Kenwood MultiPro Express Food Processor 1000 Watts 3 Liters, White - FDP65.750WH

Key Specifications and Features

• Frequency: 65.750 MHz

  • This is a very specific frequency, often used as a reference clock for:

    • Video and Display Interfaces: Such as VGA, where 65.750 MHz is a common pixel clock frequency.

    • Digital Signal Processors (DSPs)

    • Network Switches and Routers

    • High-Speed Data Converters (ADCs/DACs)

• Frequency Tolerance: Typically ±10 ppm (parts per million) or better. This means the actual frequency will be within 65.74934 MHz to 65.75066 MHz at room temperature (usually 25°C), indicating very high stability.

• Frequency Stability: Usually ±20 ppm or ±30 ppm over the entire operating temperature range. This defines how much the frequency can drift due to temperature changes.

• Load Capacitance: Commonly 10 pF, 12 pF, or 18 pF. This is a critical parameter. The oscillator circuit must be designed to match this load capacitance for the crystal to oscillate at the exact specified frequency.

  • You must confirm this value from the manufacturer's datasheet for your specific lot.

• Operating Temperature Range: Standard range is often -20°C to +70°C or -40°C to +85°C. This defines the environmental conditions under which the crystal will meet all its specifications.

• Package / Holder: Ceramic SMD package, most likely a common size like SMD3225 (3.2mm x 2.5mm) or SMD5032 (5.0mm x 3.2mm). The ceramic construction provides better performance and stability compared to plastic packages.

• Drive Level: Typically around 100 µW (max). This is the amount of power the crystal dissipates during operation. Exceeding this can lead to frequency drift or damage.

• Aging: Usually specified as ±3 ppm per year or ±5 ppm per year. This is the long-term frequency drift due to internal changes in the crystal.

Typical Applications

This crystal is used as a timing heartbeat in devices requiring a precise 65.750 MHz clock signal:

• Computer graphics cards and video output circuits

• Professional and broadcast video equipment

• High-speed network interface cards (NICs)

• Telecommunications infrastructure

• Test and measurement equipment

Important Note on Usage

A crystal unit is a passive component and requires an oscillator circuit to function. This circuit is often built into the main IC (e.g., a microcontroller, FPGA, or dedicated clock generator). The design of this circuit (especially the load capacitors) must match the crystal's specified load capacitance to ensure accurate frequency operation.

How to Find Absolute Certainty

The information above is based on industry standards for a part with this designation. For exact specifications, you must consult the official datasheet from the manufacturer (e.g., NDK, ECS, TXC, or other crystal vendors). The full part number might have additional suffixes that specify temperature range or stability tolerance more precisely