Datasheet4U Logo Datasheet4U.com

MIC45212-2 - 26V 14A DC-to-DC Power Module

This page provides the datasheet information for the MIC45212-2, a member of the MIC45212-1 26V 14A DC-to-DC Power Module family.

Description

Micrel’s MIC45212 is a synchronous step-down regulator module, featuring a unique adaptive ON-time control architecture.

📥 Download Datasheet

Datasheet preview – MIC45212-2

Datasheet Details

Part number MIC45212-2
Manufacturer Micrel Semiconductor
File Size 3.17 MB
Description 26V 14A DC-to-DC Power Module
Datasheet download datasheet MIC45212-2 Datasheet
Additional preview pages of the MIC45212-2 datasheet.

📁 Similar Datasheet

  • MIC45212-2 - 14A DC-to-DC Power-Module (Microchip)
  • MIC45212-1 - 14A DC-to-DC Power-Module (Microchip)
  • MIC45205 - 26V/6A DC/DC Power-Module (Microchip)
  • MIC45208-1 - 10A DC-to-DC Power-Module (Microchip)
  • MIC45208-2 - 10A DC-to-DC Power-Module (Microchip)
  • MIC45116 - 20V/6A DC/DC Power Module (Microchip)
  • MIC45404 - 19V 5A Ultra-Low Profile DC-to-DC Power Module (Microchip)
  • MIC4555 - SIM Card Level Shifter (MICREL)
  • MIC4576 - 3A Buck Regulator (Microchip)
  • MIC4102 - 100V Half-Bridge MOSFET Driver (Microchip)
Other Datasheets by Micrel Semiconductor
  • MIC45212-1 - 26V 14A DC-to-DC Power Module
  • MIC45205-1 - 26V 6A DC-to-DC Power Module
  • MIC45205-2 - 26V 6A DC-to-DC Power Module
  • MIC45208-1 - 26V 10A DC-to-DC Power Module
  • MIC45208-2 - 26V 10A DC-to-DC Power Module
  • MIC4574 - 200kHz Simple 0.5A Buck Voltage Regulator
  • MIC4575 - 200kHz Simple 1A Buck Voltage Regulator
  • MIC4576 - 200kHz Simple 3A Buck Voltage Regulator

Full PDF Text Transcription

Click to expand full text
MIC45212-1/-2 26V/14A DC-to-DC Power Module General Description Micrel’s MIC45212 is a synchronous step-down regulator module, featuring a unique adaptive ON-time control architecture. The module incorporates a DC-to-DC controller, power MOSFETs, bootstrap diode, bootstrap capacitor, and an inductor in a single package; simplifying the design and layout process for the end user. This highly-integrated solution expedites system design and improves product time-to-market. The internal MOSFETs and inductor are optimized to achieve high efficiency at a low output voltage. The fully-optimized design can deliver up to 14A current under a wide input voltage range of 4.5V to 26V, without requiring additional cooling.
Published: |