ECX-P25BN-200.000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are devices that are used to generate alternating signals which have a precise frequency and amplitude period. The ECX-P25BN-200.000 Oscillator is a highly precise and reliable solution designed for applications which require highly precise signal generation across wide temperatures and extremely low noise.

The major characteristics of the ECX-P25BN-200.000 Oscillator are its extremely low power consumption, near-zero jitter and low phase noise. It is made of high quality construction materials providing exceptional performance and stability. The ECX-P25BN-200.000 Oscillator can be used in a range of applications, including communication systems, medical equipment, navigation systems and accuracy instruments.

In communication systems, the ECX-P25BN-200.000 Oscillator is used to generate low jitter clock signals. Low jitter helps to minimize bit errors and improve system performance. The device also provides precise timing information for packet switching and frame synchronization. In medical equipment, it provides precise timing signals for medical imaging and diagnostic equipment. Similarly, in navigation systems, the device ensures precise positioning and timing precision for navigation accurate measurements.

The working principle of the ECX-P25BN-200.000 Oscillator is simple. It works by generating a periodic change in voltage or current at the precise frequency and amplitude. The oscillator works by taking an input voltage and producing an output which oscillates at the frequency of the input voltage. This input voltage can be either a reference signal or an electrical current. The oscillator then amplifies and filters the input signal and produces an output signal with the desired characteristics.

The ECX-P25BN-200.000 Oscillator is a highly reliable and accurate solution for applications which require precise signal generation across wide temperature and extremes. It has a very low power consumption and can be adjusted for precise performance over a range of temperatures and frequencies. Its exceptional stability and performance makes it suitable for a range of application requiring precise signal generation.

The specific data is subject to PDF, and the above content is for reference