SIT9001AC-24-33S1-25.00000X

Oscillators: SIT9001AC-24-33S1-25.00000X

Oscillators are used in a vast array of applications from wireless communications to medical instrumentation. An oscillator is an electronic circuit that produces a continuous, repetitive waveform known as the output signal. This output signal is used as a reference frequency in a circuit, as a clock signal for synchronizing multiple circuits, or as a signal for generating other waveforms. Oscillators come in different forms and sizes, and the SIT9001AC-24-33S1-25.00000X is a high-precision oscillator that meets the specifications of many modern applications.

Application Field

The SIT9001AC-24-33S1-25.00000X is a versatile oscillator that is designed for use in RF and microwave applications. It is capable of producing an output signal with frequency stability of +/- 0.005 ppm and offers a wide range of operating temperature range from -40°C to +85°C. The oscillator operates at a nominal frequency of 25MHz and provides high precision accuracy and reliable performance. It is ideally suited for applications such as digital radio systems, wireless communications, navigation systems, medical imaging, and other high-precision analog and digital applications. In addition, the oscillator can be used in distributed and multiplexed systems, including frequency-agile or vehicle-mounted transceivers, frequency-agile modems, and distributed wireless control systems.

Working Principle

The SIT9001AC-24-33S1-25.00000X oscillator utilizes a quartz crystal as its main frequency-stabilizing element. This quartz crystal acts as a resonator that provides reliable frequency stability and accuracy. The oscillator circuit is designed to provide an output signal with an identical frequency to the frequency of the quartz crystal. The frequency of the quartz crystal is determined by the thickness and shape of the quartz and the type of electrodes used to attach it to the oscillator circuit. This accuracy is maintained even in the presence of varying temperatures, power supply voltages, and other environmental conditions.

When operating, the oscillator circuit drives a current through the quartz crystal. This current causes the quartz crystal to vibrate at its resonant frequency. The amount of vibration of the quartz crystal is known as its Q-factor. The higher the Q-factor, the higher the frequency stability and accuracy of the oscillator. In addition, the oscillator utilizes a series of capacitors and resistors to form a filter network that adjusts the resonance frequency to the desired frequency.

The SIT9001AC-24-33S1-25.00000X oscillator is a reliable and accurate source of frequency and it is a great choice for many modern applications. With its high temperature stability and affordability, it is suitable for a wide range of applications, including wireless communication, medical imaging, and digital radio systems. With its precision and stability, the oscillator offers reliable and precise performance in all conditions.