SIT8208AC-33-28E-77.760000T

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Oscillator technology has long been used in many electronics applications, from small radio receivers to large mainframes. SIT8208AC-33-28E-77.760000T is an example of a non-obsolete oscillator. This oscillator is a high-precision temperature-compensated crystal oscillator (TCXO) designed to help reduce time-dependent frequency drift in temperature-sensitive equipment. It provides high accuracy and excellent stability in a wide temperature range.

SIT8208AC-33-28E-77.760000T is a crystal oscillator commonly used in numerous applications where precise timing control is critical. This oscillator is capable of operating over a wide temperature range. It runs at a frequency of 77.760000 T, and features a low power consumption of 3.3 V with a maximum current of 28 mA. The frequency stability of this oscillator is within ±5 ppm within 40°C to +85°C.

The main application for SIT8208AC-33-28E-77.760000T is for wireless infrastructure. These oscillators are used in cellular base stations, radios, and satellite receivers to ensure precise timing control due to their excellent stability and accuracy. They are also used in GPS receivers, timing equipment, and test and measurement equipment.

SIT8208AC-33-28E-77.760000T works by using a tuned quartz crystal as its frequency reference. When power is applied, an electrical signal is passed through this crystal and causes it to vibrate. This vibration is then amplified and used as a timing reference to create a digital clock signal. The temperature-compensated design of this oscillator helps to account for variations in the crystal\'s resonance frequency due to changing environmental temperature.

SIT8208AC-33-28E-77.760000T is a high-precision, temperature-compensated oscillator with excellent stability and accuracy over a wide temperature range. This oscillator is widely used in various wireless infrastructure applications, as well as in GPS receivers, timing equipment, and test and measurement equipment. It is a reliable and effective solution for providing precise timing control in temperature-sensitive electronics.

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