MIC2595-1YM-TR Overview

In the 14-SOIC (0.154, 3.90mm Width) package you will find it.Channel 1 is currently available.A Tape & Reel (TR)-shaped package holds it.Device DUAL is located at the terminal position.As Surface Mount would say, it's set up like that.The electrical component in question falls into the classification Hot Swap Controller, Sequencer.A reliable operation requires the temperature to be set to -40°C~85°C.Apps for -48V are available on the device.A feature of Latched Fault describes it.Using a -80V~-19VV power source should be able to power the device.The MIC2595 family includes it.During operation, 14 pins are used.Hot-swappable device has Current Limit, Fault Timeout, UVLO programmable features.Presently, there is a sufficient supply of 4mA.As you can see, it is positioned in the direction of Surface Mount.For stable operation, the maximum operating temperature should be 85°C°C.At a minimum working temperature of -40°C degrees Celsius, it maintains its reliability.Hot-swappable device is recommended to keep the supply voltage (Vsup) above 19 V so that the device can function normally.Vsup is set to 80 V, the maximum supply voltage.As you can see in this example, the gadget uses an analog IC called POWER SUPPLY SUPPORT CIRCUIT.Hot Swap is set by default to output 1.An input voltage of -80VV is the maximum it can handle.Device --V has a maximum output.Using a low supply voltage, such as -19VV, will be feasible.Hot Swap is 4mA which is the operative supply current.There is an electrical component in this series called --.

MIC2595-1YM-TR Features

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

MIC2595-1YM-TR Applications

There are a lot of Microchip Technology
MIC2595-1YM-TR hot swap controllers applications.

• Safe board insertion and extraction
• 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