MX16171D100
MX16171D100 is 100V Input High-Side OR-ing FET Controller manufactured by MAXINMICRO.
description
The MX16171D100 high-side OR-ing FET controller works with an external MOSFET and acts as an ideal diode rectifier when connected in series with the power supply. This OR-ing controller enables MOSFETs to replace diode rectifiers in power distribution networks, reducing power loss and voltage drop. The MX16171D100 controller provides charge pump gate drive for an external N-channel MOSFET and fast response parator to turn off the FET when current flows in reverse. The MX16171D100 can be connected to power supplies from 1V to 100V (a separate VS supply is needed when IN is 1V to 4V)and can withstand transient voltages up to 110V.
Features
- Wide operating input voltage range VIN: 5V to 100V
- 110V transient voltage
- Charge pump gate driver for external N-channel MOSFET
- 50ns fast response to current reversal
- 2A peak gate off current
- Ultra-small VDS turn-off voltage reduces turn-off time
- 8-Pin DFN2- 3
MX16171D100 100V Input High-Side OR-ing FET Controller
Applications
Active OR-ing of redundant (N+1) power supplies
General information
Ordering information
Part Number MX16171D100 MPQ
Description
DFN2- 3-8L 3000pcs
Package dissipation rating
Package DFN2- 3-8L
RθJA(℃/W) 65
Absolute maximum ratings
Parameter IN, OUT Pins to GND GATE Pin to GND VS Pin to Ground OFF Pin to Ground Junction temperature Storage temperature, Tstg Leading temperature (soldering,10secs)
Value -0.3 to 100V -0.3 to 110V -0.3 to 100V -0.3 to 7V 150℃ -50 to 150℃
260℃
ESD Susceptibility HBM
±2000V
Stresses beyond those listed in Absolute Maximum Ratings may cause permanent damage to the device. Exposure to absolute maximum rating conditions for extended periods may affect reliability. Functional operation of the device at any conditions beyond those indicated in the Remended
Operating Conditions section is not implied.
Remended operating condition
Symbol IN, OUT Pins (VS≥4.5V for IN<4V) VS Pin OFF Pin Operating temperature Moisture sensitive level
Range...