ECX-H32CM-14.7456

ECX-H32CM-14.7456 oscillators are a type of frequency-control components used to generate a single sine wave output with precise frequency and frequency stability characteristics over a wide operating temperature range. This type is designed to provide accurate frequency and stability control and as such it has a wide range of applications.

ECX-H32CM-14.7456 oscillators can be found in a variety of devices, including consumer electronics, biomedical instruments, industrial equipment and automotive electronics. The oscillators are versatile and reliable, making them well-suited for use in mission critical applications. They are typically used in systems that require precision timing or frequency control, such as base stations, robotics, aviation systems and medical devices.

The working principle of ECX-H32CM-14.7456 oscillators is based on an active LC circuit. The circuit includes a coil, two capacitors, and an amplifier and is designed to generate a single sine wave output. The output of the circuit is controlled by varying the capacitance of the capacitors, which in turn changes the resonant frequency of the oscillator circuit. This allows for precise frequency control and stability over a wide operating temperature range.

ECX-H32CM-14.7456 oscillators also offer improved accuracy over traditional oscillators with better precision. Typically, the frequency accuracy of the oscillators is within ±2 ppm of the nominal value. This makes them very attractive options for applications that require precise frequency control and stability. Additionally, the frequency stability is typically improved over analog oscillators due to the absence of drift.

ECX-H32CM-14.7456 oscillators are designed for use in a wide range of applications, including consumer electronics, precision timekeeping, and mission critical applications. The oscillators provide precise, stable frequency control and improved accuracy over traditional oscillators with excellent reliability and long term performance.