ECX-H22BN-148.3516

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Oscillators

ECX-H22BN-148.3516 oscillators have a great application field and have become popular choice option among engineers and technicians. They provide a high precision clock signal within a wide frequency range and make the most efficient use of both components and system resources. The oscillators’ design is based on the use of quartz crystals that are tailored to meet the needs of many applications. This article will explain the application field and working principle of ECX-H22BN-148.3516 oscillators.

Application Field

ECX-H22BN-148.3516 oscillators have a wide range of applications in many fields, including automotive, communication, audio/video, medical, industrial control, consumer electronics, wireless communications, and many more. These oscillators are capable of providing a stable frequency signal even in extreme temperature and vibration environments. With a frequency accuracy of ±25 ppm, they can be used for precise timing in systems such as frequency synthesizers and high-speed data converters. The oscillators also ensure precise clock output synchronization in next-generation systems such as 5G cellular communications, video surveillance, and automotive applications. Moreover, the wide frequency range (1.5 MHz to 148.3516 MHz) allows these oscillators to be used for diverse applications such as point-of-sale terminals, microprocessor-based consumer appliances, digital audio digital signal processors (DSPs), and medical instruments.

Working Principle

ECX-H22BN-148.3516 oscillators use a quartz crystal as the resonating component. The crystal is cut with a particular geometry and then coupled with an electronic circuit. At the given frequency, the quartz crystal acts as an electromechanical resonator; when an AC signal is applied to the crystal, it vibrates at its resonant frequency. The electronic circuit amplifies this vibration and generates a clock signal at this frequency. This clock signal is then used to regulate the speed of the system and ensure high timing accuracy. The resonating crystal is also temperature-compensated to ensure that the clock signal remains at a stable frequency over a wide range of temperatures.

ECX-H22BN-148.3516 oscillators are able to provide highly precise clock signals over a wide frequency range. These oscillators are suitable for many applications, such as automotive, communication, audio/video, medical, industrial control, consumer electronics, wireless communications, and much more. With their temperature-compensated resonating crystal and wide frequency range, they provide a reliable clock signal for precise timing in systems such as frequency synthesizers and data converters. Therefore, ECX-H22BN-148.3516 oscillators have become a popular choice for many engineers and technicians.

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