ZTA-10.00MT

Resonators are used in a wide range of applications, including energy harvesting, radio frequency (RF) sensing, optical communication and wireless communication. All of these applications benefit from the ability to accurately tune a device to a given frequency. The ZTA-10.00MT is an electronic resonator from Zeta Technologies that is widely used by designers due to its high precision and reliability. This article will explain the application field and working principle of the ZTA-10.00MT.

The ZTA-10.00MT is an exceptionally accurate resonator that is used for frequency optimization and control applications. It is based on a three-terminal aluminum/nitride membrane MEMS (micro electro mechanical systems) technology. The device contains a resonating oxide film that is heated and cooled, resulting in a frequency shift. The device is optimized for use in oscillator circuits, but can also be utilized in frequency stabilization loops and various other microelectronic applications.

The ZTA-10.00MT is capable of providing an output frequency of 10.00MHz, with a typical accuracy of 5 parts per million. It is capable of operating at temperatures ranging from -40°C to 100°C, making it suitable for use in high-temperature areas. The device features an integrated frequency pull range of 6ppm, and is designed to automatically adjust the output frequency when necessary.

The ZTA-10.00MT is widely used in a variety of applications, including motor and appliance control, avionics, communication, telecommunication, and instrumentation. When combined with a phase-locked loop circuit, the device can be used for timekeeping, providing an extremely accurate clock frequency. Additionally, it can be used with a frequency counter to measure the frequency of an incoming signal.

The working principle behind the ZTA-10.00MT is relatively simple. The device consists of a three-terminal aluminum/nitride membrane MEMS resonator. This consists of suspended metal electrodes and a central silicon dioxide (oxide) film. When the device is subjected to an AC voltage, the metal electrode layers expand and deform the silicon dioxide layer. This alters the capacitance of the device and results in a frequency shift. By controlling the AC voltage, the frequency can be accurately adjusted.

In conclusion, the ZTA-10.00MT is an accurate and reliable MEMS resonator that is ideal for frequency optimization and control applications. It is capable of providing an output frequency of 10.00MHz with a typical accuracy of 5 parts per million. With its integrated frequency pull range of 6ppm, the device is extremely versatile and is used in a variety of applications, including motor and appliance control, avionics, communication, telecommunication, and instrumentation.