9C-15.360MBBK-T Crystals, Oscillators, Resonators

Crystals are widely used in the physical and engineering sciences, electronics and many other areas, including medicine, biology and optics. One example is the 9C-15.360MBBK-T crystal, a temperature compensated crystal oscillator (TCXO) commonly used in frequency control and timing applications.

Application field of 9C-15.360MBBK-T: The 9C-15.360MBBK-T crystal is a cost-effective, temperature controlled quartz crystal oscillator typically used to improve signal accuracy in devices ranging from cell phones to television remote controls. Radio transmitters, remote wireless communications, multi-band wireless systems, computer networks and aerospace electronics are just a few examples of where this device can be used.

Working principle of 9C-15.360MBBK-T: The 9C-15.360MBBK-T crystal works by converting electrical energy into mechanical vibration in a piece of quartz. This vibration is then transformed back into electrical energy, which is used to create timing pulses. This device is also temperature compensated. It utilizes a unique temperature compensation technology to compensate for frequency shifts due to temperature changes, ensuring a stable frequency output no matter the outside environment.

These quartz crystals are available in different configurations, depending on the needs of the application. The 9C-15.360MBBK-T crystal is often selected for its unmatched accuracy and high reliability. With features like option of internal or external load, high shock and vibration resistance, it also offers cost-effectiveness to the consumer.

The 9C-15.360MBBK-T crystal is designed for applications that require high performance, accuracy and stability, which makes it a great option for controlling frequencies in any kind of device. Its flexibility, reliability and ability to stay characterized over a wide temperature range make it the perfect choice for a variety of consumer and industrial applications.

In a nutshell, the 9C-15.360MBBK-T is a temperature compensated crystal oscillator that can help to improve signal accuracy in many different kinds of devices. With various types of configurations available, it can easily meet the requirements of any application. Thanks to its ability to provide precision in frequency control and timing applications, it is a very popular choice among designers.