Crystals: CMR309T24.000MABJTR Application Field and Working Principle

CMR309T24.000MABJTR is a crystal resonator (also known as piezoelectric resonator) for a wide range of applications and working principle. Crystal resonators are the most commonly found components of a crystal oscillator that are highly used in electronics.

What is CMR309T24.000MABJTR?

CMR309T24.000MABJTR is a Piezo resonator with an operating temperature range of - 20°C to 70°C. It is also available with a uni-polar variant, featuring an operating temperature range of 0 °C to 70 °C. It provides very tight tolerance of +/- 50ppm between -20 °C and 70 °C.

The CMR309T24.000MABJTR is constructed using advanced ceramic packaging technology and high-performance crystal elements. It is designed for use in the industry for various applications.

Applications of CMR309T24.000MABJTR

The applications of this piezoelectric resonator are numerous and it can be integrated into several electronic gadgets including:

• Mobile phones and personal computers
• Consumer electronics
• Industrial automation equipment
• Consumer electronics such as audio systems and cameras
• Automotive and aerospace guidance systems
• Satellite and satellite communications systems
• Spacecrafts, rovers and deep-space probes
• Military equipment and weapons systems
• Earth observation, navigational and communication satellites

These are just some of the sectors where the CMR309T24.000MABJTR can be integrated. In fact, this crystal resonator can also be used a crucial factor in the design and manufacture of many integrated applications.

Principle of Operation of CMR309T24.000MABJTR

CMR309T24.000MABJTR operates on the principle of the Piezoelectric Effect. This effect occurs when an electrical field affects a material and causes it to vibrate or generate mechanical energy. The material used is usually quartz, which is electrically non-conductive, yet very strong and rigid. This material also has the ability to mechanical vibrations and convert them into electrical energy. This piezoelectric effect enables the piezoelectric material to act as the main component of a resonator.

The CMR309T24.000MABJTR is made of quartz and its shape is designed in a way to undergo and generate resonance at certain frequencies. This is done by attaching two electrodes at the interface of the quartz and then passing an electrical stimulus in a single direction, resulting in a vibration of the crystal at a particular frequency needed. By changing the external capacitors, the frequency of the resonator can be tuned to the desired value.

The resonance frequency generated depends on the hardness and shape of the quartz crystal. The advantages of CMR309T24.000MABJTR include its very low cost, small size and high precision. Also, due to the low dissipation of this quartz crystal, the device can be powered by low voltage and remain active for a long time.

Conclusion

CMR309T24.000MABJTR is a high-performance Piezoelectric resonator designed to provide tight frequency tolerance across a wide temperature range. This crystal resonator can be used in a variety of electronic devices. It works on the principle of the Piezoelectric Effect, converting electrical energy into mechanical vibrations and vice versa. This allows the CMR309T24.000MABJTR to generate and sustain frequencies within the desired range for long periods of time.