SIT1602BC-82-18N-77.760000T

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Oscillators are electrical or electronic devices that produce a regular repetitive electronic signal. They are used in many everyday products, including radio receivers, broadcasting transmitters, digital clocks and consumer electronic gadgets.

The SIT1602BC-82-18N-77.760000T oscillator is a popular choice for synchronous applications, where accurate timing is essential. It is a specialized form of quartz oscillator, which is a type of piezoelectric oscillator. This device is designed to generate an output frequency equivalent to a reference frequency of 77.760000T, which is usually supplied by a crystal in a sealed container.

The SIT1602BC-82-18N-77.760000T oscillator uses a quartz element as the active element, which is embedded in a sealed cavity filled with water. The quartz is a naturally occurring form of silicon dioxide which vibrates at specific frequencies when exposed to an alternating electric field. This vibration creates an electric current in the quartz which is used to generate the output signal.

The SIT1602BC-82-18N-77.760000T oscillator is designed to be highly accurate and reliable. The quartz element is housed in a hermetically sealed enclosure to protect it from environmental conditions. The unit is configured with precision components to ensure a high degree of accuracy. The output frequency is temperature compensated to prevent any shifts in frequency due to temperature variations.

The SIT1602BC-82-18N-77.760000T oscillator is used in a wide range of synchronous applications such as television receivers, satellite communications systems, radar systems, and radio communication systems. This device can also be used to generate the precise signal needed to accurately control synthesizers, motor speed controllers, and electronic medical equipment.

Overall, the SIT1602BC-82-18N-77.760000T offers a reliable and accurate solution for synchronous applications. With its hermetically sealed enclosure, precision components, and temperature compensation, this oscillator is designed to maintain a high degree of accuracy over extended periods of time.

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