SG-310SCN 50.0000MM

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Oscillators - SG-310SCN 50.0000MM

Oscillators are a type of electronic device destined to produce an electrical signal characterised by certain waveform parameters, periodic like a sine, square, triangle or other waveforms. Oscillators are based on the principle of positive feedback, in which accepted trips to the output cause a change in the state of a portion of the circuit, and the output is then fed back to the input. As a result, the oscillators are interconnected in a closed loop, and the output signal has the same waveform shape as the input signal.

SG-310SCN 50.0000MM is one of the most accurate and reliable of its kind. It is a quartz crystal oscillator based on tuning fork technology, meaning it can produce precise frequencies up to 10MHz. It is composed of a quartz crystal and a pair of oscillation transistors, the former used to generate and regulate the frequency, and the latter used to amplify the signal. The oscillator can be used in a range of applications, including computing, data acquisition, and other signal-processing systems.

The lower the frequency, the easier it is to stabilize and modify it. Therefore, SG-310SCN 50.0000MM is usually applied in low-frequency applications, such as frequency synthesis, clock generation, etc. Its frequency can be adjusted between 10KHz to 10MHz and the temperature range of operation is between -40°C and 125°C. It also comes with excellent jitter performance, ensuring higher reliability in ensuring stable and predictable outputs.

In terms of its working principle, SG-310SCN 50.0000MM oscillator is based on a quartz-based tuning fork, which presents a vibratory element mounted on a frame. The tuning fork works as the resonator and it is composed of the parallel-tuned fill and the quartz crystal. The quartz crystal is composed of two plates of quartz, which work together creating a strong stable frequency.

When an electrical signal of the correct frequency is applied to the oscillator circuit, it becomes resonant, which means the circuit will provide enough energy to maintain oscillations with no additional input. The frequency of the oscillator is determined by the frequency of the quartz crystal, which in the case of the SG-310SCN 50.0000MM oscillator can range between 10KHz and 10MHz. As the frequency changes, it will slightly modulate the amplitude of the signal and affect its stability.

SG-310SCN 50.0000MM oscillator is, therefore, a reliable component for low-frequency applications, such as clock generation and frequency synthesis. Being composed of a quartz crystal and two oscillation transistors, it can deliver precise and stable signals with excellent jitter performance. This oscillator is suitable for applications that require extreme accuracy and low power consumption, such as data acquisition and computing.

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