SIT8208AC-82-28S-60.000000T

Oscillators are electronic devices that generate electrical signals with frequency or periodical accuracy and are widely used in many engineering fields, such as communication, instrumentation, and power transmission. SIT8208AC-82-28S-60.000000T is one of the most popular oscillators.

SIT8208AC-82-28S-60.000000T is a temperature compensated oscillator (TCXO), also known as a digital temperature compensated quartz oscillator (DTXO). It has a wide range of application fields, such as timing control, frequency control, and PLL control. The operating temperature range is -30~+75℃ in a damp heat condition. And it has a standard operating voltage range between 2.7~3.3V.

The working principle of SIT8208AC-82-28S-60.000000T is based on the vibrating quartz crystal. The quartz crystal has some special properties, the most important one is that for a given crystal material, the frequency of crystal vibration is fixed and provide very accurate frequency control (up to ~1ppm). The oscillator uses the quartz as the resonance source and converts the vibration frequency into an electrical signal with a certain frequency.

The quartz crystal consists of two electrodes, one is the reference electrode and the other is the driven electrode. At the beginning, an AC drive signal is applied to the driven electrode, and the quartz crystal begins to vibrate. The vibrations of the quartz crystal produces the changing electric field, and induce the AC electric signal between driven and reference electrode. The signal is collected at the reference electrode, amplified, and exists the crystal oscillator.

The frequency of the output signal is associated with the quartz crystal, so it is very important to choose the right crystal material with necessary operating characteristics. The SIT8208AC-82-28S-60.000000T TCXO is made with a special material, so it has a very wide operating temperature range and excellent stability. Therefore, SIT8208AC-82-28S-60.000000T oscillator is reliable and suitable for a variety of applications.