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HI5675JCB is listed in the Analog To Digital Converters (ADC) range at ChipApex. The manufacturer field lists Intersil. Its product description is 8-BIT ADC, FLASH METHOD. Review the specifications below when checking this part for your BOM.
The HI5675JCB is a high-performance, programmable phase-locked loop (PLL) designed for LCD applications. It functions as a low-cost frequency generator suitable for line-locked and genlocked high-resolution video systems. The device utilizes advanced low-voltage CMOS mixed-signal technology to provide effective clock solutions for video projectors and displays. It supports resolutions ranging from VGA to beyond UXGA. The component generates pixel clock outputs in both differential and single-ended formats. Digital phase adjustment circuitry allows user control of the pixel clock phase relative to the recovered sync signal.
Verify the specific suffix JCB against official Intersil documentation to confirm temperature range and package details. Ensure compatibility with the required I2C bus interface and voltage levels. Confirm availability status as older components may be obsolete. Cross-reference with current Renesas product portfolios if sourcing through updated channels.
Select this component for designs requiring precise pixel clock generation with adjustable phase relative to sync signals. It is suitable for applications needing both differential and single-ended clock outputs. Verify that the system supports the necessary I2C programming interface. Consider the operating voltage requirements and resolution support up to beyond UXGA when integrating into display architectures.
The HI5675 belongs to the Intersil family of high-performance programmable PLLs for LCD applications. It is part of a series including models like the HI5634, which share similar functionalities for video clock generation. These devices are implemented using low-voltage CMOS mixed-signal technology to address the timing requirements of modern display panels.
The device provides pixel clock outputs in differential format up to 250MHz and single-ended format up to 150MHz.
The device is programmed using a standard I2C-bus serial interface.
Yes, it includes digital phase adjustment circuitry that allows user control of the pixel clock phase relative to the recovered sync signal.
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