SIT9120AI-1CF-25E100.000000X

Oscillators are electronic components that generate periodic or near-periodic signals. Due to their properties, oscillators are used in many applications, such as motor control systems, clocks, timers, microphones, and radio transmitters and receivers. SIT9120AI-1CF-25E100.000000X is an oscillator used in automotive applications.

Application Field

The SIT9120AI-1CF-25E100.000000X is an application-specific oscillator designed to be used in automotive applications. This oscillator has excellent temperature stability and accuracy, making it ideal for automotive ICs and motor controllers. It operates from 1MHz to 25MHz and has a max frequency stability of ±50ppm over an operating temperature range of -20℃ ~ +85℃. In addition, the SIT9120AI-1CF-25E100.000000X can operate on both 3.3V and 5V power supply, making it well suited to automotive applications. It is also a low-cost and small size option which makes it a popular choice for automotive applications.

Working Principle

The SIT9120AI-1CF-25E100.000000X is an oscillator used in automotive applications, which is how it is able to achieve its excellent temperature stability and accuracy. This oscillator uses a quartz crystal in its oscillator circuit, which is cut to a specific shape and at a precise frequency. As the crystal vibrates at its resonant frequency, an alternating current is produced, causing the oscillator circuit to generate a periodic or near-periodic signal. The amplitude and frequency of the signal can be tuned to the needs of the application by adjusting the values of different components in the oscillator circuit.

The SIT9120AI-1CF-25E100.000000X is a reliable and cost-effective oscillator used in automotive applications. It has excellent temperature stability and accuracy, operates from 1MHz to 25MHz, and has a max frequency stability of ±50ppm over an operating temperature range of -20℃ ~ +85℃. The oscillator is also designed to operate on both 3.3V and 5V power supply, making it an ideal choice for automotive applications.