7M-24.576MAAE-T Crystals, Oscillators, Resonators

Crystals have been a cornerstone of technological advancement for centuries. From timepieces to computers, they are the heart of any device that requires a stable, reliable signal. This is particularly true in the field of telecommunications, which has become entirely reliant on quartz crystals.

One of the most advanced crystals used in telecommunications is the 7M-24.576MAAE-T crystal. This crystal is used in high-speed data transmission, and its characteristics make it essential to both wired and wireless networks.

Application field
The 7M-24.576MAAE-T crystal has become a critical component in a variety of sectors, including telecommunications, broadcasting, radio, and navigation systems. This crystal is designed for data transmission at high speeds and can be used in a variety of network environments.

It can be used in many different networks, from the most basic local networks to the most sophisticated satellite links.The crystal has a frequency response range of 10Hz to 400MHz, and it is capable of handling data rates up to 12.8Gbps. Its wide frequency range and powerful performance make it ideal for the most demanding applications.

Work principle
The 7M-24.576MAAE-T crystal works on a simple principle. It contains a thin slice of quartz that is cut and aligned at a precise angle. This quartz is then cut into two equal parts, which are then connected with a thin metal wire. This wire is tuned to a specific frequency, which is used for data transmission.

When a voltage is applied to the crystal, it produces an oscillating electric field that generates a tiny but steady electric current. The frequency of this oscillation is the same as the frequency that is specified on the tuning wire, which means that the crystal acts as a very precise clock. This clock is then used by the network to precisely control the timing of the data transmission.

The 7M-24.576MAAE-T crystal is a crucial component of any high-speed data transmission system. It provides a stable, reliable signal that is essential for efficient data transfer. Its high performance and wide range of applications make it a powerful and invaluable tool in modern telecommunications.