuration reduces power dissipation by operating the regulator near dropout (VPWR-VOUT = VDO = 0.4V @ 2A) while providing sufficient operating headroom for the control logic.