NB675GL-Z Overview

This harley voltage regulator utilizes the Tape & Reel (TR) package for optimized performance. There are 21 terminations in this harley voltage regulator. There are two types of analog ICs in this voltage regulator 12v: SWITCHING REGULATOR ICs, which are the ones used in older voltage regulator 12vs. In order to save space, this harley voltage regulator is available in the 21-PowerVFQFN package. DC DC switching regulator is configured with 1 outputs. As you can see, this DC DC switching regulator generates Adjustable output on its output pins. Switching regulators like this one can be mounted on the Surface Mount mounting system. This voltage regulator 12v should operate at a temperature of -40°C~125°C TJ when operating. 500kHz is the switching frequency of this DC-DC switching regulator. The voltage regulator can be operated with a voltage as low as 5V as an input voltage. The adjusting voltage regulator's output voltage (Min/Fixed) is 0.604V. As a result of the 10A output current, voltage regulator offers maximum flexibility in design. Voltage regulator has a maximum input voltage of 22V. This voltage regulator's peak reflow temperature is so high as to make it virtually indestructible. In order to meet the operation requirements,voltage regulator is designed to provide a nominal input voltage of 12V. The regulator voltage is included in the Switching Regulator or Controllers subcategory of voltage regulators. Ideally this switch regulator should have an output voltage of about 604mV at the very least. A maximum voltage of 5.5V can be obtained from the regulator voltage.

NB675GL-Z Features

1 outputs
Peak reflow temperature (Cel) of 260

NB675GL-Z Applications

There are a lot of Monolithic Power Systems Inc. NB675GL-Z Voltage Regulators applications.

• Precision electronic equipment
• Shearing machines
• Elevator lighting
• Network technology
• Refrigerators of central air conditioners
• Electrical power transmission
• Automatic plug-in machines
• Linear guide
• Analog precision reference circuits
• Computer application technology