7B13500006

Crystals, especially those with a number designation like the 7B13500006, are an exceptionally powerful tool in industry due to their many distinct properties. This crystal is designed for use in several applications, such as radio and frequency modulation, the development of precision timing and frequency standards, and the generation and utilization of ultrasonic signals. Each application has its own distinct workings and principles.

Radio & Frequency Modulation

Using 7B13500006 crystals for radio and frequency modulation is a widely accepted practice. The crystal determines the most efficient frequency of the device. The frequency of the device is changed by moving an internal frequency adjustment coil located just on one side of the crystal. Moving the coil increases or decreases the capacitance, resulting in a higher or lower frequency of the device.

Precision Timing & Frequency Standard

7B13500006 crystals are used in precision timing and frequency standard devices to provide a stable and consistent reference source of time. A quartz crystal operates like a circuit, wherein an electrical oscillator is passed over it, causing the frequency to remain stable. The result is a precise timing and frequency standard that is used in many applications.

Ultrasonic Signals

7B13500006 crystals can be used to generate and utilize ultrasonic signals. Ultrasound is sound at frequencies beyond the range of human hearing. It typically ranges from 20 to 100kHz and is used for various medical and industrial applications. An ultrasonic transducer, which is a specific type of microphone, is used to generate the sound, while a crystal controls the frequency of the ultrasound. 7B13500006 crystals are well suited for this purpose due to their small size and robust frequency control.

Crystals like the 7B13500006 are useful for a variety of applications, each having their own distinct working principles. For radio and frequency modulation, the crystal determines the most efficient frequency of the device by changing the device\'s frequency through changes in capacitance. For precision timing and frequency standards, the crystal acts like a circuit and provides a stable reference source of time. And for the generation and utilization of ultrasonic signals, the crystal is used to control the frequency of the ultrasound.