MK3722GLFTR Integrated Circuits (ICs)

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

The MK3722GLFTR clock/timing module, like similar products in the market, serves as a frequency synthesizer with a dual purpose. The module is designed to generate multiple frequencies and to serve as a PLL, allowing them to be modulated together to create more complex, higher precision waveforms. The combination of these two capabilities makes it well-suited to a wide range of applications, from providing stable timing signals to radio communications and other similar fields.

The MK3722GLFTR is a variable frequency synthesizer capable of producing a frequency range of up to approximately 600 MHz within a maximum range of frequency Synthesizers. The module also features a hybrid synthesizer/PLL, allowing for frequency modulation as well as a frequency hold capability. The frequency modulation allows for the generation of waveforms that are more precise than what can be generated with a standard frequency synthesizer. Additionally, the frequency hold feature makes it suitable for applications where a single, stable frequency is required, such as a VCO oscillator.

The MK3722GLFTR specializes in both low-frequency and high-frequency outputs. Low-frequency, or LF, outputs range from 10 kHz to 100 MHz with a resolution of 1 Hz and a current limit of 20 mA. High-frequency, or HF, outputs range from 1 MHz to 600 MHz, with a resolution of 1 Hz and a current limit of 80 mA. Furthermore, the amplifier operated by the MK3722GLFTR has a gain of 1 V/V at 25 °C.

The MK3722GLFTR works in a closed feedback loop to hold the frequency and control the phase variations. It uses an infinite impulse response, or IIR, filter to detect the frequency errors. This filter is then used in a feedback loop to ensure that the output frequencies remain constant. Additionally, the module includes a programmable charge pump for programming the operating voltage and for fine-tuning the frequency selection.

Another feature of the MK3722GLFTR is the ability to detect clock transitions. This is done by monitoring the input clock data and then outputting the frequency associated with the clock transition. This can be used for applications such as frequency hopping and for determining the transition times of clock signals. Additionally, the module is able to detect the start and stop of pulses and pulses on the synchronization pulses from other devices.

The MK3722GLFTR is typically used in applications where precision frequency control is required. This can range from clock generation to radio frequency frequency synthesis and phase-locked loops. Additionally, the module’s high frequency and resolution allow it to be used in applications requiring stable timing signals. It is adaptable and well suited for a wide range of applications.

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