ECS-320-10-36-JGN-TR

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Crystals have always been used for the production of high quality electronic devices. The ECS-320-10-36-JGN-TR, or otherwise known as a “Ceramic Crystal,” is a large precision crystal oscillator for a variety of applications such as radio communications and digital radio instruments. It is capable of producing a frequency range from 2 kHz to 18 MHz over a temperature range from -10ºC to +30ºC.

The ECS-320-10-36-JGN-TR is a very high quality, stable, low-jitter oscillator, specifically designed for the rigorous demands of the telecommunications industry. The device is designed to work in an environment of high-shock and vibration, while also maintaining a very high level of frequency accuracy over a range of temperatures. The combination of these properties makes it ideal for use in telecommunications applications such as telemetry, navigation, and cellular networks.

The ceramic crystal construction of the ECS-320-10-36-JGN-TR is ideal for applications that require precision frequency stability and extremely low levels of noise. The device is constructed of an alumina-ceramic substrate, which ensures that it is both mechanically and thermally stable, and provides a low bouncing mount for the crystal. It is also designed to have an extremely low impedance, providing an extremely low output power level of less than 6dBm.

The working principle of the ECS-320-10-36-JGN-TR is based on a simple concept. It is composed of three main parts: the substrate, the piezoelectric crystal, and the resonator. The substrate is the base of the device, which is the transmitting medium for the crystal and resonator. The piezoelectric crystal is the active element of the device, and works by converting electrical energy into mechanical energy, vibrating at its particular resonant frequency when excited by an electrical signal. The resonator is the topmost layer of the device, and acts to shape the mechanical impulses of the crystal into a uniform output. When a voltage of the same frequency is applied to the crystal, it vibrates at its fundamental frequency and produces an output.

In addition to the ECS-320-10-36-JGN-TR, there are many other ceramic crystal devices that are available. These devices can be used in similar applications, such as radio transmitters, digital radio instruments, and RF communication amplifiers. Many of these devices also offer extremely high precision and stability, and are widely used in the telecommunications and military industries.

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