BD9859EFJ-E2 Overview

It is designed to provide optimal performance by utilizing the Tape & Reel (TR) package. During the development of this harley voltage regulator, 8 terminations were made. 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 8-SOIC (0.154, 3.90mm Width) Exposed Pad package available for this voltage regulator, as DC DC switching regulator is space-saving. There are 1 outputs configured on the voltage regulator. This DC DC switching regulator generates Fixed output on its output pins. This switching regulator is designed to fit the Surface Mount mounting system. The operating temperature should be kept at -40°C~85°C TA when the voltage regulator 12v is in operation. A DC-DC switching regulator such as this one switches at 750kHz. 14V volts is DC DC switching regulator's maximum input voltage. The peak reflow temperature of this regulator amounts to NOT SPECIFIED to be essentially indestructible. In order to meet the operation requirements,voltage regulator is designed to provide a nominal input voltage of 12V. There is a subcategory of this regulator voltage called Switching Regulator or Controllers. A voltage of 1V volts can be generated by DC DC switching regulator. Ideally this switch regulator should have an output voltage of about 1V at the very least. Accordingly, dc to dc voltage regulator's maximum output current is 3A A. An input voltage of 14V is used to operate this harley voltage regulator. In this case, a dc to dc voltage regulator's minimum supply voltage of 5V volts is required to ensure reliable performance.

BD9859EFJ-E2 Features

1 outputs
Peak reflow temperature (Cel) of NOT SPECIFIED
Operating supply voltage of 14V

BD9859EFJ-E2 Applications

There are a lot of ROHM Semiconductor BD9859EFJ-E2 Voltage Regulators applications.

• Handheld GPS
• Motor controller circuits
• Wide-range voltage regulation circuits
• Shearing machines
• Scientific research
• Combined machine tools
• Experimental setup
• Current source circuits
• Radio equipment
• Photovoltaic power