SIT9121AC-2CF-25E114.285000T

Oscillators are components consisting of an active/passive circuit, traditionally used for generating, sustaining, and modulating electromagnetic and/or other signals. The SIT9121AC-2CF-25E114.285000T is a type of oscillator used in various applications.

The SIT9121AC-2CF-25E114.285000T oscillator is a 2.5Volt core voltage, which enables it to be operated over a wide temperature range. The output frequency range is from 1.466MHz to 58.2MHz, with a wide output frequency stability range of -30ppm to +20ppm. It features low power consumption of 70mA max and high-speed operation to 5MHz. It has an edge frequency stability of 20ppm.

The SIT9121AC-2CF-25E114.285000T oscillator is mainly used in applications requiring low power consumption, high frequency operation and high frequency stability. It is used in a wide range of products such as radio transmitters, receivers, base stations, mobile phones, laptop computers, digital cameras, and GPS systems. It is also used in automotive applications, including powertrain control, ABS, car navigation systems, and HVAC systems. In addition, the oscillator is used in regulated power supplies, voltage regulators, and frequency-controlled systems.

The SIT9121AC-2CF-25E114.285000T oscillator operates on an AC resonator or a quartz crystal. The working principle is based on the positive feedback loop. The AC resonator performs a frequency conversion, while the quartz crystal forms the basis of the oscillator feedback. An oscillation circuit amplifies the resonance frequency generated by the crystal to match the desired frequency. The oscillator then outputs a signal with a frequency that is a multiple of the crystal oscillation frequency. This frequency is timed by the oscillator, converted to the desired frequency and output as an electrical signal.

In conclusion, the SIT9121AC-2CF-25E114.285000T oscillator is a highly efficient component which can be used in a wide range of applications. It is suitable for applications requiring high frequency performance, low power consumption, and high frequency stability. The working principle based on AC resonator or quartz crystal technology enables the oscillator to generate a signal with a frequency that is a multiple of the crystal oscillation frequency.