SIT8209AC-82-18S-156.253906Y

The SIT8209AC-82-18S-156.253906Y oscillator can be classified under the category of oscillators. It is a highly advanced crystal oscillator device which uses quartz tuning to provide high precision frequency stability. It features a frequency range of 2.45 GHz to 6 GHz and a wide temperature range of -20°C to +85°C. The SIT8209AC-82-18S-156.253906Y oscillator is manufactured by a company called Silicon Labs. This product offers superior radio frequency performance and can be used in a variety of applications.

A crystal oscillator is an electronic device which uses quartz crystals to generate a periodic signal of a precise frequency. The frequency is determined by the resonant frequency of the quartz. The quartz-crystal design of the SIT8209AC-82-18S-156.253906Y oscillator allows it to provide very precise frequency stability even with a wide temperature range. This makes the device ideal for use in RF communication systems, medical imaging systems, communications & navigation & high-precision industrial applications.

The SIT8209AC-82-18S-156.253906Y oscillator is an analog crystal oscillator with frequency control. It uses phase-locked loop (PLL) technology which allows very precise frequency control. The device also has low jitter for additional performance consistency. The PLL technology also ensures long-term frequency stability, and the device is easily integrated into a wide variety of applications.

The SIT8209AC-82-18S-156.253906Y oscillator also has a wide range of features which make it suitable for a variety of applications. The device has a CMOS logic output, which eliminates the need for additional circuitry. It also has an extremely low power consumption of only 350 microamps, making it suitable for portable applications. The device has a low phase noise of -90dBc/Hz@1kHz offset, which reduces signal interference in communication systems.

The SIT8209AC-82-18S-156.253906Y oscillator is a versatile device which can be used in many different applications. It has the ability to provide precise frequency stability even with a wide temperature range, and its CMOS logic output and low power consumption make it suitable for portable applications. The low jitter and phase noise of the device also ensure that it can provide a high-precision frequency signal in communication systems, medical imaging systems and more. It is an excellent choice for any application which requires highly accurate frequency control.