MIC2595R-1YM Overview

Package 14-SOIC (0.154, 3.90mm Width) includes it.As of now, 1 channels are available.Tube-shaped packaging is used for this product.A device's terminal position is DUAL.There is a Surface Mount-like arrangement.In the electrical industry, this component is categoriHot Swap Controller, Sequencered as Hot Swap Controller, Sequencer.For reliable performance, the temperature should be set to -40°C~85°C.There are -48V applications available for the device.An article about it appears in Auto Retry.In the case of a -80V~-19VV power source, it should work just fine.In the MIC2595 family, it appears as a number.This device operates by using 14 pins.Programmable features include Current Limit, Fault Timeout, UVLO.Hot-swappable device is estimated that there is a current supply of 4mA.There is a Surface Mount axis pointing in the direction of the object.In order to ensure stable operation, a maximum operating temperature of 85°C°C must be set.Hot-swappable device maintains Hot-swappable devices reliabilHot-swappable devicey at a minimum working temperature of -40°C degrees Celsius.For normal operation, the supply voltage (Vsup) should be kept above 19 V in order to maintain a constant level of power.Set Vsup to 80 V for maximum supply voltage.Hot Swap uses an analog IC, in this case a POWER SUPPLY SUPPORT CIRCUIT.As a default, it's set to output 1.-80VV is the maximum supply voltage that it can handle.As far as output is concerned, the device can produce --V.Using low supply voltages, such as -19VV, is feasible.There is an operative supply current called 4mA.The -- series is represented by this electrical component.

MIC2595R-1YM Features

Features of Auto Retry
Programmable features of Current Limit, Fault Timeout, UVLO
-- series

MIC2595R-1YM Applications

There are a lot of Microchip Technology
MIC2595R-1YM hot swap controllers applications.

• Industrial computers and servers
• Redundant-array-of-independent-disk (RAID) storage
• Other forms of communications infrastructure
• Board or blade insertion into live backplanes
• Backplane
• Loads
• Distributed power systems
• Redundant negative voltage supplies
• Central office switching systems
• Power supply hotswap & inrush control