Datasheet4U Logo Datasheet4U.com

JW1532BL - High Efficiency Off-line CV Regulator

Key Features

  • The JW1532BL is a high efficiency low cost off-line constant voltage regulator for Buck and Buck- Boost topology with 500V MOSFET. JW1532BL can output 18V/12V default voltage with few external components, which decreases the system cost. In light load condition, JW1532BL operates in green mode, in which the inductor peak current and the switching frequency is lower than that of full load to improve the system efficiency and the reference voltage is decreased to ensure good load regulation. JW15.

📥 Download Datasheet

Datasheet Details

Part number JW1532BL
Manufacturer JoulWatt
File Size 751.40 KB
Description High Efficiency Off-line CV Regulator
Datasheet download datasheet JW1532BL Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
JW1236B Full color LED control chip ETC
JW1758A Offline Step-down LED Controller SPMICRO
JW1758B Offline Step-down LED Controller SPMICRO
JW1758C Offline Step-down LED Controller SPMICRO
JW1760 Non-Isolated Buck LED Driver Controller SPMICRO

Other Datasheets by JoulWatt

Part Number Description
JW1532B High Efficiency Off-line CV Regulator
JW15328A High Efficiency Off-line CV Regulator
JW15328B High Efficiency Off-line CV Regulator
JW15329B High Efficiency Off-line CV Regulator
JW1532A High Efficiency Off-line CV Regulator

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
JW1532BL High Efficiency Off-line CV Regulator Preliminary Specifications Subject to Change without Notice DESCRIPTION FEATURES The JW1532BL is a high efficiency low cost off-line constant voltage regulator for Buck and Buck- Boost topology with 500V MOSFET. JW1532BL can output 18V/12V default voltage with few external components, which decreases the system cost. In light load condition, JW1532BL operates in green mode, in which the inductor peak current and the switching frequency is lower than that of full load to improve the system efficiency and the reference voltage is decreased to ensure good load regulation.