BP3315 - PSR Single-Stage APFC Offline LED Controller

BPS

General Description

The BP3315 is a high precision primary-side regulation driver with single stage Active PFC, specially designed for universal input offline flyback or buck-boost constant current LED lighting.

The driver with on-chip PFC circuit achieves high power factor and low THD.

📥 Download Datasheet

BP3315 psr single-stage apfc offline led controller by BPS - Datasheet Preview

Datasheet Details

Part number	BP3315
Manufacturer	BPS
File Size	453.55 KB
Description	PSR Single-Stage APFC Offline LED Controller
Datasheet	BP3315 Datasheet

📁 Similar Datasheet

Part Number	Description	Manufacturer
BP3318	P-CHANNEL ENHANCEMENT MODE POWER MOSFET	BETTER POWER
BP33R881S30A	Dielectric Filters	Token
BP3015Q12-B10	Blue Emitter	CT Micro
BP3125	125Watt Photovoltaic-Module	bpsolar
BP320240A	LCD	Bolymin

Other Datasheets by BPS

Part Number	Description
BP3316	PSR Single-Stage APFC Offline LED Driver
BP3316D	PSR Single-Stage APFC Offline LED Driver
BP3318	Dimmable PSR Single-Stage APFC Offline LED Controller
BP3319	PSR Single-Stage APFC Offline LED Controller
BP3319M	PSR Single-Stage APFC Offline LED Controller

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text

BP3315 PSR Single-Stage APFC Offline LED Driver Description The BP3315 is a high precision primary-side regulation driver with single stage Active PFC, specially designed for universal input offline flyback or buck-boost constant current LED lighting. The driver with on-chip PFC circuit achieves high power factor and low THD. Operating in critical conduction mode, the power MOSFET switching loss is reduced and the inductor is fully utilized. The BP3315 adopts proprietary primary side current sensing scheme. It can precisely control the LED current without secondary side sense and feedback circuits. The device integrates a 650V power MOSFET to further reduce external components, for saving cost and PCB area.