TA-68.000MDE-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are the components of an electrical system that generate an electrical signal with a certain waveform. TA-68.000MDE-T is a type of oscillator with specific features for application and working principle.

TA-68.000MDE-T is a type of Temperature Compensated Crystal Oscillator (TCXO) suitable for consumer electronics, material testing instruments, microwave and radio equipment. It has a maximum frequency of 68.000MHz with temperature stability of ±0.01ppm. The device is fully factory calibrated and features ±1.0ppm initial tolerance and ±0.1ppm long-term stability over its operating temperature range of -20°C to +70°C.

The core component of TA-68.000MDE-T is a piezoelectric crystal which generates oscillations that are regulated by the control circuit, and results in an oscillating output. The basic working principle of TA-68.000MDE-T is PLL (phase-locked loop) where the entire oscillation output is controlled by a feedback loop. The crystal oscillator generates an output according to a specific frequency and the phase-locked loop then compares it to an internally generated reference signal. The feedback signal then adjusts the oscillator frequency to match the reference signal.

The oscillating output from the TA-68.000MDE-T is highly reliable and precise with low power consumption and low phase jitter. The device’s low power consumption makes it suitable for use in battery operated applications and its low phase jitter enables it to be used in critical communication links and in systems where small timing differences can cause errors.

Overall, TA-68.000MDE-T provides precise and reliable oscillation output for consumer electronics, material testing instruments, microwave and radio equipment making it suitable for many applications. It has a maximum frequency of 68.000MHz with temperature stability of ±0.01ppm and features ±1.0ppm initial tolerance and ±0.1ppm long-term stability. The oscillator is based on a PLL working principle which compares the reference signal with the crystal oscillator output and uses feedback to regulate the frequency.

The specific data is subject to PDF, and the above content is for reference