TD-32.350MDE-T

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Oscillators are mostly electronic circuits designed to produce a steady or repetional output waveform for oscillation, or to control the frequency and/or phase of a signal. One of the most common type of oscillators used in the industry and research is the TD-32.350 MDE-T oscillator. It is an ideal solution for precise time base generation from 10 MHz to 8 GHz.

The TD-32.350 MDE-T oscillator is commonly used in applications such as microwave ovens, radars, IFF, satellite communication, medical imaging, ultra-wideband communications, and precision time base reference.

The TD-32.350 MDE-T oscillator offers many benefits to users. First, it provides high stability and accuracy with existing electrical and mechanical specifications. The output frequency from the oscillator is maintained within a ±5.0 ppm deviation during operation, so users can rely on the output signal for a longer period of time. This is especially important in cases where precise frequency control is required.

Second, the TD-32.350 MDE-T oscillator is a robust and reliable equipment as it has been designed with superior temperature rise, vibrational, anti-vibration, and power-on transients. It features a highly-stable double-shielded metal enclosure that helps protect the oscillator from environmental impact and potential damage.

Third, the TD-32.350 MDE-T oscillator has a simple user-friendly interface. It comes equipped with several user-friendly controls such as the frequency control knob that allows users to easily adjust the output frequency as needed. The clock set switch lets users quickly adjust the clock’s reference time with precise accuracy.

Lastly, the TD-32.350 MDE-T oscillator is energy-efficient, with a low power consumption of just 0.9 watts. It operates on standard AC power sources and can also be connected to an emergency power supply, or even a computer via the USB interface. This makes it ideal for industrial, scientific, and other applications where low power consumption is desired.

The TD-32.350 MDE-T oscillator works by providing a stable voltage and current source to a quartz crystal, causing it to vibrate at a fixed frequency. This vibration is then amplified and used to generate an output signal that is used as a reference for various applications. In order to keep the output signal precisely stable, the oscillator uses a temperature-compensated quartz crystal that helps maintain the frequency of the output.

In conclusion, the TD-32.350 MDE-T oscillator is an ideal choice for applications requiring high stability and accuracy. It is robust and reliable, energy-efficient, and features a user-friendly interface, making it a perfect choice for industrial and scientific applications.

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