ECS-160-20-4X

ECS-160-20-4X is a precision crystal oscillator that is widely used for a variety of technology applications. The oscillator consists of a piezo-electric crystal, an amplifier, a power source and a filter. The oscillator produces a steady frequency signal that can be used for a variety of purposes such as modulators, local oscillators, and syntonizers. This article will illustrate the application field of ECS-160-20-4X and its working principle.

Application Fields of ECS-160-20-4X

The ECS-160-20-4X crystal oscillator is ideal for applications requiring very high frequency stability and accuracy. It is typically used in audio, video, and mobile communication systems for frequency control, as well as in synthesisers, telecommunications systems, and pulse/delay generators. It can also be used for radio frequency and infrared remote control receivers. The main purpose of using an oscillator is to provide an accurate reference frequency with minimal jitter or phase noise.

The ECS-160-20-4X crystal oscillator is suitable for use in a variety of applications due to its impressive noise reduction, frequency accuracy, and low frequency drift. It is also very power efficient and stable in temperature, making it ideal for use in a variety of environmental conditions. Specifically, its wide range of operating temperature, low power consumption, and fast rise times make it suitable for use in products that require high-speed, digital signal processing applications, such as test equipment, radar, WiFi and cellular networks.

The ECS-160-20-4X is also a great choice for applications that require high-precision frequency control. This includes high-end medical equipment, instrumentation, and radio frequency applications. In addition, its high frequency accuracy and low jitter make it suitable for use in audio, video, and telecommunication systems.

Working Principle of ECS-160-20-4X

The ECS-160-20-4X crystal oscillator works by converting electrical energy into mechanical wave energy. The electrical energy is supplied via a power source, such as a battery or DC power supply. The piezo-electric crystal is the key component of the ECS-160-20-4X and acts like a resonator, transferring energy in the form of a mechanical wave. The energy is then amplified and filtered to produce an accurate and steady frequency signal.

The crystal resonator of the ECS-160-20-4X operates by creating a standing wave in the material’s lattice structure, which vibrates at a specific resonant frequency. This frequency is determined by the properties of the crystal, such as its shape and size. The ECS-160-20-4X also features an amplifier and filter circuit, which is used to reduce any unwanted frequencies or noise that could interfere with the accuracy of the oscillator’s output frequency.

The ECS-160-20-4X crystal oscillator is designed to provide excellent accuracy and stability in the range from 10 MHz to 160MHz. It has an adjustable frequency range of up to ±20ppm, meaning that its output frequency is maintained within a range of ±20 parts per million (ppm). The ECS-160-20-4X also has an operating temperature range of -40 to +85°C, making it ideal for a wide variety of applications.

Conclusion

The ECS-160-20-4X crystal oscillator is capable of achieving very high frequency accuracy and stability while maintaining low power consumption and fast rise times. Its wide range of operating temperatures and low price make it an ideal choice for a variety of applications. By understanding the application field and working principle of the ECS-160-20-4X, engineers can design systems that are accurate, stable and cost-effective.