MIC4575WT Overview

There is an optimized performance in this voltage regulator because it utilizes the Bulk package. As you can see, this harley voltage regulator contains 5 terminations. As this regulator voltage is equipped with an analog IC of the type SWITCHING REGULATOR, it is a SWITCHING REGULATOR-type voltage regulator. There is a TO-220-5 package available for this voltage regulator, as DC DC switching regulator is space-saving. There are 1 outputs configured on the voltage regulator. There are output pins on this DC DC switching regulator that generate Adjustable output. This switching regulator is designed to fit the Through Hole mounting system. In order for it to operate properly, dc to dc voltage regulator's operating temperature should be at -40°C~85°C TA. In this voltage regulator 12v, the switching frequency is 200kHz. Regulator 4V can operate with dc to dc voltage regulator's minimum input voltage 4V. As a result, the output voltage of the voltage regulator 12v (Min/Fixed) is 1.23V. Featuring a 1.7A Switch output current, dc to dc voltage regulator offers maximum design flexibility. The maximum input voltage of this voltage regulator 12v is 24V. In order to meet the operation requirements,voltage regulator is designed to provide a nominal input voltage of 12V. The MIC4575 family of DC/DC regulators includes this DC/DC regulator. The voltage DC DC switching regulator can produce is 20V volts. For this switching regulator, we recommend keeping the output voltage at at least 1.23V volts. A maximum output current of 1A A is provided to meet the switching regulator operation requirements. Using this voltage regulator 12v, you will be able to get the maximum output voltage of 20V.

MIC4575WT Features

1 outputs

MIC4575WT Applications

There are a lot of Microchip Technology MIC4575WT Voltage Regulators applications.

• Ball screw pair
• Computer application technology
• Lathes
• Balance equipment
• Flexible manufacturing cells
• Cutting machine tools
• Product testing
• Laboratories
• Geothermal power
• CMM