ABDFTCXO-10.000MHZ-E-2-T5

Oscillators are broadly used in electronics and engineering. They are primarily used to generate a steady frequency or a cyclic waveform. ABDFTCXO-10.000MHZ-E-2-T5 is one of the oscillators, which is widely used in many fields.

ABDFTCXO-10.000MHZ-E-2-T5 is a type of temperature-compensated crystal oscillator (TCXO). It has a frequency range of 10.000MHz, an oscillation mode of E-2-T5, and a temperature range of -20°C to 70°C. It has a high time accuracy, good stability and reliability, and low power consumption. The rated operating voltage is usually 3.3V, and the allowable voltage range is +/-5%.

The ABDFTCXO-10.000MHZ-E-2-T5 has many applications. It is often used in navigation systems, temperature monitoring systems, security systems, telecommunications, Global Positioning Systems (GPSs), and power control systems. It is also widely used in industrial automation and control, and medical equipment and monitoring systems.

The working principle of the ABDFTCXO-10.000MHZ-E-2-T5 is relatively simple. Its crystal oscillator is composed of a quartz crystal and two pairs of electrodes. The quartz crystal acts as a resonance element, and the self-oscillation frequency generated by the crystal is determined by the quality factor of the quartz crystal and the capacitance formed between the two pairs of electrodes. The frequency of the self-oscillation will be affected by the temperature, and this is why temperature compensation needs to be done.

The ABDFTCXO-10.000MHZ-E-2-T5 is designed to have a temperature compensation range of -20°C to 70°C, and the temperature compensation coefficient is typically 0.2ppm/°C. The temperature compensation is achieved by having a temperature-sensing voltage-controlled oscillatory circuit (VCO) connected to the crystal oscillator. The VCO will adjust the frequency of the crystal oscillator according to the temperature to compensate for the effect of temperature.

In summary, the ABDFTCXO-10.000MHZ-E-2-T5 is a temperature-compensated crystal oscillator that is used in many fields. Its working principle is relatively simple and it has a high time accuracy, good stability and reliability, and low power consumption. It is widely used in many applications including navigation systems, temperature monitoring systems, security systems, telecommunications, and more.