ECS-163.84-10-36-JGN-TR

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A crystal, also referred to as a crystal oscillator, is an electronic component used to generate a fixed frequency signal. The ECS-163.84-10-36-JGN-TR is a specially designed crystal typically used in timing applications where absolute accuracy, stability and reliability are of utmost importance.

In essence, the ECS-163.84-10-36-JGN-TR is a type of quartz crystal oscillator designed to produce a constant frequency of 163.84 MHz and an overall tolerance of 10 ppm over the temperature range of -40 to +85 C. Additionally, it features a load capacitance of 36 pF, extended shock and vibration rating of 1.5 g, four-pole ceramic resonator and a JEDEC ceramic package.

The working principle of a crystal oscillator is fairly simple. Quartz crystals have the unique property of displaying a frequency-temperature coefficient. This means that when a voltage with an external frequency is applied to a quartz crystal, the crystal vibrates at the same frequency, which is known as the resonant frequency or ‘natural’ frequency. This same voltage will cause the crystal to vibrate at a different frequency depending on the temperature of the crystal, leading to temperature stability problems over the required temperature range.

The ECS-163.84-10-36-JGN-TR crystal is designed to be highly temperature-stable, allowing it to be used in a wide variety of automatic and timing circuits. It is commonly used in mobile phones, laptops, tablets, modems, and other consumer electronics. It can also be used as a reference clock in fiberoptic systems, industrial control, and metering and data logging applications.

The ECS-163.84-10-36-JGN-TR crystal oscillator is made from a special type of quartz crystal called a “tuning fork” crystal. This type of crystal is cut in the shape of a tuning fork and can be driven with a high frequency voltage from an external oscillator circuit. A quartz crystal vibrating at its mechanical resonant frequency will produce an electrical signal with a frequency that matches that of the mechanical resonance.

The ECS-163.84-10-36-JGN-TR crystal also features two different capacitors which are designed to suppress the overshoot generated by the crystal. This helps in providing a stable frequency output. The four-pole ceramic resonator is also used to further reduce the generation of noise and interference, which can be a major issue when operating the crystal in an environment with lots of electrical noise.

The high performance of the ECS-163.84-10-36-JGN-TR crystal makes it one of the most reliable and accurate timing solutions available. Its small size and low power requirements make it ideal for a wide range of applications. Thanks to its stability over temperature and its wide frequency range, it is a popular choice for communication, measurement and automation applications.

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