XG-1000CB 100.0000M-CB

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Oscillators can be used in many different applications, ranging from radio communication to electronic circuit design. The XG-1000CB 100.0000M-CB oscillator is a type of oscillator designed for very specific applications, such as wireless communication and frequency stabilization, where accuracy and stability are paramount. This article will discuss the application field and working principle of the XG-1000CB 100.0000M-CB oscillator.

The XG-1000CB 100.0000M-CB oscillator has been designed for applications such as digital cellular communication, wireless LANs, frequency hopping systems, and satellite communications. It is a frequency source with exceptionally low information-carrying noise, allowing it to be used for synchronization in a variety of applications. The XG-1000CB 100.0000M-CB oscillator also offers tight frequency control and very low jitter, which is essential for many communication applications. For instance, in a frequency-hopping system, the lower the jitter of the signal, the better the information transfer. In addition, the XG-1000CB 100.0000M-CB oscillator is designed to be able to withstand periods of shock and vibration, making it suitable for use in a variety of harsh environments.

The XG-1000CB 100.0000M-CB oscillator works on a purely electronic principle known as negative resistance. Negative resistance is a type of resistance that allows current to pass through it even when the voltage is kept constant. This is accomplished by adding a back bias voltage that changes the electrical resistance of the device, and by adding an external capacitance or inductance to the circuit. The external capacitor and inductor create an oscillating current that can be tuned to a specific frequency.

The XG-1000CB 100.0000M-CB oscillator uses the negative resistance circuit to generate a frequency source with exceptional accuracy and stability. This frequency source is then fed into a frequency synthesizer to create a signal with exactly the desired frequency. The frequency synthesizer uses a phase detector to compare the frequency of the frequency source to the desired frequency and then adjusts the frequency of the frequency source accordingly. The frequency synthesizer also includes a voltage-controlled oscillator (VCO) to ensure that the frequency of the frequency source stays constant over time. The result is a signal with an exceptionally stable frequency.

The XG-1000CB 100.0000M-CB oscillator is a highly specialized device that is designed to meet the exacting requirements of certain applications. It offers exceptional accuracy, stability, and vibration and shock resistance, making it a reliable and versatile choice for a variety of applications. Its electronic principle of negative resistance ensures accurate frequency and its frequency synthesizer allows it to achieve a wide range of frequencies. This makes the XG-1000CB 100.0000M-CB oscillator an excellent choice for applications requiring accurate and stable frequency sources.

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