NB650HGL-P Overview

For optimal performance, this voltage regulator makes use of the Tape & Reel (TR) package. Space-saving 17-VFQFN Exposed Pad packages are available for this harley voltage regulator. There are 1 outputs configured on this voltage regulator 12v. Adjusting voltage regulator's output pins generate Adjustable output. Switching regulators like this one can be mounted on the Surface Mount mounting system. The operating temperature should be kept at -40°C~125°C TJ when the voltage regulator 12v is in operation. This voltage regulator 12v reaches a switching frequency of 150kHz~1MHz. The voltage regulator can be operated with a voltage as low as 4.5V as an input voltage. The output voltage of this voltage regulator (Min/Fixed) amounts to 0.6V volts. Featuring a 6A output current, dc to dc voltage regulator offers maximum design flexibility. The maximum input voltage of voltage regulator is 22.5V. The output voltage for this switching regulator should be kept at 600mV at least. 13V's maximal output voltage allows adjusting voltage regulator to operate easily. The maximum voltage of voltage regulator 12v DC DC switching regulator can produce is 13V, which is the highest available. 125°C allows switching regulator's stable operation at a high limit of maximum operating temperature. To ensure reliability, the voltage regulator 12v operates at a minimum operating temperature of -40°C. The voltage regulator 12v supports a dc to dc voltage regulator's minimum input voltage of 4.5V for its input. This DC-DC switching regulator is designed to sustain a 22.5V input voltage at its maxium.

NB650HGL-P Features

1 outputs

NB650HGL-P Applications

There are a lot of Monolithic Power Systems Inc. NB650HGL-P Voltage Regulators applications.

• Adjustable voltage or current linear circuits
• Motor controller circuits
• Fire elevators
• Television equipment
• Industrial robots
• Printing equipment
• Power supplies of electronic gadgets
• Computer application technology
• Energy management systems
• Digital precision reference circuits