TCO-7086X1A2 18.4320M

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Oscillators are used in various applications as a way of producing a repeated signal in a device, and the TCO-7086X1A2 18.4320M is one such example. This type of oscillator is known for its signal accuracy, and features frequency stability in the order of 10 parts per million.

The TCO-7086X1A2 18.4320M is an analog high-precision oscillator that uses a quartz crystal as its basis in order to provide precise and predictable signal frequencies. The available frequencies range from 0.4 MHz to 20 MHz, which make it ideal for a number of applications.

The working principle of the device is based on the principle of quartz vibrational frequency. In this type of oscillator, a quartz crystal with an appropriate added capacitance or inductance is wired in parallel with a resonant frequency amplifier. The amplifier is then adjusted so that it is in resonance with the crystal. When external signals are applied to the crystal, it vibrates, creating an electrical signal at its resonant frequency. This signal is then amplified and used as the output.

The TCO-7086X1A2 18.4320M is well-suited to applications such as surveying, telecommunication, timing, and measuring instruments. The device is also used in audio systems for precision and reliable phase-locked loop performance, providing stable and accurate timing signals for sound reproduction. The high stability of the device over frequently varying temperatures also makes it a good choice for a variety of other communication applications. The device is also used in systems that require frequency synthesizers, as it helps them both generate and maintain the desired frequencies.

The TCO-7086X1A2 18.4320M is a high-precision oscillator that provides reliable and accurate performance in a wide range of applications. It is designed to take advantage of the precise frequency characteristics of quartz crystals, making it an ideal choice for achieving signal accuracy and frequency stability in various types of systems.

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