ECS-UPO-8PINX-2

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Programmable oscillators are electronic components that provide clock signals that can be adjusted in both frequency and strength. The ECS-UPO-8PINX-2 is a programmable oscillator that is characterized by small size, low power, and excellent frequency accuracy. This article will take a closer look at the application fields and working principle of the ECS-UPO-8PINX-2 programmable oscillator.

Application Field:

The ECS-UPO-8PINX-2 programmable oscillator is mainly used in a wide range of fields such as remote control, high frequency communication systems, wireless networks, IC product logic design, industrial test equipment, and frequency synthesis. This oscillator has high frequency accuracy and stability, making it a great choice for applications that require precise timing. In addition, its small size and low power consumption make it perfect for portable applications.

Working Principle:

The ECS-UPO-8PINX-2 programmable oscillator is a crystal oscillator that generates a fundamental frequency by using quartz crystal as a frequency control component. The operating frequency of the oscillator can be adjusted through an internal programmable circuit. To adjust the output frequency of the oscillator, the programmable circuit first divides the fundamental frequency to produce a reference frequency. The reference frequency is then multiplied or divided to reach the desired frequency.

In addition to adjustable frequency, the ECS-UPO-8PINX-2 also offers reliable and consistent performance over a wide temperature range as well as excellent frequency accuracy. This ensures that the oscillator will maintain its frequency stability across different environmental conditions.

Overall:

The ECS-UPO-8PINX-2 programmable oscillator is an excellent option for applications that require precise timing and reliable performance. Its small size and low power consumption make it ideal for portable applications, while its excellent frequency accuracy and stability make it suitable for a wide range of applications. The oscillator offers adjustable output frequency by using an internal programmable circuit, and its frequency stability is maintained even in varying environmental conditions.

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