MIC2593-2YTQ-TR Overview

This is included in the 48-TQFP package.At present, 10 channels are available.It's packaged in a Tape & Reel (TR) shape.Device position QUAD is its terminal position.According to Surface Mount, it has been set up.Electric components of this type are classified as Hot Plug Controller.For reliable operation, set the temperature to 0°C~70°C.Application PCI, PCI-X is available on the device.As you can see in Latched Fault, SMBus, Thermal Limit, UVLO, it's featured.The device should be able to be powered by a 3.3V 5V ±12VV power source.There are numbers in the MIC2593 family that include it.48 pins are used in operation.There are Current Limit, Fault Timeout, Slew Rate features that can be programmed.Positioned in direction of Surface Mount, it is at a right angle.Operating at 70°C°C ensures stable performance.The system must function at a minimum temperature of 0°C degrees Celsius in order to maintain its reliability.Hot-swappable device is important that the supply voltage (Vsup) is kept above 3.1 V for normal operation of the device.3.6 V (maximum supply voltage) is set.As for the IC, this gadget uses POWER SUPPLY SUPPORT CIRCUIT.Hot Swap can operate at a maximum supply current of 5 mA.In default mode, it outputs 8.The device produces 100mA, 500mAV as its maximum output.In order to satisfy the operation criteria, the maximum output current must drop to 500mA.By using this device, it is also possible to produce ALSO OPERATES ON +/-12V AND 5 VOLT SUPPLY.There is a -- series component on this electrical component.

MIC2593-2YTQ-TR Features

Features of Latched Fault, SMBus, Thermal Limit, UVLO
Programmable features of Current Limit, Fault Timeout, Slew Rate
-- series

MIC2593-2YTQ-TR Applications

There are a lot of Microchip Technology
MIC2593-2YTQ-TR hot swap controllers applications.

• Avionics systems
• 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