SG-8101CE-TCHSC

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Programmable oscillators are semiconductor devices that convert an electrical pulse into an output signal. They are typically powered by a DC power supply and the output signal is a steady-state periodic waveform. Contrary to the generic fixed frequency oscillator, the programmable oscillator offers higher flexibility, allowing it to be used across several applications. One such product is the SG-8101CE-TCHSC programmable oscillator.

The SG-8101CE-TCHSC programmable oscillator is a hybrid monolithic device which consists of multiple piezoelectric elements, a base resonator, a power supply and other components. The main advantage of this oscillator is that it offers variable frequency output with high accuracy, without having to change or adjust the design or circuitry of the system. The oscillator can be programmed using the on-board programmable controller. The controller enables users to adjust the frequency and other parameters in order to generate the desired output. The user can also control the frequency range, output current and other parameters with the push of a button.

The application field of the SG-8101CE-TCHSC programmable oscillator is very diverse. Due to its high accuracy and flexibility, it can be used in many different fields including medical, industrial, automotive and aerospace. In medical field, the oscillator is used for medical imaging, diagnostic medical equipment and dental equipment. In industrial field, it is used for industrial automation, process measurement and controlling, laboratory and test equipment and factory robots. In automotive field, it is used for automotive electronics and automotive test systems. In aerospace field, it is used for surveillance, control systems and flight simulators.

The working principle of the SG-8101CE-TCHSC programmable oscillator is based on the piezoelectric effect. When an electrical field is applied to the piezoelectric elements, they vibrate producing an oscillating output at a frequency determined by the electrical field. This oscillation is then used to drive the base resonator which is responsible for generating the frequency output. The frequency output is then adjusted using the programmable controller which enables users to customize the frequency and output current as needed. The output current can be adjusted in order to control the power applied to the piezoelectric elements, thereby controlling the output frequency.

In conclusion, the SG-8101CE-TCHSC is a programmable oscillator with high flexibility and accuracy. It can be used in a variety of applications including medical, industrial, automotive and aerospace. It is based on the piezoelectric effect and the output frequency can be adjusted using the programmable controller.

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