MIC5357-MGYMME Overview

The package is delivered in a Tube case. In order to package the IC voltage regulator, a 8-TSSOP, 8-MSOP (0.118, 3.00mm Width) Exposed Pad case is used. This IC Regulator has a type of output called Fixed. There are 2 regulators implemented in this electroic component. Surface Mount can be adjusted in the Linear IC in order to vary the temperature range over which Linear Regulator operates. The IC voltage regulator must be maintained at -40°C~125°C degrees for it to function. As you can see, this regulator's output function is configured to be Positive. At present, it can produce an output of up to 500mA, 500mA. As you can see, the regulator IC has a total of 8 pins. The regulator has a total of 2 outputs to make sure that it delivers prompt, sufficient outputs. A dropout voltage of 10 volts is what makes it a dropout voltage. Depending on the chip, 8 pins may be available. For your information, part number MIC5357 is the basic part number for this voltage regulator IC. As you can see, this regulator IC represents a typical PMIC - Power Management ICs component. There is a maximum output current of 500mA for this regulator to meet the operational requirements. It operates in the 160 uA Quiescent Current state. The -- Series is a series of products made by D-Link. As a general rule, it is recommended that you use the IC voltage regulator when temperatures are below 125°C degrees Celsius. At the lowest operating temperature that can be reached by the chip, it is -40°C. In regards to tolerance, this voltage regulator IC has an 3 % tolerance, which is quite low.

MIC5357-MGYMME Features

130mV dropout voltage
PMIC - Power Management ICs subtageroy
The maximum operating temperature of -40°C
3 % tolerance

MIC5357-MGYMME Applications

There are a lot of Microchip Technology
MIC5357-MGYMME Linear Voltage Regulators applications.

• CPU power supply
• Switching regulator
• Multiple-power supply system
• Digital audio player
• Digital TV
• Smartcard
• Industrial equipment
• DVD and CD-ROM drive
• Quick charge protocols
• Measurement and control euipment