Datasheet4U Logo Datasheet4U.com

MP3324 - 8-Channel 100mA/Ch LED Driver

Description

The MP3324 is an 8-channel white LED (WLED) driver that operates from a wide 4V to 16V input voltage (VIN) range.

The MP3324 applies eight internal current sources in each LED string terminal.

The LED current (ILED) of each channel is set by an external current-setting resistor.

Features

  • include LED open-load protection (OLP), LED short-load protection (SLP), and over-temperature protection (OTP). The device also features fault indication. If a protection function is triggered, then the RFSH/FLT pin is pulled low, and the corresponding fault register is set. The MP3324 is available in a QFN-24 (4mmx4mm) package.

📥 Download Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
MP330 (MP312 / MP330) Power Film Resistors Caddock
MP30 Power Rheostats Vishay Siliconix
MP3005 Current and Voltage Controls Current Transformer Carlo Gavazzi
MP312 (MP312 / MP330) Power Film Resistors Caddock
MP320A Low Cost Quartz Crystal CTS

Other Datasheets by Monolithic Power Systems

Part Number Description
MP3324GRE 8-Channel 100mA/Ch LED Driver
MP3320A Charge Pump RGB LED Driver
MP3320B Synchronous Boost RGBW LED Driver
MP3326 LED Driver
MP3301 Fixed-Frequency Step-Up Driver

Full PDF Text Transcription

Click to expand full text
MP3324 8-Channel, 100mA/Ch, LED Driver with Separated PWM/Analog Dimming and I2C Interface DESCRIPTION The MP3324 is an 8-channel white LED (WLED) driver that operates from a wide 4V to 16V input voltage (VIN) range. The MP3324 applies eight internal current sources in each LED string terminal. The LED current (ILED) of each channel is set by an external current-setting resistor. Each channel has a 100mA maximum current (while VIN ≥ 4.5V). The device integrates an I2C interface. There are ten different I2C addresses that can be configured via an external resistor. This means the MP3324 can support up to ten ICs that have been cascaded to drive an LED array. Each channel can be enabled or disabled via the I2C.
Published: |