531KB50M0000DG

The 531KB50M0000DG Oscillator is a high-performance, high-reliability monolithic crystal oscillator. It is designed to provide frequency-stable operation in harsh environments. The oscillator can be used in a variety of demanding military, industrial, and commercial applications, from environmental sensing to waveform generation.

The oscillator achieves its excellent performance and robust operation by combining a number of advanced technologies. Its core is a temperature-compensated, low-jitter quartz crystal resonator. The resonator is surrounded by a custom-made, metal-ceramic package that minimizes noise and improves thermal-mechanical stability. It features high precision frequency control, low phase noise, low jitter, and low aging rate. The device also offers a wide tuning range for various applications.

The 531KB50M0000DG Oscillator operates by converting an electric signal into a periodic waveform of a given frequency. It does this using a quartz crystal resonator whose frequency is determined by the crystal’s electrical and mechanical properties. The resonator is connected to an electronic oscillator circuit that generates an alternating current (AC) waveform, which is fed back to the resonator at its resonance frequency to sustain the oscillation. The combination of the resonator and the electronic oscillator circuit creates a continuous, repetitive output waveform. The frequency of the output signal can then be fine-tuned by adjusting the capacitors in the oscillator circuit.

The 531KB50M0000DG Oscillator has a wide range of applications, from telecommunications to aerospace to automotive. Telecommunications systems use it to generate signals, maintain synchronization, and regulate cell frequencies. Aerospace and military systems need highly accurate and stable clocks to accurately measure time and distance. Automotive systems use oscillators as timing, engine control, and ignition control devices.

The 531KB50M0000DG Oscillator is an ideal choice for applications requiring low phase noise, low jitter, and frequency stability. Its outstanding performance and reliability make it a suitable choice for a variety of mission-critical applications. Its wide tuning range, low power consumption, and advanced noise cancellation technologies make it an attractive option for customers seeking a reliable and cost-effective solution.