SG-8101CG-TCHSA

Programmable Oscillators

The SG-8101CG-TCHSA is a precision programmable oscillator that is used for a variety of applications such as clock and timing, instrumentation and communications. It features an output frequency range from 1.25 MHz to 250 MHz, an output voltage range from 0 to 4V and a total output power of 42.5 mW. The SG-8101CG-TCHSA also utilizes a wide temperature range from -40°C to +125°C with assured stability of +-50 ppm. The device is also highly reliable, operating at an MTBF of 189,000 hours.

The SG-8101CG-TCHSA is an ideal solution for developing high-precision clock and timing controls in a variety of applications. Its features, including low jitter, low phase noise, fast start-up time and adjustable output power, make it highly efficient for use in a range of industrial, medical and communications applications.

The SG-8101CG-TCHSA utilizes a self-contained signal source, a voltage-controlled oscillator made up of a transistor, an inductor and two capacitors. The transistor is the heart of the oscillator, providing the voltage and the gain necessary to produce the desired signal. The inductor and capacitors provide the necessary frequency and phase control of the signal, while the oscillator’s output power is adjusted through the use of a potentiometer. The oscillator is then able to produce a wide range of frequency and phase modulation, including frequency shifting, phase shifting, pulse width modulation, and frequency diversity.

The device also features an ultra-low current consumption of 0.5mA. This low power consumption enables the SG-8101CG-TCHSA to operate even in the most power-sensitive applications. Furthermore, the device features a low output noise level of -95 dBc/Hz, making it suitable for applications requiring very low noise floor performance.

The SG-8101CG-TCHSA is an ideal choice for a variety of clock and timing control applications. Its low current consumption, high reliability, wide temperature range, wide output frequency range and low output noise level make it an ideal solution for industrial, medical and communications applications requiring precision timing and stability.