SIT1602BC-82-25S-30.000000T

Oscillators

Oscillators are electrical circuits that generate electrical signals with a repetitive temporal waveform. They can be used in a variety of applications including frequency control, synchronization, ensuring steady operation of digital systems, and providing stable clock signals for frequency division.

The SIT1602BC-82-25S-30.000000T is an oscillator that is specifically designed for applications where higher precision and temperature stability is required. It is a quartz-crystal oscillator that features a low phase noise and offers accurate frequency control over a wide temperature range.

Application Field

The SIT1602BC-82-25S-30.000000T is mainly used for precision frequency control when accuracy and stability over wide temperature ranges is required. It is typically used in systems or instrumentation which need high accuracy and stability over extreme temperatures or long periods of time. Applications include radio communications, aerospace, and navigational systems.

Working Principle

The SIT1602BC-82-25S-30.000000T is based on quartz crystal technology. It uses a quartz crystal (or other piezoelectric material) to create an electrical signal with a very specific frequency. The crystal is driven at its resonant frequency by an external current which was created by the oscillator. When the external current is oscillated, the quartz crystal will begin to vibrate at its natural frequency.

The frequency of the electrical signal created by the SIT1602BC-82-25S-30.000000T is determined by the size and construction of the quartz crystal used in the oscillator. The frequency can be controlled by adjusting the external current to vary the oscillations of the crystal, allowing the accuracy and stability of the oscillator to be finely adjusted. This allows the SIT1602BC-82-25S-30.000000T to achieve higher precision and temperature stability than other oscillator types.

The SIT1602BC-82-25S-30.000000T is a reliable and reliable source of frequency control and provides precision performance over a wide temperature range. It is an ideal choice for applications where accuracy and stability over extreme temperatures or long periods of time is a must.