MIC2206 - 2mhz Pwm Synchronous Buck Regulator With Lowq Mode and Voltage Scaling
MIC2206-1.8YML - 2MHz PWM Synchronous Buck Regulator with LOWQ Mode and Voltage ScalingThe Micrel MIC2206 isA high efficiency 2MHz PWM synchronous buck (step-down) regulator that featuresA LOWQ™ LDO standby mode that draws only 18mA of quiescent current. The MIC2206 allows an ultra-low noise, small size, and high efficiency solution for portable power applications. In PWM mode, the MIC2206 operates withA constant frequency 2MHz PWM control. Under light load conditions, such as in system sleep or standby modes, the PWM
MIC2208 - 3mmЧ3mm 1MHz 3A PWM Buck Regulator The Micrel MIC2208 isA high efficiency PWM buck (step-down) regulator that provides up to 3A of output current. The MIC2208 operates at 1MHz and has external compensation that allowsA closed loop bandwidth of over 100KHz. The low on-resistance internal p-channel MOSFET of the MIC2208 allows efficiencies over 94%, reduces external component count and eliminates the need for an expensive current sense resistor.The MIC2208 operates from 2.7V to 5.5V input and the output can
MIC2208YML - 3mmЧ3mm 1MHz 3A PWM Buck Regulator The Micrel MIC2208 isA high efficiency PWM buck (step-down) regulator that provides up to 3A of output current. The MIC2208 operates at 1MHz and has external compensation that allowsA closed loop bandwidth of over 100KHz. The low on-resistance internal p-channel MOSFET of the MIC2208 allows efficiencies over 94%, reduces external component count and eliminates the need for an expensive current sense resistor.The MIC2208 operates from 2.7V to 5.5V input and the output can
MIC2296BML - High Power Density 1.2A Boost Regulator The MIC2296 isA 600kHz, PWM dc/dc boost switching regulator available in 2mm x 2mm MLF™ package option. High power density is achieved with the MIC2296’s internal 34V / 1.2A switch, allowing it to power large loads inA tiny footprint.The MIC2296 implements constant frequency 600kHz PWM current mode control. The MIC2296 offers internal compensation that offers excellent transient response and output regulation performance. The high frequency operation saves board spa
MIC2296YML - High Power Density 1.2A Boost Regulator The MIC2296 isA 600kHz, PWM dc/dc boost switching regulator available in 2mm x 2mm MLF™ package option. High power density is achieved with the MIC2296’s internal 34V / 1.2A switch, allowing it to power large loads inA tiny footprint.The MIC2296 implements constant frequency 600kHz PWM current mode control. The MIC2296 offers internal compensation that offers excellent transient response and output regulation performance. The high frequency operation saves board spa
MIC2297 - 40v Pwm Boost Regulator White Led Driver
MIC2297-15YML - 40V PWM Boost Regulator White LED Driver
MIC2297-42YML - 40V PWM Boost Regulator White LED Driver
MIC2505 - Single 2a / Dual 1a / High-side Switches
MIC2551A-2.5 - USB TransceiverThe MIC2551A isA single chip transceiver that complies with the physical layer specifications of the Universal Serial Bus (USB) 2.0. It supports both full speed (12Mbps) and low speed (1.5Mbps) operation and introduces superior edge rate control, producing crisper eye diagrams. This in turn, eases the task of passing USB compliance testing.A unique, patented, dual supply voltage operation allows the MIC2551A to reference the system I/F I/O signals toA supply voltage down to 1.6V while indep
MIC2551AYML25 - USB TransceiverThe MIC2551A isA single chip transceiver that complies with the physical layer specifications of the Universal Serial Bus (USB) 2.0. It supports both full speed (12Mbps) and low speed (1.5Mbps) operation and introduces superior edge rate control, producing crisper eye diagrams. This in turn, eases the task of passing USB compliance testing.A unique, patented, dual supply voltage operation allows the MIC2551A to reference the system I/F I/O signals toA supply voltage down to 1.6V while indep
MIC2584 - Dual-Channel Hot Swap Controller/Sequencer
MIC2584-JBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2584-KBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2584-LBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2584-MBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2584-XBTS - Dual-Channel Hot Swap Controller/Sequencer
MIC2584-XYTS - Dual-Channel Hot Swap Controller/Sequencer
MIC2585 - Dual-Channel Hot Swap Controller/Sequencer
MIC2585-1 - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2585-1JBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2585-1KBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2585-1LBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2585-1MBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2585-2JBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2585-2KBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2585-2LBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2585-2MBTS - MIC2584/MIC2585 Dual-channel Hot Swap Controller/sequencer
MIC2586 - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2586-1BM - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2586-1YM - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2586-2BM - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2586-2YM - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2586R - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2586R-1BM - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2586R-1YM - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2586R-2BM - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2586R-2YM - Single-Channel, Positive High-Voltage Hot Swap Controller/Sequencer The MIC2586 and MIC2586R are single-channel positive voltage hot swap controllers/sequencers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programma
MIC2587 - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2587-1BM - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2587-1YM - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2587-2BM - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2587-2YM - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2587R - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2587R-1BM - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2587R-1YM - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2587R-2BM - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2587R-2YM - Single-Channel, Positive High-Voltage Hot Swap ControllerThe MIC2587 and MIC2587R are single-channel positive voltage hot swap controllers designed to provide safe insertion and removal of boards for systems that require live (always-powered) backplanes. These devices use few external components and act as controllers for external N-channel power MOSFET devices to provide inrush current control and output voltage slew rate control. Overcurrent fault protection is provided via programmable analog foldback
MIC2588 - Single-channel, Negative High-voltage Hot Swap Power Controllers
MIC2588-1BM - Single-Channel, Negative High-Voltage Hot Swap Power Controllers
MIC2588-2BM - Single-Channel, Negative High-Voltage Hot Swap Power Controllers
MIC2589 - Single-channel Negative High Voltage Hot Swap Power Controllers/sequencers
MIC2589-1BM - SINGLE-CHANNEL NEGATIVE HIGH VOLTAGE HOT SWAP POWER CONTROLLERS/SEQUENCERS
MIC2589-2BM - SINGLE-CHANNEL NEGATIVE HIGH VOLTAGE HOT SWAP POWER CONTROLLERS/SEQUENCERS
MIC2589R-1BM - SINGLE-CHANNEL NEGATIVE HIGH VOLTAGE HOT SWAP POWER CONTROLLERS/SEQUENCERS
MIC2589R-2BM - SINGLE-CHANNEL NEGATIVE HIGH VOLTAGE HOT SWAP POWER CONTROLLERS/SEQUENCERS
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