849N202CKI-002LF

849N202CKI-002LF is a frequency synthesizer product from CTS Electromechanical Group. It is designed for applications that require precise frequency control.

The 849N202CKI-002LF has a range of frequency options, with a maximum frequency of 31.25MHz, and the resolution can be as small as 0.02Hz. The input voltage is 5V, with a tolerance of ±0.25V, and the output voltage can be typically between 0.8V-2.0V. The maximum output power is 7W.

In terms of features, the 849N202CKI-002LF has a low power consumption, typically 5mW or less. It also has a fast switching speed, allowing it to quickly switch between frequencies with no latency. The 849N202CKI-002LF has good noise rejection, and a low phase noise, resulting in a high signal-to-noise ratio. It also has a jitter reduction feature, which helps reduce fluctuations and ensure optimal performance.

The 849N202CKI-002LF application field is a broad one, from telecommunications to broadcasting, and automotive to medical. This synthesizer can be used in applications such as frequency source for digital-to-analog and analog-to-digital converters, as a very low jitter clock source for USB and HDMI interfaces. The 849N202CKI-002LF could also be used to generate a frequency reference for radio frequency identification systems and other radio frequency applications.

The working principle of the 849N202CKI-002LF is based on the generation of signals by combining multiple oscillators. The main oscillator is the reference oscillator, which is used to generate a fixed frequency signal. This signal is then combined with other oscillators, each with different frequencies. By adjusting the output of the secondary oscillators, signals with frequencies that are an integer multiple of the reference frequency can be generated.

This multi-oscillator approach allows for a much greater range of frequencies than can be generated via a single oscillator. This makes the 849N202CKI-002LF suitable for a wide range of applications. The adjustments of the secondary oscillators can also be done by a computer, allowing for automated frequency switching and better levels of accuracy.

In conclusion, 849N202CKI-002LF frequency synthesizer is an ideal choice for a wide range of applications that require precise frequency control. It features a low power consumption, fast switching speed, good noise rejection and a low phase noise, making it suitable for applications such as frequency sources for digital-to-analog and analog-to-digital converters, as well as in radio frequency identification systems.