DSC1123BI2-156.2500

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DSC1123BI2-156.2500 is one of the oscillators available on the market. Its purpose is to generate an alternating electric signal of constant frequency and voltage. This oscillator is most commonly used in the field of radio communication, for example in radio transmitters and shortwave radio receivers.

The working principle of an oscillator is based on the idea that an alternating current, or AC, will flow from one point to another as long as the voltage is kept constant. This alternating current is created by a circuit, and the frequency of the current is determined by the components of the circuit itself. Usually, an oscillator will include a transducer, which is a device that converts electrical energy to mechanical energy, and a capacitor, which stores charge and releases it periodically.

The DSC1123BI2-156.2500 oscillator utilizes this basic principle to create an alternating current with a constant frequency and voltage. The oscillator has a frequency of 156.2500 kHz, which is the frequency used in most radio communication systems. It also features a five-pin SMA-type RF connector, making it easy to integrate into existing systems. This oscillator is also highly accurate, with a tolerance of 0.2%, better than most comparable oscillators on the market.

The DSC1123BI2-156.2500 oscillator is also highly reliable, making it suitable for use in various applications. It is suitable for use in radio communication and signal processing systems, audio systems, GPS navigation systems, cellular phone communications, military systems, and industrial process control systems. Additionally, this oscillator can be used for computer peripheral manufacturing and digital instrumentation. Furthermore, it can also be used in radar systems, as well as in ground and air vehicle tracking systems.

In summary, the DSC1123BI2-156.2500 oscillator is an excellent choice for those who require an oscillator that is reliable, accurate, and capable of functioning in a range of conditions. Its frequency of 156.2500 kHz makes it ideal for radio communications and other applications. Additionally, it features a five-pin SMA-type RF connector, making it highly compatible with existing systems. Furthermore, its tolerance of 0.2% makes it an excellent choice for a variety of different applications.

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