ASTX-H12-B-20.000MHZ-T

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Oscillators are electronics devices that generate an immediate frequency. Among all the oscillators, the ASTX-H12-B-20.000MHZ-T has a wide range of application and it’s known for its reliable timekeeping. This model offers superior stability, accuracy, and excellent heat dissipation from a low power device. It has a wide application field and a working principle that makes it reliable and efficient.

The ASTX-H12-B-20.000MHZ-T oscillator is mainly used in embedded systems, micro-controller or micro-processor applications, automotive, general system clocks, telecommunications, networking systems, and any other applications which use a clock. It has very low jitter and it is very reliable in terms of timekeeping. Furthermore, it has an excellent immunity to environmental stress levels, including changes in temperature, humidity, and shock. Using this oscillator, applications requiring precise timekeeping or system synchronization are able to operate more effectively and have less downtime.

The working principle of the ASTX-H12-B-20.000MHZ-T oscillator is based on a quartz crystal that vibrates at a regular and consistent frequency. This frequency is developed by the environment it is placed in, for example the relative humidity. As the crystal vibrates, a pulse is generated each time it moves and this is measured by an interface which in turn converts it to a radio frequency signal.

Today, the ASTX-H12-B-20.000MHZ-T has become a popular choice of oscillators and has been used in many applications. For example, it can be used as a clock generator for microprocessors, to integrate the audio frequency spectrum, or to control the LED luminous effect in display systems. Additionally, it has a wide temperature range that makes it ideal for outdoor applications, where it’s exposed to harsher environmental conditions.

The ASTX-H12-B-20.000MHZ-T oscillator is an excellent choice for reliable timekeeping and stability because of its robustness and wide application field. It offers superior accuracy, low power consumption, and excellent heat dissipation from a low power device. Furthermore, the oscillator is able to keep consistent frequency over wide environmental temperatures.

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