ATS080C-E

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Crystals are an integral component of many electronic components, providing the timing signals necessary for proper operations. One of the most common types of crystal used in the electronics industry is the ATS080C-E. This crystal has many applications and works on basic principles.

The ATS080C-E is a miniature quartz crystal with a frequency range between 16 MHz and 48 MHz that can be used as a clock oscillator in microcontrollers and processor systems. The crystal size is 3.2 x 1.5 mm and operates at a frequency accuracy of 20ppm over a temperature range of -20°C to + 70°C. It has a built-in series resistance of 70 ohms and a low drive power of 0.1 mW.

In addition to its use as an oscillator, the ATS080C-E can be used as a filter, providing signal conditioning for high-frequency signal transmissions. It is also used in the construction of RF communication equipment and cellular phones, as well as medical equipment such as ECG and EEG signal processing systems.

The working principle of ATS080C-E is based on the piezoelectric effect which generates voltage when a crystal is deformed or stressed. This voltage is then amplified by an internal oscillator circuit to generate a stable clock signal. The circuit also serves to reduce noise artifacts due to the high-frequency signals running through the crystal.

The ATS080C-E is a popular choice for applications due to its low power consumption, compact size, and accurate frequency as well as its reliable performance. It is also an affordable option and can be purchased in bulk with ease. Additionally, its low noise floor also makes it ideal for noise sensitive applications such as medical equipment.

The ATS080C-E is one of the leading crystals in the electronics industry due to its wide range of applications and its reliable performance. With its low-power operation, compact size, and accuracy, it is the go-to option for many designers when specifying clock oscillators and crystal filters.

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