ATS111C-E

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Crystals are the basis of many electronic circuits found in everyday scenarios. As AC and DC signals oscillate, they require a medium to propagate through and be modulated or filtered such as a crystal. The ATS111C-E crystal is made by Abracon and is specifically suited for frequency generating and controlling applications. This article will discuss the application field and working principle of the ATS111C-E crystal.

The ATS111C-E crystal is designed specifically for a wide range of frequency application. It is suitable for small equipment such as frequency synthesizers, digital and analog equipment, clocks, modems, data rate generators, and counter timers. It can also be used in audio systems, automotive sensors, oscilloscopes, robotic systems, and any other circuit board applications requiring high stability in frequency accuracy.

The ATS111C-E crystal is a low-frequency, miniaturized crystalthat is vibration friendly and has low current operation. It is suitable for indoor and outdoor applications and has a frequency range of 8.0 KHz to 40.0 MHz. It is available in a hinged ceramic package that is cryogenically sealed and offers the user a uniquely low external motional capacitance, low ESR and high series resonance resistance.

The ATS111C-E is a Highly Selective Crystal, which means that it is capable of producing signals with a very high harmonic suppression ratio compared to traditional quartz crystals. This improves the signal purity, reduces noise and removes any unwanted harmonics from entering a circuit. The crystal is designed to work at frequencies between 8.0 KHz to 40.0 MHz, making it suitable for a wide range of frequency control applications.

The working principle of the ATS111C-E is quite simple. The crystal oscillates at a specific frequency determined by its built-in frequency control circuitry. When an AC signal is applied to it, the crystal will generate a resonant frequency proportional to the applied signal. This frequency can then be used to drive an oscillator, modulator or filter, producing a stable, modulated or filtered frequency waveform.

The ATS111C-E is an excellent choice for those seeking a low-frequency, highly accurate crystal for their frequency dependent electronic circuit. With its high harmonic suppression ratio, low ESR and vibration resistant package, it is suitable for a wide range of applications. Whether you are developing a frequency synthesizer for a digital audio system or a data rate generator for an automotive sensor, the ATS111C-E crystal is the perfect solution for frequency control.

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