SIT1602BC-13-33S-37.500000E

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Oscillators based on crystal resonators are widely used for generation of precise sinusoidal signals in the frequency range from tens of kilohertz to several tens of megahertz. It is particularly important in radio communication systems. The SIT1602BC-13-33S-37.500000E crystal oscillator uses a quartz crystal resonator in conjunction with an amplifier and frequency divider in an integrated circuit package to generate a sinusoidal waveform with a 37.500000 MHz frequency.

The two main components of a quartz crystal oscillator are the tuning element (a quartz crystal resonator) and an electronic amplifier. The quartz crystal resonator acts as a filter to selectively pass or reject specific frequencies of vibration while the amplifier amplifies the selected frequency and provides a sinusoidal output signal. The frequency of a quartz crystal oscillator is determined by a combination of the inherent mechanical properties of the crystal itself and the electronic circuitry connected to it.

The frequency of the SIT1602BC-13-33S-37.500000E oscillator can be adjusted through the use of external frequency dividers. In order to keep the frequency stable with temperature and other environmental variations, the quartz crystal is thermally stabilized. The temperature stability of the oscillator is monitored and a specified temperature range is maintained over a wide operating temperature range.

The SIT1602BC-13-33S-37.500000E oscillator is ideal for high precision communication systems, such as those used in military, air traffic, and electronic warfare. It is designed to operate over a wide range of temperatures, frequencies, and environmental conditions. The SIT1602BC-13-33S-37.500000E oscillator can be used in both fixed frequency and frequency hopping systems. The oscillator can also be used with multiplexers or synthesizers to generate various output signals. The thin package size makes it ideal for portable communication devices.

The SIT1602BC-13-33S-37.500000E oscillator is a highly reliable and suitable choice for a variety of applications. Its small size and high performance make it the ideal choice for precision communication systems. Its combination of temperature stability and wide operating frequency range make it suitable for many different types of communication projects.

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