ECX-L22CM-125.000

ECX-L22CM-125.000 is an oscillator, one type of circuits that produce periodic signals. This particular oscillator is a low-noise and high-stability eight-pin miniature type, a hermetically sealed crystal oscillator manufactured at 125.000 MHz.

Oscillators are most commonly used in communication systems, such as modems, wi-fi routers, and cell phones, though they can be used in a variety of devices and applications requiring an oscillating signal. ECX-L22CM-125.000 is designed for applications where low noise and high stability are both important, such as mobile and wireless base station communication systems, satellite communication systems, and military and aerospace applications.

The basic working principle of the oscillator is the same regardless of the type or model. Oscillators work by converting electrical energy into mechanical energy. This is done by using a quartz crystal, often referred to as a resonator, and an amplifier. The quartz crystal acts as the frequency-determining device, and the amplifier allows the resonator to oscillate. The amplifier amplifies the oscillations from the quartz crystal and produces an oscillating signal of the desired frequency.

In the case of the ECX-L22CM-125.000, the oscillator is designed to offer low noise and high stability in order to meet the stringent requirements of the previously mentioned applications. This is achieved by using high-precision quartz crystals and employing an optimized combination of temperature compensation, temperature compensation, and power supply voltage. The oscillator is housed in a miniature type hermetic sealed package and is rated for extended temperature range from -20℃ to +85℃. This makes it suitable for a variety of applications, including those in which vibration and other environmental conditions can have an effect on the circuit.

Overall, the ECX-L22CM-125.000 is an ideal choice for applications requiring a low noise and high stability oscillator. The hermetically sealed, miniature type package provides robust performance in tough environments, making it suitable for a variety of applications. The combination of temperature compensation, temperature compensation, and power supply voltage optimization provides excellent noise and stability performance, making it ideal for mobile and wireless base station communication systems, satellite communication systems, and military and aerospace applications.