Datasheet4U Logo Datasheet4U.com

NCV7685 - 12 Channels 60mA LED Current Driver

Features

  • 12 Common Current Programmable Sources up to 60 mA.
  • Independent PWM Duty Cycle Control for each Channel via PC.
  • Common PWM Duty Cycle Control via I2C.
  • On.
  • Chip 150, 300, 600 and 1200 Hz PWM.
  • Open LED String Diagnostics.
  • Low Dropout Operation for Pre.
  • Regulator.

📥 Download Datasheet

Datasheet preview – NCV7685

Datasheet Details

Part number NCV7685
Manufacturer ON Semiconductor
File Size 326.88 KB
Description 12 Channels 60mA LED Current Driver
Datasheet download datasheet NCV7685 Datasheet
Additional preview pages of the NCV7685 datasheet.

📁 Similar Datasheet

  • NCV70628 - Micro-stepping Motor Driver (onsemi)
  • NCV7383 - Transceiver (ON Semiconducto)
  • NCV7410 - Automotive Ethernet Transceiver (onsemi)
  • NCV7424 - Four Channel LIN Transceiver (ON Semiconducto)
  • NCV7518 - Hex Low side MOSFET Pre driver (ON Semiconducto)
  • NCV7719 - Octal Half-Bridge Driver (ON Semiconducto)
  • NCV78514 - 1-Channel Automotive LED Driver (onsemi)
  • NCV78902 - High Efficiency 2 Phase Booster LED Driver (onsemi)
  • NCV2902 - Single Supply Quad Operational Amplifiers (ON)
  • NCV3025833 - Smart Power Stage (onsemi)
Other Datasheets by ON Semiconductor
  • NCV7680 - Linear Current Regulator/Controller
  • NCV7681 - 100mA Linear Current Regulator/Controller
  • NCV7683 - Enhanced 100mA Linear Current Regulator/Controller
  • NCV760040 - Quad High-side Driver
  • NCV7601 - Quad Driver
  • NCV7608 - Octal Configurable Low/High Side Driver
  • NCV7691 - Current Controller
  • NCV7692 - Current Controller

Full PDF Text Transcription

Click to expand full text
12 Channels 60 mA LED Linear Current Driver I2C Controllable for Automotive Applications NCV7685 The NCV7685 consists of twelve linear programmable constant current sources with common reference. The part is designed for use in the regulation and control of LED for automotive applications. The NCV7685 allows 128 different duty cycle levels adjustable using pulse width modulation (PWM) independently for each output channel programmable via I2C serial interface. PWM frequency can be chosen in four different configurations up to 1200 Hz. The device can be used with micro−controller applications using the I2C bus or in stand−alone applications where a choice could be done in between two different static configuration settings. The IC also provides 3.
Published: |