8N3DV85AC-0165CDI8

The term "8N3DV85AC-0165CDI8" appears to be a code or identifier rather than a widely recognized concept or product. Without additional context, it's challenging to provide a specific introduction. However, such codes often represent part numbers, serial numbers, or unique identifiers in various systems, typically used in manufacturing, technology, or logistics to track and manage inventory or products. To understand its significance, it's essential to identify the industry or context in which it is used. If this code is related to a specific product or system, consulting the relevant documentation or contacting the manufacturer or supplier can provide more detailed insights.

The 8N3DV85AC-0165CDI8 is a clock oscillator from Renesas. For equivalent products, consider similar clock oscillators from other manufacturers like Silicon Labs (Si54x series), Texas Instruments (LMK series), or Analog Devices (AD9578 series). It's crucial to match specifications like frequency range, output type, jitter, and package. Always consult datasheets to ensure compatibility.

The 8N3DV85AC-0165CDI8 is a precision clock oscillator typically used in telecommunications, networking, and data communication applications. It is part of the 8N3DV85 series, manufactured by Renesas Electronics.
- Pin Count: The device comes in a 6-pin package.
- Function: This oscillator provides a stable frequency output, which is crucial for timing applications in electronic systems. It typically offers a differential LVPECL output, which is ideal for high-speed and low-jitter clock applications. The device can be used to generate a precise clock signal necessary for synchronizing various components in a system, ensuring smooth data transfer and processing.
For detailed specifications regarding pin configuration and exact functionality, it's best to consult the datasheet provided by Renesas Electronics.

The 8N3DV85AC-0165CDI8 is a precise timing device often used in telecommunications, data centers, and network infrastructure for synchronization purposes. It is typically employed in applications requiring accurate timekeeping, such as GPS systems, broadcasting, and financial networks. Its high stability and low phase noise make it suitable for use in test and measurement equipment, radar systems, and wireless communications. Additionally, it may be used in industrial automation and control systems where precise timing is critical for operations.