SIT8009BC-31-18E-125.000000X

Oscillators

Oscillators are electronic components that generate oscillatory or repetitive signals. These signals can be periodic or aperiodic and can be used to produce specific combinations of frequencies for applications such as radio, radar, or sonar. Oscillators are important components in modern electronics because they help create reliable and consistent electric currents and are also used to create weak signals in low-voltage communication components.

The SIT8009BC-31-18E-125.000000X is an oscillator which is designed for use in precision timing circuits in both digital and analog applications. The oscillator has a frequency range of 0.975 kHz to 395 kHz and is highly stable, with a close tolerance of 1% or less. In terms of its physical features, the oscillator is packaged in a surface-mount case and is hermetically sealed to ensure long-term life and durability.

Application Field

The SIT8009BC-31-18E-125.000000X can be used for a variety of applications, including:

• Automotive applications that require precise timing circuits, such as vehicle security systems and anti-theft systems.
• Industrial instruments and process controls that require precision timing.
• Medical and military applications where precise timing is required for reliable performance.
• Telecom devices that require reliable precision timing.
• Audio and video systems where digital or analog devices need accurate timing.

Working Principle

The SIT8009BC-31-18E-125.000000X oscillator works by generating an output signal with a fixed frequency. In other words, it creates a continuous oscillating signal at a given frequency. The frequency output is determined by the values of the passive components in the oscillator such as resistors, capacitors, inductors, and transistors. The frequency output is also affected by environmental conditions such as temperature, humidity, and air pressure.

The SIT8009BC-31-18E-125.000000X is designed to achieve high accuracy timing performances. It does this by driving the input voltage within a certain range and also by setting the gain of the amplifier to the right level. The oscillator is also designed to provide very little or no jitter in the output signal. This ensures accurate output signals that can be used for a range of precision timing applications.