TD-35.328MCE-T

Oscillators are electronic circuits used to generate repetitive waveforms. Different types of oscillators are used for different purposes, depending on their level of accuracy, frequency range, and complexity. The TD-35.328MCE-T is a type of oscillator typically used in digital systems for timing and synchronization. This article will discuss the properties of the TD-35.328MCE-T oscillator, its applications, and its working principle.

The TD-35.328MCE-T, is a quartz crystal oscillator. It is designed to operate in the range of -40°C to +85°C, and has an operating frequency of 32.768kHz. The oscillator is driven by a 10MHz parallel resonant crystal, and is designed to be highly stable and accurate. It contains an oven-controlled crystal oscillator (OCXO), which is a type of high-stability quartz crystal oscillator. The TD-35.328MCE-T is typically used in digital systems such as microcontroller-based systems, embedded systems, and networked systems.

The TD-35.328MCE-T has several important application fields. Firstly, it is commonly used as a timing reference in digital systems. It is often used to provide timing signals for microcontrollers and other embedded systems, as well as for the synchronization of digital clocks and other devices. Secondly, it is often used as an oscillator in radio frequency (RF) circuits. It can be used as an oscillator in RF transmitters and receivers, providing an accurate and stable signal for radio communication. Finally, it is used in laboratory instruments. It can be used as a clock source in laboratory equipment, as well as a frequency reference for precision measurements.

The TD-35.328MCE-T oscillator works on the principle of quartz crystal resonance. Quartz crystals have the property of vibrating in a predictable manner when an alternating current is applied. In the TD-35.328MCE-T, an oscillator circuit is connected to the crystal, which acts as a feedback loop. When an input signal is applied to the oscillator circuit, the output frequency is determined by the resonant frequency of the crystal. As the temperature of the crystal changes, the resonance frequency also changes, but the OCXO circuitry in the oscillator is designed to compensate for this.

In summary, the TD-35.328MCE-T is a highly stable, accurate, quartz crystal oscillator. It is typically used in digital systems for timing and synchronization applications, as well as in RF communication systems and laboratory equipment. It works on the principle of quartz crystal resonance, with the OCXO circuitry compensating for any temperature-related changes in resonance frequency.