Intersil ISL78365ARZ-T7A
Part Number:
- ISL78365ARZ-T7A
Manufacturer:
- Intersil
Ventron No:
- 3257151-ISL78365ARZ-T7A
Description:
- IC LASER DRIVER 40WQFN
Datasheet:
- ISL78365ARZ-T7A
Payment:
Delivery:
One Stop Service
Competitive Price
Source Traceability
Same Day Delivery
Part Overview
Description
The ISL78365 is a high-speed, quadruple output Laser Diode Driver (LDD) designed for high-speed RGB/RGGB laser scanning projection systems. Each output driver channel consists of independent threshold and color DACs for greater laser control and flexibility. Separate scale DACs allow independent scaling of both threshold and color DAC output values to control the projector brightness or provide simple Automatic Power Calibration (APC) for laser-based systems. Pixel data information is transferred through the LDD's high-speed 10-bit parallel video interface. There are two parallel interface modes to allow three or four color pixel data to be entered efficiently. Pixel data employs a double data rate scheme, allowing video data to be transferred using both edges of the clock.
Features
High-speed quadruple output laser diode driver supporting up to 150MHz maximum output pixel clock
Up to 750mA of peak current output per channel
Fast output switching speeds with pulse rise/fall times of 1.5ns for crisp pixels
Intersil laser voltage sampler function with integrated dynamic power optimization controller to dramatically minimize system power
Flexible data order supports different RGB LD opto-mechanical placement
Blanking time power reduction to reduce LDD current consumption
Programmable multi-pulse Return to Zero (RTZ) function to provide maximum flexibility
Single 3.3V supply and 1.8V video interface compatible for low power systems
3-wire SPI interface
Operating temperature range: -40°C to 125°C
AEC-Q100 qualified
Applications
RGB scanning laser projection system
Laser-based projectors
Generic laser-based applications requiring multiple independently controlled lasers or a single high current driver
The ISL78365 is a high-speed, quadruple output Laser Diode Driver (LDD) designed for high-speed RGB/RGGB laser scanning projection systems. Each output driver channel consists of independent threshold and color DACs for greater laser control and flexibility. Separate scale DACs allow independent scaling of both threshold and color DAC output values to control the projector brightness or provide simple Automatic Power Calibration (APC) for laser-based systems. Pixel data information is transferred through the LDD's high-speed 10-bit parallel video interface. There are two parallel interface modes to allow three or four color pixel data to be entered efficiently. Pixel data employs a double data rate scheme, allowing video data to be transferred using both edges of the clock.
Features
High-speed quadruple output laser diode driver supporting up to 150MHz maximum output pixel clock
Up to 750mA of peak current output per channel
Fast output switching speeds with pulse rise/fall times of 1.5ns for crisp pixels
Intersil laser voltage sampler function with integrated dynamic power optimization controller to dramatically minimize system power
Flexible data order supports different RGB LD opto-mechanical placement
Blanking time power reduction to reduce LDD current consumption
Programmable multi-pulse Return to Zero (RTZ) function to provide maximum flexibility
Single 3.3V supply and 1.8V video interface compatible for low power systems
3-wire SPI interface
Operating temperature range: -40°C to 125°C
AEC-Q100 qualified
Applications
RGB scanning laser projection system
Laser-based projectors
Generic laser-based applications requiring multiple independently controlled lasers or a single high current driver
Specifications
Intersil ISL78365ARZ-T7A technical specifications, attributes, parameters and parts with similar specifications to Intersil ISL78365ARZ-T7A.
- Factory Lead Time8 Weeks
- Published2016
- Max Operating Temperature125°C
- Min Operating Temperature-40°C
- Number of Channels4
- Max Supply Voltage3.6V
- RoHS StatusRoHS Compliant
Certification
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