Part No:
BD8108FM-E2
Category:
Driver ICs
Description:
Copper, Tin PMIC BD8108 28 Pin 550kHz 28-SOP (0.295, 7.50mm Width) + 2 Heat Tabs
Package:
-
Production Status:
In Stock Status:
Specification
Package / Case
28-SOP (0.295, 7.50mm Width) + 2 Heat Tabs
Moisture Sensitivity Level (MSL)
Max Operating Temperature
Min Operating Temperature
Products Detail
BD8108FM-E2 Overview
In order to save board space, the led driver uses the 28-SOP (0.295, 7.50mm Width) + 2 Heat Tabs package. For the design of this LED driver, 4 outputs are used.The mounting method is Surface Mount.As a DC DC Controller, it has high efficiency and reliability.The led light driver operates normally at -40°C~95°C TA. The benefits it provides to Backlight are considerable.In this case, the frequency is 550kHz.To form its configuration, 28 pins are used.A voltage supply less than 4.5V will cause undetermined failures.Surface Mount is mounted in the way.There is a base part number BD8108 for this LED driver.There is 36V voltage output from it.It is designed to provide a supply voltage of 30V at its maximum.If the maximum supply current is less than 6mA, the device is capable of providing high efficiency.An operating temperature above 95°C should ensure stable operation.As a condition for achieving stable operation, the operating temperature should be greater than -40°C.Systems require 28V voltage to operate.The maximum output current of 150mA allows it to deliver all benefits of a LED driver.
BD8108FM-E2 Features
Available in the 28-SOP (0.295, 7.50mm Width) + 2 Heat Tabs package
Operating temperature of -40°C~95°C TA
Frequency of 550kHz
Operating with the supply voltage of 28V
BD8108FM-E2 Applications
There are a lot of ROHM Semiconductor
BD8108FM-E2 LED Driver ICs applications.
- Architectural lighting
- Street lighting
- Stage and Studio lighting
- Refrigeration lighting
- Portable lighting
- Gallery lighting
- Museum lighting
- High-end retail lighting
- Medical surgery lighting
- Replacement lamps
Key Features
No key features available
Application scenarios
No application scenarios available
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