ATS320

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The ATS320 is a silicon crystal miniaturization technology manufactured by AnTec which can be used in a wide range of applications requiring accurate and precision tiny crystals. It is a practical and cost-effective product that can be used in various industries and applications, such as: medical device manufacturing, industrial automation, information technology, automotive and communications. It is an effective solution for specific frequencies, and can be used for a variety of applications.

Application Field and Working Principles

The ATS320 is a high-precision miniaturization technology that has many advantages over traditional quartz crystals. It ideally operates in depths of 0.3 mm, but can be customized based on the customer\'s needs. The frequency range of the ATS320 is 6 - 67.000 MHz and it uses an on-chip temperature sensor and a voltage buffer to support an external voltage input. The on-chip temperature sensor is used to detect and alter the crystal\'s oscillation frequency due to temperature fluctuations. It also features an external capacitance trimming, allowing optimal tuning.

The ATS320 can be used in various applications and devices, such as microcontrollers, embedded systems, consumer electronics, clocks, watches, metering, medical diagnostic equipment, broadcast transmissions, and many others. It is suitable for applications that require low power consumption, high accuracy and low jitter, such as RFID tags, MEMS sensors and other specialized products. The crystals are easy to install, and require minimal maintenance.

ATS320 is also suitable for several wireless communication systems and wireless technologies, such as WiFi, Bluetooth, Zigbee and others. It can be used for clock generation and signal conditioning with low-power consumption, and it provides clock synchronization in systems with multiple communication channels. The crystals featured in the ATS320 technology help reduce signal losses, while the advanced crystal miniaturization techniques offer improved signal and power efficiency.

The crystals in the ATS320 technology are destined for a wide range of industrial and consumer applications. As mentioned above, they can be used in medical devices, embedded systems and consumer electronics, among many others, and they can also be implemented into communication systems, broadcast transmission systems, metering and other applications. The crystal miniaturization technology allows for a great reduction in size while maintaining high precision, and the absence of oscillator circuits eliminates the need for temperature compensation.

In conclusion, the ATS320 is a cost-effective and practical silicon crystal miniaturization technology that can be used in numerous industries and applications. It features a wide range of frequency range, an on-chip temperature sensor and voltage buffer that allows for optimal tuning, and requires minimal maintenance. The crystals are also suitable for a wide range of communication systems and wireless technologies, and provide clock synchronization and signal conditioning with low-power consumption. This miniaturization technology is suitable for a huge variety of applications, and its use has been increasing significantly over the last few years.

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