BD9C601EFJ-E2 Overview

A Tape & Reel (TR) package is used in this voltage regulator to optimize performance. A voltage regulator consists of 8 terminations. There is one type of analog IC that this voltage regulator is equipped with, and that is the SWITCHING REGULATOR type. In order to save space, this harley voltage regulator is available in the 8-SOIC (0.154, 3.90mm Width) Exposed Pad package. A total of 1 outputs are configured in this voltage regulator. The adjusting voltage regulator generates Adjustable output. Surface Mount-mount switching regulator. As long as its operating temperature is -40°C~85°C TA, dc to dc voltage regulator should perform well. Voltage regulator's switching frequency reaches 500kHz. The output voltage (Min/Fixed) of this voltage regulator 12v is 0.8V. The maximum input voltage of this voltage regulator 12v is 18V. Its NOT SPECIFIED peak reflow temperature makes this regulator essentially indestructible. For operation, switching regulator requires a nominal input voltage of 12V. At 12.6V volts, voltage regulator can provide voltage. During switching regulator operation, 8 pins are used. The output voltage for this switching regulator should be kept at 800mV at least. Switching regulator has a maximum output current of 6A A, which is sufficient to meet the requirements of operation. The maximum output voltage of this regulator voltage is 12.6V. DC-DC switching regulator with supply voltage 18V. In order to ensure reliable performance, a dc to dc voltage regulator's minimum supply voltage of 4.5V V is required.

BD9C601EFJ-E2 Features

1 outputs
Peak reflow temperature (Cel) of NOT SPECIFIED
8 pins
Operating supply voltage of 18V

BD9C601EFJ-E2 Applications

There are a lot of ROHM Semiconductor BD9C601EFJ-E2 Voltage Regulators applications.

• Geothermal power
• Emergency lighting monitoring equipment
• Constant current circuits
• Digital precision reference circuits
• Bending machines
• Smoke prevention equipment
• Nuclear power plants
• Network technology
• Adjustable voltage or current linear circuits
• Smart grid