TA-8.192MDE-T

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Oscillators are circuit elements used for controlling the frequency and amplitude of ac signals or electric power without any external input. Oscillators are widely used in consumer electronics, telecommunications, computers, and measuring instruments. One type of oscillator is the TA-8.192MDE-T.

The TA-8.192MDE-T is a low noise and temperature stable oscillator suitable for a variety of applications, including telecom, data transmission, and telecom base station timing applications. It is a low jitter, 14th order, low phase noise oscillator, with a temperature stability of less than ±20 parts-per-million (°C). It also has a high stability over temperature, voltage, and current as well as excellent start up time and frequency accuracy.

The application field for the TA-8.192MDE-T is mostly in wireless mobile communications networks and related industries, such as telecommunications, devices, automotive, and aerospace. This oscillator is useful for timing for base stations, wireless access points, and any other networks that need reliable timing sources. It is also used in video broadcast devices and other telecom measuring instruments.

The working principle of the TA-8.192MDE-T is simple. It consists of an RF generator circuit, which produces the signal at the required frequency. The signal is then modulated with a crystal oscillator or other time base for stability. The modulated signal is then amplified, filtered for harmonics, and sent out across the output. This type of oscillator does not require any external input or control, as the frequency and amplitude of the signal are controlled by the components of the circuit itself.

In summary, the TA-8.192MDE-T oscillator is a low noise, temperature stable oscillator used in a variety of applications, including telecom, data transmission, and telecom base station timing applications. It has a high stability over temperature, voltage, and current and excellent start up time and frequency accuracy. The working principle of the oscillator is based on an RF generator circuit that produces the signal, which is then modulated and amplified before being sent out to the output.

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