TD-12.500MBE-T

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TD-12.500MBE-T oscillators are used in many types of electrical and electronic applications. Their main purpose is to generate an oscillating signal with a frequency that is accurate and constant. The TD-12.500MBE-T is a type of temperature compensated crystal oscillator (TCXO) which has low power consumption and high accuracy.

In telecommunication engineering, the TCXO is ideal for usage in radio communications. This type of oscillator is essential for equipment such as wifi routers, base stations, and set top boxes. It is used to maintain the highest precision of signal synchronization and transmission. This is necessary for maintaining a reliable network connection.

In music production, TCXOs are essential for obtaining the clearest audio recording. TCXOs are used to ensure that any digital audio signal processes audio within a specific time-frame. This prevents any intermittent distortion and produces high quality audio.

The TD-12.500MBE-T is able to operate in harsh conditions, and is ideal for a variety of applications which require extreme precision and accuracy. It is highly resistant to mechanical shocks and vibrations, and is a reliable choice for use in applications within a demanding environment.

TD-12.500MBE-T oscillators have a very low power consumption and a high accuracy. They also have a constant electrical frequency which can be used to synchronize multiple oscillators across the same network. The advantage of using this type of oscillator is that it offers high precision but requires less power compared to other types of oscillators.

The working principle of the TD-12.500MBE-T is based on the phenomenon of electronic resonance. This is achieved by a quartz crystal resonator which vibrates at a specific frequency. The oscillator circuit uses the vibrating resonator to generate a precise and stable frequency. The output frequency is affected by the environmental temperature, so the oscillator is temperature compensated to ensure accuracy.

In summary, the TD-12.500MBE-T is a temperature compensated crystal oscillator ideal for use in a wide range of electrical and electronic applications. Its high precision and low power consumption makes it a reliable choice for situations where accurate synchronization is required. Additionally, the oscillator is highly resistant to mechanical shocks and vibrations, so it is well suited for use in challenging environments.

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