9B-36.000MEEJ-B

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Crystals are used for timing and frequency control in a variety of communication applications, either in the form of a crystal oscillator-based oscillator circuit, or as part of a more complex circuitry. The 9B-36.000MEEJ-B crystal is a popular choice in applications requiring frequency accuracy and stability as it is designed to have exceptional characteristics.

The 9B-36.000MEEJ-B crystal is typically used in a wide range of communication applications that require robust performance, with typical operations extending from baseband to L band frequencies (up to 3120 MHz). This crystal has excellent temperature stability, providing frequency drift of less than one part per billion per degree Celsius (0.1 ppm) making it particularly attractive for a wide range of applications. The 9B-36.000MEEJ-B is also relatively immune to environmental conditions and can operate from -55°C to 125°C, making it an ideal choice for many applications including wireless systems, receivers and transmitters.

The 9B-36.000MEEJ-B crystal operates by building a resonator circuit that is composed of the crystal, two capacitors and two resistors, which form a complete oscillator circuit. The crystal generates a stable frequency signal that is fed through the two capacitors and two resistors which act as an amplifier to boost the signal. This amplified signal is then output from the crystal as a stable and accurate frequency signal.

The 9B-36.000MEEJ-B crystal also has dedicated ECL and SCL logic outputs, making it suitable for a wide range of communication applications that require higher frequency accuracy and stability. The ECL and SCL outputs are ideal for synchronizing data rate and clock signals between devices, and can be used in applications such as high speed data, time division multiplexing, digital broadcasting and digital signal processing.

In summary, the 9B-36.000MEEJ-B crystal is an ideal choice for a range of communication applications where frequency accuracy and stability are required. The crystal has excellent temperature stability, providing frequency drift of less than one part per billion per degree Celsius, and has dedicated ECL and SCL logic outputs which make it suitable for a range of communication applications. The crystal also operates by building a resonator circuit composed of a crystal, two capacitors and two resistors, which form a complete oscillator circuit and generates a stable frequency signal.

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