SIT1602BC-72-18N-33.333000G

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Oscillators are key components in many electronic applications and serve various purposes. In the field of wireless communication, oscillators are often used to add frequency stability and quality performance to a circuit design. One type of oscillator is the SIT1602BC-72-18N-33.333000G, which is a highly stable, temperature-compensated CMOS oscillator.

The SIT1602BC-72-18N-33.333000G oscillator application field is mainly in frequency controlled circuits and wireless communication systems. Its main function is to provide clock signals and timing pulses for various circuits in the application. It can also be used in frequency generation for communication links, frequency synthesis radar systems, signal responders, satellite tracking systems, land navigation systems, and other electronic systems.

In terms of its working principle, the SIT1602BC-72-18N-33.333000G oscillator is designed with a specific frequency output. When a voltage is applied to the circuit, it will rotate internally and generate an alternating output voltage at the specified frequency. This oscillating voltage is amplified and fed back to the input of the oscillator for phase adjustment. The output voltage is then integrated to form a timed signal.

The SIT1602BC-72-18N-33.333000G is a temperature controlled oscillator that uses a temperature sensor to detect environmental temperature changes and modify the output frequency accordingly. This is done by adjusting the supply voltage and modifying the internal components in order to maintain a stable output frequency. This temperature compensation is effective to ensure high accuracy.

Additionally, the SIT1602BC-72-18N-33.333000G features a low power consumption and a wide frequency range of up to 500MHz. It is also very small and lightweight, making it suitable for use in miniaturized devices. Furthermore, it has excellent shock and vibration resistance for high performance in harsh environments.

In conclusion, the SIT1602BC-72-18N-33.333000G is an oscillator designed with temperature control, low power consumption, wide frequency range, small size and weight, and outstanding shock and vibration resistance. It is suitable for use in a range of applications such as frequency controlled circuits, communication links, frequency synthesis radar systems, signal responders, satellite tracking systems, land navigation systems, and other electronic systems.

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