MIC2174C-1YMM-TR Overview

The switching controller fits in the 10-TFSOP, 10-MSOP (0.118, 3.00mm Width) package and is ideal for most applications. For outputs of 1, this dc motor controller is suitable. Tape & Reel (TR) solid enclosure protects the pmic. Transistor Driver dc switching's outputs (s) can be handled by it. This dc control has a supply voltage and operating voltage of 3V~40V. Worked in an dc switcher with a -40°C~125°C TJ rating. In this switching controller, the switch can be set to 270kHz. A generalization of dc dc regulator can be made using Surface Mount. Switching control is made easier with the dcdc regulator's Enable. MIC2174 can be used to locate other relevant dc to dc converter ics. There are a total of 10 pins on switching converter. normally, the dc dc regulator's output current is 25A, which you should keep in mind when starting a project. The maximum duty cycle of this voltage regulator dc to dc is set to 87 % to ensure reliability during power-up and power-down. Having a Surface Mount makes DC switcher suitable for most application and prototype designs. DC regulators have a maximum frequency of 338kHz. At -40°C and above, dc regulator should be kept. There should be 125°C more than 125°C degrees Celsius in the machine. Basically, it's a dc to dc voltage regulator from the Hyper Speed Control? series. A 10-MSOP would be the supplier dc dc controller package for this part. The dc switcher will not provide an output current greater than 25A. Phases of this controller are 1.

MIC2174C-1YMM-TR Features

Transistor Driver Outputs
Switching Frequency: 270kHz
Enable
Max Duty Cycle: 87 %

MIC2174C-1YMM-TR Applications

There are a lot of Microchip Technology MIC2174C-1YMM-TR DC to DC converter applications.

• Low output voltage switching power supply circuits
• Production lines
• Direct power supply system
• Driver circuits
• Milling machines
• Experimental setup
• Refrigerators of central air conditioners
• Adjustable voltage or current linear circuits
• Printing equipment
• Communication system