MK2304S-2LF

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MK2304S-2LF is a clock generator, PLL (phase-locked loop), or frequency synthesizer. It is a single-device clock generator that can provide a very versatile and programmable clock source. The device is ideal for applications such as networking, consumer electronics, telecommunication, and information systems, as well as other applications that require synchronized clocks or clock multiples.

The working principle of the MK2304S-2LF is based on the control of the phase-locked looping action. It continuously compares an internally generated reference frequency and the input frequency from an external reference, such as a crystal oscillator or clock signal. It then makes small adjustments to the output frequency in order to maintain synchronization. This ensures an accurate and stable output frequency regardless of any changes in the external reference frequency.

The clock generator is composed of a PLL (phase-locked loop) and voltage-controlled oscillator (VCO). The PLL portion of the device is responsible for comparing the reference frequency from the external reference and the output frequency from the oscillator. It then adjusts the output frequency in order to ensure the best synchronization accuracy. The VCO is the actual clock source and is responsible for producing the output frequency.

The MK2304S-2LF can be programmed to generate any frequency between 2.0 and 180 MHz. It also provides a low-skew output that helps to keep frequencies consistent across multiple chips. The device has also been designed with power down and reset capabilities, as well as lower jitter and low EMI (electromagnetic interference) options. The device is also RoHS (Restriction of Hazardous Substances) compliant.

The MK2304S-2LF is a versatile and highly programmable clock generator. It offers the ability to generate low jitter clocks at frequencies up to 180 MHz. The device is low power, cost effective, and compliant with standards such as RoHS. In addition, it provides a low-skew output for consistent frequencies across multiple chips, as well as power down and reset capabilities.

The device is suitable for a wide range of applications including networking, consumer electronics, telecommunication, information systems, and other clock-dependent applications. It can provide precise and stable clock output in order to ensure the best performance of the related applications.

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