Datasheet4U Logo Datasheet4U.com

LD5761 - High Voltage with Two-Level Frequency Green-Mode PWM Controller

General Description

The LD5761 is a Green Mode PWM IC which is built-in with brown-in/out functions in a SOP-7/SOP-8 package.

The device could minimize the component counts, circuit space, and reduces the overall material cost of power applications.

Key Features

  • frequency swapping and soft driving function to minimize the noise and enhance EMI. Typical.

📥 Download Datasheet

Datasheet Details

Part number LD5761
Manufacturer Leadtrend Technology
File Size 0.97 MB
Description High Voltage with Two-Level Frequency Green-Mode PWM Controller
Datasheet download datasheet LD5761 Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
LD5762A High Voltage Multi-Mode PWM Controller Leadtrend
LD5762E High Voltage Multi-Mode PWM Controller Leadtrend
LD5762E1 High Voltage Green-Mode PWM Controller Leadtrend
LD5762K High Voltage Multi-Mode PWM Controller Leadtrend
LD5762L High Voltage Multi-Mode PWM Controller Leadtrend

Other Datasheets by Leadtrend Technology

Part Number Description
LD5761B High Voltage with Two-Level Frequency Green-Mode PWM Controller
LD5760 High Voltage Green-Mode PWM Controller
LD5760A High Voltage Green-Mode PWM Controller
LD5760E High Voltage PWM Controller
LD5760H High Voltage PWM 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
High Voltage with Two-Level Frequency Green-Mode PWM Controller LD5761 05/28/2015 REV: 01 General Description The LD5761 is a Green Mode PWM IC which is built-in with brown-in/out functions in a SOP-7/SOP-8 package. The device could minimize the component counts, circuit space, and reduces the overall material cost of power applications. The two-level frequency of operation enables excellent performance and high efficiency at nominal line. While in low line, just operate in high-level frequency to reduce BMAX. Without changing transformer design, the energy loss is perfectly minimized.