ATS049BSM-1

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Crystals are solid state devices that can offer many features in computing and other related technologies. The ATS049BSM-1 is a type of crystal element that has a wide range of applications in different fields. Its functioning is based on an internal vibrating mechanism that creates a frequency that can be tuned to desired values with sufficient accuracy.

The ATS049BSM-1 is used in numerous areas where precise frequency control is required, such as in the field of digital clocks and timers, microprocessors and various other electronic devices. It is also used in communications for echo cancellation, signal amplification, frequency hopping and synthesis. Additionally, it can be applied to simulation, testing, and measurement, as well as in sound production, broadcasting, and video production. The ATS049BSM-1 crystal has even been used in the development of musical instruments like electronic pianos, synthesizers, and electronic drums.

The working principle of the ATS049BSM-1 is based on the interaction between electrical and mechanical forces, which cause the crystal to vibrate at a specific frequency. The electrical signal applied to the crystal acts as an excitation source that disrupts the crystal\'s equilibrium, resulting in mechanical oscillations called the Piezoelectric Effect. The vibration of the crystal then gives off electrical signals that can be measured and used to tune the frequency required. At the same time, the varying frequency can be controlled by means of an external voltage, making the ATS049BSM-1 a voltage-controlled oscillator (VCO).

The ATS049BSM-1 crystal has a low frequency stability that can be accurately adjusted. It also has frequency compensation over a wide range and excellent ESR (Equivalent Series Resistance) values, making it suitable for applications that require little power consumption and low RF noise level. Moreover, the crystal element has a high level of linearity and can be used in communications systems that utilize multiple quadrature carriers and multiple tones.

In addition to its wide range of applications and its stable low frequency, the ATS049BSM-1 crystal is also highly reliable in operation. It has a low temperature coefficient and can withstand temperatures ranging from -65°C to 125°C without suffering any significant impact on its performance. This makes it an ideal choice for a variety of industrial applications, ranging from medical and laboratory equipment down to automotive electronics.

The ATS049BSM-1 crystal offers numerous features in many applications and is a great choice if you are looking for a low-frequency and stable device. Its highly reliable and low power consumption make it a preferred choice in numerous industries and it is an essential part of many digital clocks and timers, communications systems, and other functional products.

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