9C25020012

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 9C25020012 is a type of crystal oscillator which is utilized in precision signal generation. It is a highly accurate vibration device used for generating frequencies and to maintain synchronization between signal sources and receivers. This type of oscillator is particularly used for frequency and time signal generation in Hi-tech sensing and Measurement systems.

The 9C25020012 consists of a quartz crystal element which is encapsulated in a sealed ferrite housing. This quartz element is connected to two electrodes and acts as an electromechanical resonator which generates a signal when an alternating electrical current is supplied to it. This signal is then amplified, converted and put out as a frequency in the form of an electrical signal by the oscillator.

The 9C25020012 is capable of providing high stability and reliability even with short-term thermal and circuit loading variations. Additionally, the oscillator features excellent temperature-compensated performance and features low phase noise. These features make the 9C25020012 suitable for use in Airborne and Aerospace applications.

The main application for 9C25020012 oscillators is in the Aerospace industry, where their accuracy and stability is crucial for navigation, positioning, and communication systems. The oscillator is also used for high-precision signal generation in navigation systems, SATCOM receivers, inertial navigation systems, and ground monitoring systems. Furthermore, the device is used in testing, measurement and instrumentation systems, data acquisition systems, and reliable communications systems.

In addition to its high stability and reliability, the 9C25020012 also offers the advantage of being compatible with a broad range of high-performance oscillator circuitry. The device uses a phase-locked loop (PLL) circuit to maintain its high-precision frequency. The circuit design of the 9C25020012 allows it to operate in various temperature ranges, as it has specialized temperature compensation circuitry which ensures that the output frequency remains consistent over wide temperature ranges.

The working principle of the oscillator involves the generation of a precise frequency signal. As the name suggests, the 9C25020012 oscillator is based on a quartz crystal element which is encapsulated in a sealed ferrite housing. The crystal vibrates when an alternating electric current is passed through it, thereby creating a precise signal.

The signal created by the crystal is then amplified by the oscillator circuitry and output as an electrical signal of a precise frequency. The oscillator is then able to maintain this frequency for a longer time period with the help of a phase-locked loop (PLL) circuit or a temperature-compensated crystal oscillator (TCXO).

The 9C25020012 oscillator is a precision signal generator which is used in various aerospace and monitoring applications. The device has a quartz element which serves as an electromechanical resonator and a phase-locked loop (PLL) circuit which helps maintain its frequency accuracy over wide temperature ranges. It is a highly accurate and stable vibration device which is capable of generating signals with high precision and reliability.

The specific data is subject to PDF, and the above content is for reference