ATS19A-E

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Crystals are naturally occurring solid materials consisting of repeating crystalline atomic structures. They are a subclass of mineral solids and are commonly used in electrical and electronic devices. The ATS19A-E crystal is one example of such a crystal.

ATS19A-E is a high-precision, low-power temperature-compensated crystal oscillator realized using proprietary threading technology to ensure high quality performance for a wide range of applications. It is ideal for portable, battery-powered devices such as smartphones, smart home systems, and wearables.

The ATS19A-E is designed for applications where high accuracy and low power consumption are desired, such as military-grade communication systems and medical devices. It is capable of operating from 0° to 85° C temperature range, making it suitable for temperature-critical applications. The device is also valued for its low-noise floor, low-jitter oscillations, and low total harmonic distortion.

The general application fields of an ATS19A-E crystal are:

• Synchronous communication systems
• Location based services (LBS)
• Railway and automotive telematics systems
• GPS receivers
• Radar systems
• Closed-loop frequency response components
• Medical devices
• Wearable devices
• Smartphones and smart home systems

In addition to its general application fields, the ATS19A-E crystal is an essential component used in temperature-compensated crystal oscillators. Temperature compensated crystal oscillators are typically used in timing applications or frequency control due to their ability to remain stable even when the ambient temperature changes. The ATS19A-E can be used in conjunction with a variety of other types of resonator components, such as quartz crystals, ceramic resonators, and surface acoustic wave (SAW) components.

The working principle of the ATS19A-E crystal is based on the principle of acoustic resonance. When a crystal is kept in a vibratory state, it produces a unique frequency and amplitude of vibration. This frequency and amplitude are determined by the size and shape of the crystal and can be used to control electrical circuits. The ATS19A-E is made with a thin plate of piezoelectric material that can be designed to produce a specific frequency range when electrical current is applied to it. The device is then calibrated to provide a higher level of accuracy.

The ATS19A-E is also known for its extremely high Q factor, or quality factor. This is a measure of the accurately a crystal can produce the desired frequency. A high Q factor ensures a very stable signal within a small temperature range, and the ATS19A-E crystal has been designed to meet this requirement. As a consequence, it is suitable for a number of different timing application requiring extreme accuracy and stability.

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