ATS04ASM-1

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Crystals can be divided into two major categories: quartz oscillators and resonators. Quartz oscillators are typically used for frequency control applications and as time reference in oscillators, timers and clocks. A resonator is a type of electrical component that will vibrate at a predefined frequency when excited. ATS04ASM-1 is a type of resonator.

ATS04ASM-1 is basically a ceramic resonator device. It provides a low cost, reliable source of frequency stability utilizing AT-Cut quartz to achieve excellent frequency determination. The device has a relatively small size, with a package based on two pieces of ceramic substrate, mounted on top of each other.

The working principle of the ATS04ASM-1 can be explained as follows. It employs AT-Cut quartz orientated for paraelectric mode of operation. As current passes through the device, the quartz generates a magnetic field. This field interacts with the two pieces of ceramic substrate and produces an alternating electrical field. This field has a frequency determined by the properties of the quartz. The alternating field is then passed to an integrated output pin, which acts as the oscillation source.

The ATS04ASM-1 is particularly well-suited for applications that require precise crystal frequencies or need to operate under a variety of temperature and environmental conditions. Its low cost and robust design allow it to be integrated directly into cost-sensitive applications without any processing or tuning. In addition, it can be used in many other frequency control devices such as frequency dividers, frequency synthesizers and clock synthesizers. Since it is made with ceramic substrate, it also provides a low profile and light weight solution that can be used in handheld devices.

The ATS04ASM-1 is suitable for a wide range of applications. It can be used in medical and medical imaging systems, for precise timing and frequency control in ultrasound equipment. It is also ideal for aerospace, avionic, and military applications due to its excellent temperature stability, low noise output and robust design. Additionally, the device can be used in measuring and gauging equipment, automobile systems and navigation systems.

In summary, ATS04ASM-1 is a low cost, reliable source of frequency stability utilizing AT-Cut quartz to achieve precise frequency determination. Its low cost, robust design and wide range of applications make it an ideal choice for cost-sensitive applications. It is suitable for medical, aerospace and automotive applications due to its excellent temperature stability and low noise output.

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