ATS111BSM-1E

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Crystals have provided many applications over the past decades, ranging from timekeeping and frequency accuracy for communications, to seismic monitoring and sensing devices. ATS111BSM-1E is a crystal unit with a unique design and dedicated to oscillator circuit applications. It is a relatively small but extremely accurate level of crystal which has the capability to the replace a number of existing crystals.

This product has integrate a crystal and a circuit in one, modular housing. This means that it is possible to shorten the oscillator installation time and reduce the number of components needed in the installation. Furthermore, the crystal unit offers a high degree of stability when mounted and also offers a great degree of protection against shock or vibration, making it one of the most stable and reliable products available.

The application field of ATS111BSM-1E is mainly in the areas of audio, communication and instrumentation. This product is especially suitable for applications involving high accuracy and stability over a variety of environmental conditions and working temperatures. It is also used in consumer applications such as digital audio players, as well as in industrial and commercial applications such as for industrial process control and for medical equipment.

The working principle of ATS111BSM-1E is based on the piezoelectric effect. This effect occurs when a crystal is subjected to an external voltage or when mechanical stress is applied. Due to the piezoelectric effect, the crystal generates a voltage when it is deformed or subject to stress. This phenomenon is used in the crystal unit to create an oscillator circuit.

When the voltage is applied, it causes the crystal to vibrate, resulting in an output frequency that is based on a specific oscillator circuit, as well as the frequency of the crystal itself. To maintain a stable frequency output, the voltage needs to be kept constant. This is accomplished by a circuit board containing components that can control the voltage, such as resistors, capacitors, and transistors, as well as an amplifier to increase the signal level to match the output frequency.

In order to optimize the performance of the ATS111BSM-1E, the circuit board is designed to fine-tune the oscillator circuit and apply corrections for environmental and temperature changes. The crystal also has a temperature compensation circuit and a heat dissipation element that further improve the accuracy and stabiliy of the crystal unit.

In conclusion, the ATS111BSM-1E crystal unit is one of the most accurate and reliable crystal units available. It has the capability to replace a number of existing crystals by combining a crystal and a circuit in one, modular housing. As it has a great degree of protection against shock or vibration, it is suitable for a variety of applications which require high accuracy and stability over a range of environments and temperature changes.

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