9B-36.000MBBK-B

Crystals

Crystals are generally an orderly arranged arrangement of atoms, molecules or ions with a three-dimensional repeating pattern. They are classified into two categories: organic and inorganic. 9B-36.000MBBK-B is an organic crystal used in semi-conductor industry, which has the largest power in the high-frequency oscilator system.

Four primary specifications of 9B-36.000MBBK-B have been used to automate a variety of mechanical processes, including vibration monitoring and control. Their applications are varied and include power generation, data transmission and communication. They have an array of characteristics that make them ideal for these applications.

• High Tuning Accuracy: The 9B-36.000MBBK-B crystal\'s oscillator circuit is designed to oscillate with extreme accuracy (+/-10ppb to 3ppb) and stability, which is required for the precise control of systems.


• Low Temperature Coefficient: These crystals also have a low temperature coefficient, which makes them highly suitable for use in harsh environments with fluctuating temperatures.


• High Reliability: The 9B-36.000MBBK-B crystalline has a high MTBF (mean time between failure) rating, making it one of the most reliable crystals on the market.


• Low Operational Power Consumption: The 9B-36.000MBBK-B crystal requires little power to operate, making it ideal for battery-powered electronics applications.

The working principle of the 9B-36.000MBBK-B crystal relies on the properties of quartz, which have been used to create crystals since the mid-20th century. Quartz is a piezo-electric, which means it has certain electrical properties when it is subjected to mechanical stress. In the case of 9B-36.000MBBK-B, the quartz is cut and polished into the desired shape before it is mounted on a circuit board. When an alternating electrical current at the correct frequency is applied, the quartz will vibrate at a consistent rate and consequently generate a steady electric signal.

The electric signal is then used to create an oscillating circuit, producing an output voltage that is determined by the frequency and amplitude of the quartz crystal’s vibration. This electric signal is amplified and filtered in order to create a precise output voltage, which can be used to control a variety of processes in both the analog and digital domains.

In conclusion, the 9B-36.000MBBK-B crystal is a highly versatile and reliable crystal used in semi-conductor industry. It has the largest power in the high-frequency oscillator system and is designed to oscillate with extreme accuracy and stability. Its wide application field and low power consumption make it an ideal choice for various electronic and mechanical applications.