MIC2176-1YMM Overview

With its 10-TFSOP, 10-MSOP (0.118, 3.00mm Width) package, the switching controller fits the needs of most applications. There is sufficient capacity to generate switching controller for outputs 1. Packaging for the pmic consists of Tube solid enclosures. With this function, you can deal with Transistor Driver dc switching's outputs (s). dc control's supply and operating voltages are 4.5V~75V. Worked in an dc switcher with a -40°C~125°C TJ rating. The switching controller can be switched at 100kHz. dc dc regulators can be carried out with Surface Mount. For efficient switching control, the dcdc regulator features Enable. You can find other relevant dc to dc converter ics by searching "MIC2176". There are 10 pins on switching converter. DC regulator outputs 800mV voltage based on test statistics. If you start a project, note down the dc dc regulator's usual output current of 15A. A duty cycle set at 96 % ensures voltage regulator dc to dc reliability during power-on and power-off. In most applications and prototypes, DC switcher's Surface Mount makes it suitable. 125kHz is the maximum frequency of this dc regulators. A temperature -40°C lower than -40°C should be maintained. A temperature of 125°C degrees Celsius is recommended. Thare are switch converters of the Hyper Speed Control? series. It would be 10-MSOP for this part's supplier dc dc controller package. The dc switcher will not provide an output current greater than 15A. There is 1.4mA supply current for it. Switches with 1 phases are used in this controller. As far as maximum supply voltage is concerned, switching voltage regulators is rated as 75V.

MIC2176-1YMM Features

Transistor Driver Outputs
Switching Frequency: 100kHz
Enable
Max Duty Cycle: 96 %

MIC2176-1YMM Applications

There are a lot of Microchip Technology MIC2176-1YMM DC to DC converter applications.

• Boring machines
• seismic instrument power circuits
• Motor controller circuits
• Printing
• Surge protection circuits
• Die casting equipment
• Smoke prevention equipment
• Industrial robots
• Computed tomography (CT)
• Current source circuits