TCO-7086X1A4 125.0000M

Oscillators are devices that generate alternating voltage/current signals that rapidly switch between low and high energy states to produce a waveform with a certain frequency and amplitude. They are widely used in many different applications, from radio and audio to electronics and computer science. TCO-7086X1A4 125.0000M is a popular type of oscillator that is typically used in precision applications such as analog-to-digital converters, communications systems and clock/timing circuits.

The TCO-7086X1A4 125.0000M oscillator is based on a Pierce Crystal and Colpitts oscillator circuit, which relies on an LC tank circuit for frequency control. The Pierce crystal-based design ensures very accurate frequency control that typically falls within ±2 ppm (parts per million). The LC tank circuit works in conjunction with the Pierce crystal to maintain the oscillator frequency - it is important to note that the LC tank component values must be carefully selected to ensure that good frequency stability is achieved. The output frequency of the oscillator is determined by the frequency of the oscillation between the transistor and Pierce crystal, which is controlled by the oscillation rate of the LC tank component values.

The frequency stability of the TCO-7086X1A4 125.0000M oscillator is generally good, with the rated temperature stability at ±50 ppm over -40°C to +85°C. The output voltage waveform of the oscillator is usually a sine wave, but the waveform can be modified to provide different square waves, triangle waves, and more. The output voltage amplitude is typically 3.3V and the output load impedance is typically 25 Ohms. Operating temperature range is usually -40°C to +85°C, with a maximum storage temperature of 105°C.

The TCO-7086X1A4 125.0000M oscillator can be used in many applications, such as in communications systems, clock/timing applications, automotive systems, and more. It is also used to provide precise frequency control for a variety of analog-to-digital converters, and can be used in clocks and other time-critical applications that require precise frequency stability.