8N3DV85FC-0118CDI8

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The 8N3DV85FC-0118CDI8 is a differential LVPECL clock oscillator from Renesas Electronics. To find equivalent products, consider similar LVPECL oscillators from other manufacturers like Silicon Labs (e.g., Si5xx series), Texas Instruments, or Analog Devices, ensuring they meet the same frequency, voltage, and temperature specifications. Always verify specific requirements such as jitter performance and package type to ensure compatibility with your application.

The 8N3DV85FC-0118CDI8 is an Ultra-Low Jitter FemtoClock NG Universal Frequency Translator from Renesas Electronics. This device comes in a 32-pin VFQFPN (Very Thin Quad Flat Pack, No Lead) package. It is designed to provide low-jitter clock signals and support various input reference frequencies, making it suitable for applications like communication systems, networking, and data centers.
Key functions include:
1. Frequency Translation: Converts input reference frequencies to a wide range of output frequencies.
2. Ultra-Low Jitter: Provides high-performance clock outputs with minimal signal distortion.
3. Universal Inputs: Supports various input types, including LVPECL, LVDS, and LVCMOS.
4. Multiple Outputs: Offers multiple differential outputs, typically used for driving high-speed data buses or other clock signals.
5. Programmability: Allows configurations and adjustments to meet specific application requirements.
This device is ideal for applications requiring precise and stable clock generation.

The 8N3DV85FC-0118CDI8 is a Precision Oven Controlled Crystal Oscillator (OCXO) typically used in applications requiring high stability and low phase noise. It is ideal for telecommunications equipment, GPS systems, frequency synthesizers, and test and measurement devices. Its precise frequency control makes it suitable for network timing and synchronization in cellular base stations, satellite communications, and broadcasting. Its high performance is also advantageous in scientific research, aerospace, and defense applications, where accurate timing and frequency references are critical.