AV-12.288MAHV-T

Crystals are a unique and powerful nanostructure that can be used in a wide range of applications. The AV-12.288MAHV-T crystal is a high voltage crystal that is used for radio frequency (RF) applications. This article will discuss the application field and working principle of this crystal.

The AV-12.288MAHV-T crystal is a high-performance, self-driven, and miniaturized high-voltage crystal. It is designed and manufactured with a special process that allows it to provide excellent frequency stability and high RF power output. This crystal is used primarily in RF applications such as transmitters, receivers, transceivers, modems, and other communication systems.

The AV-12.288MAHV-T crystal can work in both low and high voltage ranges, from 100V to 6500V. The operating frequency range of this crystal is from 0.02GHz to 32GHz. It has a low equivalent series resistance (ESR) and a wide frequency variation compared to traditional crystals. The crystal can also be used in other applications such as vibration protection, automotive, and industrial control.

The working principle of the AV-12.288MAHV-T crystal is based on the oscillation of an electrically charged material. The oscillator circuit is made up of a quartz crystal, a transistor, and a few additional components. When a voltage is applied to the crystal, a current will flow through the crystal, causing it to oscillate at its resonant frequency, which is determined by the physical characteristics of the crystal. This frequency is then amplified and filtered to the desired frequency by the circuit components.

The AV-12.288MAHV-T crystal offers a number of advantages over traditional crystals. It is smaller, consumes less power, offers excellent temperature stability and frequency stability, and can work in a wide range of voltages and frequencies. As such, it is ideal for applications such as radio communication, telemetry, and navigation.

In conclusion, the AV-12.288MAHV-T crystal is a powerful and versatile crystal that is used in a broad range of applications. Its self-driven design and low ESR make it suitable for use in various RF applications, and its superior temperature and frequency stability make it an ideal choice for communication systems. Its high voltage capabilities make it a reliable and dependable crystal for a wide range of demanding applications.