290GILF
| Parameters | |
|---|---|
| Series | - |
| Mfr | Renesas Electronics America Inc |
| Package | Bulk |
| Product Status | Last Time Buy |
| Other Names | 800-290GILF |
| Standard Package | 1 |
290GILF PLL frequency synthesizer IC module
The 290GILF is a highly integrated clock generator and frequency synthesizer IC module, designed to deliver precise and stable clock signals for a wide range of electronic systems requiring synchronized timing architectures. This component belongs to the clock timing category and functions as a PLL-based frequency synthesizer, enabling it to generate multiple output frequencies from a single reference input through programmable divider and multiplier configurations. The device is engineered to support complex digital systems including telecommunications infrastructure, networking equipment, high-performance computing platforms, and industrial control systems where timing accuracy and signal integrity are paramount to overall system reliability and performance.
The 290GILF is a highly integrated clock generator and frequency synthesizer IC module, designed to deliver precise and stable clock signals for a wide range of electronic systems requiring synchronized timing architectures. This component belongs to the clock timing category and functions as a PLL-based frequency synthesizer, enabling it to generate multiple output frequencies from a single reference input through programmable divider and multiplier configurations. The device is engineered to support complex digital systems including telecommunications infrastructure, networking equipment, high-performance computing platforms, and industrial control systems where timing accuracy and signal integrity are paramount to overall system reliability and performance.
Regarding application domains, the 290GILF serves diverse market segments including enterprise networking equipment where it provides reference clocks for Ethernet switches and routers, telecommunications base stations requiring precise timing for signal processing, data center servers needing synchronized processor clocks, and industrial automation systems depending on accurate timing for control loop execution. The component's versatility extends to consumer electronics, automotive infotainment systems, and medical devices where reliable clock generation directly impacts product functionality and user experience. Its ability to generate multiple phase-aligned outputs from a single crystal reference simplifies system design while reducing component count and overall bill-of-materials costs.
