7A-29.4912MBBK-T

The 7A-29.4912MBBK-T is a type of crystal, a kind of electronic component that is used to control and maintain the frequency of electrical signals. Crystals are used in a wide variety of applications in electronics, including computers, smartphones, TVs, and home appliances, for example. This type of crystal is designed to provide a very high frequency accuracy and frequency stability.

The 7A-29.4912MBBK-T is a standard AT-cut quartz crystal. This crystal is designed to have a temperature range from -20 to +70 degree Celsius, and a frequency range of 29.4912MHz. It usually works in conjunction with an amplifier, oscillator, and filter circuits.

The working principle of the crystal is basically the same as other crystals. Quartz, a special kind of mineral, is used as the core material of a crystal oscillator. Quartz has excellent features in terms of frequency stability and immunity to mechanical vibration. The quartz crystal is cut into a specific shape called an AT-cut quartz crystal. This allows the crystal to vibrate at a certain frequency when an external ac signal is applied to it. The crystal oscillator then uses the vibrations to generate a stable and precise frequency signal.

The 7A-29.4912MBBK-T crystal has a wide range of applications in the electronics industry. It can be used as the time base for clocks and watches, as the frequency filter for high-frequency radio equipment, and as the oscillator in automatic test equipment. It is also used in precision control systems for CRT displays, as well as for tracking and receiving systems for telecommunications.

In addition, the 7A-29.4912MBBK-T crystal can be used in data acquisition systems, such as time-domain multiplexing systems, as the reference frequency for radar, and in digital communications systems, such as local area networks. Furthermore, it can also be used in transceiver systems and in medical instrumentation, such as X-ray machines.

The 7A-29.4912MBBK-T crystal is a reliable and accurate choice for many electronic applications. It is able to provide a very high frequency accuracy and stability, making it ideal for systems that require precision. Furthermore, it is highly resistant to vibration and temperature changes, making it ideal for applications in extreme temperatures.