ATS12ASM-1E

Crystals: ATS12ASM-1E Application Field and Working Principle

Crystals have applications in many areas in our everyday lives, ranging from television to mobile phones and other electronic devices. In particular, the ATS12ASM-1E is an excellent crystal for precision timing applications and has several advantages over standard quartz crystals, such as being more robust under extreme temperatures, providing ultra-accurate frequency stability, and implementing higher frequency resolutions. It therefore finds a wide application in timing applications.The ATS12ASM-1E crystal is a surface-mounted, 12-pin device, capable of operating over a range of frequencies from 10 MHz to 31 MHz. It has a maximum output frequency of up to 50MHz. It is the smallest crystal size and lightest weight in its class and is highly resistant to shock and vibration. The ATS12ASM-1E is a low phase noise, low jitter, low cost crystal and is ideal for precision timing applications. The ATS12ASM-1E utilizes a high frequency cavity resonator to generate the desired output frequency. The resonator is connected to a series of amplifiers and filters, which then provide an output signal of the desired frequency. The output frequency is proportional to the resonator frequency. The resonator is a piezoelectric material, which is driven by an electrical signal and produces a mechanical displacement. This mechanical displacement then produces the desired frequency. The cavity resonator is specially designed for the ATS12ASM-1E crystal, allowing for a high degree of precision. The cavity construction and design ensures that the desired output frequency is achieved with maximum efficiency and accuracy. The cavity resonator is matched with the crystal material to provide a harmonic response and maximum resolution. The design also features low phase noise and jitter, making it ideal for precision timing applications. In order to ensure the highest levels of accuracy and precision, the ATS12ASM-1E crystal utilizes an advanced control and monitoring system. This system constantly monitors and adjusts the output frequency of the crystal, ensuring that the output frequency is maintained over a wide range of temperature and voltage conditions. The output frequency is also regulated by an oscillator control circuit, which helps maintain accuracy even in fluctuations in the power supply voltage. The ATS12ASM-1E crystal has been widely used in applications such as telecommunications, embedded systems, consumer electronics, and automotive electronics. It is also increasingly being used in the medical and healthcare industries, due to its precision and accuracy. In conclusion, the ATS12ASM-1E crystal is an excellent choice for precision timing applications, due to its robust design, high frequency resolution, and accuracy, which make the device suitable for a wide range of applications. Its low cost and high performance, combined with its low phase noise and jitter make it an excellent choice for precision timing applications.