ASDMPC-14.7456MHZ-LR-T3

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Oscillators are important devices used in many applications that require periodic signals for accurate operation. For example, quartz crystal oscillators are used to generate clocks, amplifiers, and control circuits, among other applications. The ASDMPC-14.7456MHZ-LR-T3 is a quartz crystal oscillator, specifically designed to provide high stability for long-term use in mission-critical applications. This article will discuss the application fields and working principles of ASDMPC-14.7456MHZ-LR-T3.

The ASDMPC-14.7456MHZ-LR-T3 oscillator is a high stability oscillator offering a frequency tolerance of ±30ppm and extremely low phase noise of -130dBc/Hz at 1kHz offset. This oscillator can be used in a variety of applications, including communications, military, and medical electronics, navigation, radar, and scientific research. The oscillator is also suitable for applications such as instrumentation and control systems, modulation and demodulation, Microwave Frequency synthesis, and telecom circuits.

In many high performance applications, the ASDMPC-14.7456MHZ-LR-T3 oscillator is ideal because of its high stability and low jitter capabilities. Jitter is the short-term instability of a frequency signal and can affect the accuracy of the signal. Having a low jitter signal is critical for applications such as telecommunications and medical electronics, as well as for operation in extreme temperature and pressure conditions. The oscillator is also ideal for applications requiring fast start up and/or long hold times, such as radio equipment and remote control systems.

The working principle of ASDMPC-14.7456MHZ-LR-T3 oscillator is based on the piezoelectric effect. Piezoelectricity is the electric charge generated when a crystal material is mechanically stressed by an applied force. The ASDMPC-14.7456MHZ-LR-T3 uses a quartz crystal tuned to a specific frequency to generate a sinusoidal voltage. When the applied force is released, the crystal vibrates at its resonant frequency and generates a sinusoidal voltage. This voltage is then amplified using an amplifier to generate the oscillation output.

In addition, ASDMPC-14.7456MHZ-LR-T3 oscillator has excellent temperature characteristics, making it suitable for use in extreme temperature range applications. The oscillator is capable of withstanding -55°C to 125°C of temperature variation without any performance degradation and provides exceptional stability over a wide temperature range. This makes it an ideal choice for use in military and aerospace applications.

To ensure optimum performance of the ASDMPC-14.7456MHZ-LR-T3 oscillator, it is important to pay attention to its electrical and mechanical parameters. The oscillator should be operated within the range of supply voltage between 5V to 10V with a maximum loading capacity of 500mA. It should also be operated with the appropriate case temperature range of -40°C to +85°C. Mechanical shock limits should also be taken into consideration to avoid failures due to mechanical stress.

In conclusion, the ASDMPC-14.7456MHZ-LR-T3 quartz crystal oscillator is an ideal choice for applications that require high stability and low-noise signals. The oscillator offers high accuracy and is suitable for use in extreme temperature and pressure conditions. By understanding its application field and working principle, designers and engineers can make better decisions when it comes to selecting the right oscillator for their mission-critical applications.

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