Datasheet4U Logo Datasheet4U.com

AP3033 - WHITE LED STEP-UP CONVERTER

Key Features

  • Preliminary Datasheet AP3033 The AP3033 is an inductor-based DC/DC boost con-.
  • Up to 92% Efficiency verter designed to drive LED arrays. 1.3A switching current allows AP3033 to be used in different 7' to 10' LCD panel backlights (3S8P LED arrays typically).
  • (VIN=9V, IOUT=160mA) Up to 88% Efficiency (VIN=5V, IOUT=160mA) A constant frequency 1MHz PWM control scheme is.
  • Fast 1MHz Switching Frequency employed in this IC, which means tiny external com-.
  • Wide Input Voltage.

📥 Download Datasheet

Datasheet Details

Part number AP3033
Manufacturer BCD Semiconductor
File Size 334.71 KB
Description WHITE LED STEP-UP CONVERTER
Datasheet download datasheet AP3033 Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
AP3031 WHITE LED STEP-UP CONVERTER DIODES
AP3036B WHITE LED STEP-UP CONVERTER Diodes
AP3000 1/4 INCH DIAPHRAGM VALVE APTech
AP3000A-00 SILICON PIN DIODE CHIP ASI
AP3000C-11 SILICON PIN DIODE ASI

Other Datasheets by BCD Semiconductor

Part Number Description
AP3030 WHITE LED STEP-UP CONVERTER
AP3031 WHITE LED STEP-UP CONVERTER
AP3031A WHITE LED STEP-UP CONVERTER
AP3032 WHITE LED STEP-UP CONVERTER
AP3036 WHITE LED STEP-UP CONVERTER

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
WHITE LED STEP-UP CONVERTER General Description Features Preliminary Datasheet AP3033 The AP3033 is an inductor-based DC/DC boost con- · Up to 92% Efficiency verter designed to drive LED arrays. 1.3A switching current allows AP3033 to be used in different 7' to 10' LCD panel backlights (3S8P LED arrays typically). · (VIN=9V, IOUT=160mA) Up to 88% Efficiency (VIN=5V, IOUT=160mA) A constant frequency 1MHz PWM control scheme is · Fast 1MHz Switching Frequency employed in this IC, which means tiny external com- · Wide Input Voltage Range: 3V to 16V ponents can be used. Specifically, 1mm tall 10µH · Low 200mV Feedback Voltage inductor and 10µF output capacitor for the typical · Output Over Voltage Protection application is sufficient. · Cycle by Cycle Current Limit: 1.