SG-531P 1.8432MC: PURE SN

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Oscillators are electronic components usually composed of a power source, an amplifier, an analog-to-digital converter, and a frequency generator. SG-531P 1.8432MC: PURE SN is an oscillator usually used in RF and microwave applications such as radar, communications, and high speed data transmission. This oscillator is renowned for its excellent performance and reliability.

The SG-531P oscillator has an excellent phase noise performance at 1.8432MC with center frequency range ± 30MHz. It features an ultra-low jitter performance with predictable modulation and high power stability. Additionally, this oscillator has precise frequency control under wide temperature changing. It has a wide input voltage ranging from 1.8V to 3.3V, and an input current ranging from 2mA to 5mA. The output current is 300mA peak with a typical ripple of 0.25dB across frequency range. Furthermore, this oscillator has extremely low aging characteristics, and a wide operating temperature range options from -40℃ to +125℃.

The working principle of the SG-531P oscillator is based on the injection current locking technique. The oscillator has an optoelectronic feedback loop to generate an output signal. It can lock the frequency of the oscillator to a reference signal by using a dedicated control loop. This control loop uses the frequency detection to change the output voltage of the oscillator. This will then be fed to the output voltage and a feedback is obtained from the output to the amplifier to control the injection current. This will in turn modulate the amplitude, frequency and phase characteristics of the output signal, which will keep the frequency of the oscillator stable.

The SG-531P oscillator is a very reliable and stable oscillator used for applications such as satellite communication, cell phone base station, Wi-Fi and radar field. It is ideal for high speed data transmission with ultra-low jitter performance. This oscillator is also reliable in temperature change circumstances as it can keep high and precision frequency control.

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