ECS-250-18-30B-AKM-TR

Crystals: ECS-250-18-30B-AKM-TR Application Field and Working Principle

Crystals are a type of electrical component that are widely used in the modern world. The ECS-250-18-30B-AKM-TR crystal is a precision quartz crystal oscillator that is designed and manufactured for reliable operation. This article will discuss the application field and working principle of this type of crystal.

The ECS-250-18-30B-AKM-TR crystal is used in a variety of applications, from telecommunications and computers to audio, timing, and sensing applications. This crystal oscillator offers a wide range of frequencies with varying packages, and is characterized by a low susceptibility to mechanical shock and vibration, as well as excellent frequency stability over a wide temperature range.

Crystals like ECS-250-18-30B-AKM-TR are idealse for use in precision timing applications. This crystal frequency is synthesized by an amplifier, phase-locked loop, or waveform generator circuit, which is then combined with an active load resistor to provide the desired output waveform. In this way, the combined crystal and active load provides an accurate, stable, and reproducible output waveform.

The ECS-250-18-30B-AKM-TR has an operating temperature range between -10°C to 70°C, with no load or standard load. Additionally, this crystal oscillator has a maximum operating temperature range of up to 100°C with reduced loading. This crystal also has excellent frequency stability over a wide temperature range, up to 10ppm/°C in certain cases.

The ECS-250-18-30B-AKM-TR crystal oscillator works by using the piezoelectric effect. This is where a material physically changes its shape when exposed to an electrical field, and vice versa. A quartz crystal is a crystalline material consisting of silicon and oxygen atoms whose structure is such that it vibrates when a voltage is applied. This vibration is then amplified to generate an oscillation at a precise frequency.

This is the basic working principle of the ECS-250-18-30B-AKM-TR crystal oscillator. The oscillation generated by this crystal is then used in a wide variety of applications, from data communication, audio, timing, and sensing. This crystal oscillator offers a wide range of frequencies with varying packages, and is highly reliable, making it ideal for use in precision timing applications.