ATS04A-E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are found in a variety of technologies and products, from watches and clocks to cell phones and audio speakers. They are used to produce and maintain an accurate frequency required in electronic oscillators, as well as a variety of other applications. The ATS04A-E is an Application Specific Design (ASD) crystal unit specifically designed for ultra-low power applications and applications requiring extremely low standby current.

The ATS04A-E is a suitable choice for applications where low power consumption and ultra-low jitter performance are critical. It offers very low active and standby current values, making it ideal for use in portable and mobile products. The ATS04A-E is compatible with 0.8 or 1.2 Volt supply, and provides low jitter performance for frequencies such as 32.768kHz and 16MHz.

The ATS04A-E is optimized for accurately controlling the cycle of AVR microcontrollers, minimizing current consumption while maintaining the required oscillation accuracy. It has an excellent frequency synthesizing capability, allowing its frequency to be adjusted 10 ppm in 10 kHz steps. This makes it an ideal choice for precision timekeeping and general frequency control.

The ATS04A-E consists of a quartz resonator device and a high precision oscillator circuit on a single chip structure. The quartz resonator device, commonly referred to as a crystal, converts electrical energy into mechanical energy and back into electrical energy. This mechanical resonance process produces an oscillation that is used to create a regularly repeating electrical signal.

The oscillator circuit consists of an active device, a charge pump, a temperature compensation circuit and an active load, all encapsulated in a single chip. This circuit is used to drive the crystal and keeps the oscillation frequency in the range of preferred frequency. The active device is typically a CMOS, helping with the overall low power consumption.

The ATS04A-E also includes an on-board temp-co array that compensates for any changes in the environment temperature or surrounding environment relative to the operation frequency. The built-in temperature compensation array enhances the stability and accuracy of the application circuit.

The ATS04A-E is designed for a wide range of applications, such as communication and portable products, clocks and watches, industrial, automotive, navigation and other user applications. It has been tested in various applications and proven to be reliable and suitable for use in a range of environments.

In summary, the ATS04A-E provides a low power crystal with low jitter performance for a wide range of applications. With its built-in temperature compensation array, good frequency synthesizing capability and low standby current value, it is ideal for ultra-low power applications and applications requiring extremely low standby current. The ATS04A-E is a specialized crystal unit designed particularly for those demanding applications.

The specific data is subject to PDF, and the above content is for reference