SG-615P 12.0000MC0 Crystals, Oscillators, Resonators

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Oscillators

Oscillators are a type of electronic circuit that produces oscillation, or a repeating, predictable pattern. Oscillators are used to generate electrical signals for a variety of purposes, including generating sound or radio waves for communication, producing voltage or current waves for testing, and controlling motors and other devices. The SG-615P 12.0000MC0 oscillator is an example of one type of oscillator.

SG-615P 12.0000MC0 Application Field

The SG-615P 12.0000MC0 oscillator is a differential quartz crystal oscillator used for clock signal generation and frequency control. It provides high stability and accuracy in a fast startup and tune application. It is suitable for applications such as automotive, industrial, and telecommunications where precise frequency control is required. Thanks to its high cost-efficiency, it is ideal for applications in which a low-cost solution is desired over an expensive high-performance solution.

SG-615P 12.0000MC0 Working Principle

The working principle of the SG-615P 12.0000MC0 oscillator is based on the properties of a quartz crystal. Quartz crystals, when subject to an electrical field, will vibrate at a very precise frequency. This frequency is determined by the physical structure and size of the crystal. When used in oscillators, the quartz crystal is surrounded by a feedback system of capacitors and inductors, which amplify the frequency and produce a stable, precise output signal.

SG-615P 12.0000MC0 Circuit Configuration

The circuit configuration of the SG-615P 12.0000MC0 oscillator consists of a quartz crystal and active components, including transistors, amplifiers, and resistors. The quartz crystal is connected to two electrodes and forms the oscillator core. A feedback network is connected to the two electrodes, and consists of capacitors and inductors connected in parallel and series. A oscillator drive circuit is connected to the two electrodes in order to act as a capacitor, and is used to create the feedback loop to produce a precision output signal.

SG-615P 12.0000MC0 Temperature Stability

The SG-615P 12.0000MC0 oscillator is designed to be very temperature-stable, meaning it can maintain a stable output frequency even when the temperature changes. This ensures reliable operation of the device in a temperature range from -20°C to 80°C. The temperature stability of the oscillator is further enhanced by using a built-in temperature compensation circuit.

SG-615P 12.0000MC0 Frequency Range

The SG-615P 12.0000MC0 oscillator is a high-frequency device, and its frequency range range is from 8.0000MHz to 18.0000MHz, with 0.00001MHz resolution. It can supply either a square-wave or a sinusoidal-wave signal, depending on the application. The device is suitable for frequency control applications where precise frequency control is needed.

Conclusion

The SG-615P 12.0000MC0 oscillator is a high-performance quartz crystal oscillator designed for precision clock signal generation and frequency control. It provides an ideal solution for applications that require a low-cost and high-stability solution. Its frequency range of 8.0000 MHz to 18.0000 MHz, along with its superior temperature stability, make it an excellent choice for precision frequency control applications.

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