579S200CTT

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Oscillators form an integral part of electronic devices and the 579S200CTT is one such oscillator. Designed for long term operations, 579S200CTT is an adjustable crystal oscillator module, which provides frequency stability over time. This device is ideal for use in temperature and radiation-sensitive applications such as spacecraft and satellites, as well as measurement, test and calibration equipment.

The 579S200CTT oscillator is designed around a crystal resonator that’s connected with an oscillating amplifier circuit. It works on push-pull principle, where two transistors operating with opposite polarities, amplify and generate the required frequency. Complementary bipolar junction transistors, operating in Class A and push-pull Class AB audio amplifier mode, are used in this device. These transistors act as switches to alternately reverse the current, thus producing an output frequency.

The 579S200CTT oscillator module has an operating frequency range of 5 KHz to 200 MHz. It has on-board mountable temperature sensor, which is used to detect the temperature of its environment and thus, adjust to the frequency requirement of the application. This module features low noise, low power dissipation, and low power consumption that makes it ideal for use in portable applications. It\'s reliable, repeatable and has good long-term stability, making it suitable for industrial and military applications.

The 579S200CTT module also comes with an adjustable voltage control, which allows the output frequency to be adjusted as per the application requirement. This control voltage can be adjusted either by applying an external voltage or by changing the time constants of the crystal. This makes it well-suited for temperature and radiation-sensitive applications like spacecraft, as the output frequency can be readily tuned due to the external voltage.

The 579S200CTT oscillator module offers good phase noise performance and low jitter. It features a very low propagation delay and high frequency accuracy, even at low temperatures. This allows for high-accuracy frequency measurements and phase-locked loops. The 579S200CTT is also capable of operating over a wide temperature range, and its performance is further enhanced by its solderable shields, which are used to reduce radio frequency interference.

In conclusion, the 579S200CTT oscillator is an ideal solution for use in temperature and radiation-sensitive measurement, test, and calibration applications. With its low power dissipation and high output frequency accuracy, it is well-equipped to provide reliable and repeatable performance. Its ability to deliver adjustable voltage control ensures that the required output frequency is achieved, while its on-board temperature sensor and solderable shields provide further protection from interference.

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