BD8622EFV-E2 Overview

Currently, it supports a total of 1 outputs. In order to facilitate transportation, alternator regulator is packaged in 20-VSSOP (0.173, 4.40mm Width) Exposed Pad. Currently, the power regulator is available for shipping in Tape & Reel (TR) packages. The Surface Mount universal mount allows for easy adaptation. The shunt regulator is intended for use at Converter, Flat Screen TV as well as other applications. As a precaution, it is recommended to set the operating temperature to -10°C~85°C to prevent malfunctions. This variable voltage regulator is designed to have a voltage input of 2.7V~5.5V. 20 terminals are present on the electronic component. This alternator regulator has a pinout starting from 20 pins. For more pin-to-pin solutions, please search BD862*. The PCB or other board can be mounted using the Surface Mount on it. 20pins are found on the power supply regulator. Other Switching Regulator or Controllers like the voltage controller play a important role in the industry. The external regulator should be outputting 3A at the moment. Here are a few extra features of this voltage regulator: PFM CONTROL TECHNIQUE ALSO POSSIBLE. Voltage inputs above 2.7Vare required by this alternator regulator. The voltage controller can switch at a frequency of 1MHz. A maximum current of 3Ais intended to be produced by the voltage regulator. It is possible to set the minimum supply voltage to 2.7V. DC voltage regulators operate at a maximum supply voltage of 5.5V volts. The shunt regulator operates at a frequency range of 550kHz.

BD8622EFV-E2 Features

Widely used in Converter, Flat Screen TV applications

BD8622EFV-E2 Applications

There are a lot of ROHM Semiconductor BD8622EFV-E2 Specialized Voltage Regulators applications.

• PHS Phones
• Notebook Computers System Bus and I/O
• Servers and Networking equipment
• GSM Base Station
• GaAsFET Power Amplifier Modules
• PC Dual Power Supply
• Personal Digital Assistants (PDAs)
• Digital-Still Cameras
• Microprocessors Requiring Sequencing
• DDR Memory Termination Voltage