MA-406 64.0000M-AZ3:ROHS

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 serve a variety of applications in the electronics industry, ranging from oscillators and quartz filters to oscillators of quartz. However, the MA-406 64.0000M-AZ3:ROHS is specifically designed to provide reliability and durability in high temperature, high radiation and harsh vibration conditions. In order to understand the many advantages the MA-406 64.0000M-AZ3: ROHS brings to the table, it is essential to understand the crystal’s application field and its working principle.

The MA-406 64.0000M-AZ3:ROHS crystal is specialized in high temperature, high radiation, and high vibration applications. It is particularly useful for applications such as industrial robots, aerospace systems, medical imaging, automotive systems and biomedical applications. The crystal also boasts excellent temperature stability and time-keeping accuracy for gigahertz clock circuit applications. With an eagerness to adopt new technologies, the MA-406 64.0000M-AZ3:ROHS crystal can operate at higher temperatures while maintaining excellent accuracy, making it a great choice for top-performance applications.

But how does a crystal oscillator work in general? An oscillator crystal is responsible for providing a single, stable frequency source that can drive oscillators, clocks, resonators and filters found in radio frequency (RF) circuits. An oscillator produces a continuous output of frequency at exactly defined fundamental frequency by amplifying the crystal’s inherent frequency, typically between 30 kHz and 400 GHz. The oscillator crystal is made up of a piezo-electric material, such as quartz, that produces a voltage when it is mechanically strained. Its electrodes are then connected to an external circuit and the crystal will start oscillating at its natural resonance frequency.

The MA-406 64.0000M-AZ3:ROHS is an advanced crystal particularly used in ultra-high temperature, high radiation, and high vibration applications. It has a temperature range of -55°C to +150°C, an operating frequency of 64.0000MHz, and a pullability (tolerance) of ±20ppm. Additionally, it has a frequency stability of ±20ppm at -40°C to +85°C temperature range. The MA-406 64.0000M-AZ3: ROHS is available in a variety of packages, including SMD and DHLC terminals, and can typically be found in hermetically sealed ceramic packages.

As can be seen, the MA-406 64.0000M-AZ3:ROHS crystal is a valuable tool when it comes to high temperature, high radiation, and high vibration applications, as it will provide a single, stable frequency source that can drive oscillators, clocks, and filters in RF circuits. With its wide temperature range, high operating frequency and excellent frequency stability, the MA-406 64.0000M-AZ3: ROHS serves to enable the success of industrial, aerospace, medical and automotive applications.

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