9C-8.000MAAE-T Crystals, Oscillators, Resonators

Crystals: 9C-8.000MAAE-T application field and working principle

Since the development of crystals, it has become a widely used material for high frequency applications. In the past few decades, numerous advanced application fields that make use of crystals have been developed. One of them is 9C-8.000MAAE-T, a type of application field that uses small plastic packages to offer reliable electrical activities. This article will focus mainly on discussing 9C-8.000MAAE-T application field and its working principle.

9C-8.000MAAE-T is a high frequency crystal package specially designed for low-cost, high-performance applications. It is available in RoHS compliant Surface-Mount and hybrid Through-Hole packages with frequencies ranging from 18 MHz to 60 MHz. The package utilizes a ceramic base for improved thermal performance, better mechanical stability and improved electrical properties. Through-Hole packages available in RoHS-compliant, through-hole and vertical configurations, offer excellent electrical performance, mechanical stability and affordability.

The 9C-8.000MAAE-T is based on a quartz crystal resonator that oscillates at a precise frequency. It works on the principle of piezoelectricity, wherein an electric field is applied to a material when vibrating. This causes a mechanical strain in the material which, in turn, causes an electrical charge to be generated. The crystalline structure of quartz causes the crystal to oscillate at a precise frequency when a voltage is applied across it. Therefore, when a voltage is applied to the quartz crystal resonator, the crystal vibrates at the specified frequency, thus generating an oscillating electric signal.

The 9C-8.000MAAE-T application field is ideal for a wide range of applications, such as clock signal generation, signal amplification, filtering, and timing. The crystal package is designed for very low power consumption and can be used for computer system clock signal generation, radio frequency signal amplification, and various other applications. The package utilizes a high quality quartz crystal resonator, which helps to ensure precision timing accuracy even when exposed to wide temperature fluctuations.

The 9C-8.000MAAE-T is also designed for use in vibration sensitive applications such as medical equipment, aircraft, and military applications. The package can be used to measure vibration levels and can be used to generate precise clock signals with low-noise levels. The 9C-8.000MAAE-T is also used in frequency reference applications, where precision frequency reference signals are needed.

Overall, the 9C-8.000MAAE-T is a reliable, cost-effective solution for a variety of high-frequency applications. The package utilizes a quartz crystal resonator to deliver precise electrical signals and features excellent thermal, mechanical, and electrical performance. It is designed for low-power operation and has excellent vibration sensitivity for use in vibration-sensitive applications. The package is available in two formats: RoHS-compliant surface-mount and hybrid through-hole, both offering excellent electrical performance, mechanical stability and affordability, making it a perfect choice for both low-cost and highly-reliable applications.