MK1709AGT

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The MK1709AGT is a high performance clock generator, frequency synthesizer, PLL, and timing component manufactured by Japanese electronics manufacturer Anritsu Corporation. It is a highly reliable, low jitter, RoHS compliant component with outstanding performance characteristics. The component is ideal for use in modern communications systems, office equipment, and other applications requiring accurate clock, timing, or precision control.

The MK1709AGT is based on a proven circuit topology similar to that used in many other high quality PLL components. The component is designed for versatility and scalability, making it a great choice for applications where performance and cost are important factors. It has a wide range of programmable features including input voltage, output voltage, frequency, load capacitance, output resistance, reference amplifiers, and other adjustable parameters.

The main working principle of the MK1709AGT relies on an external reference clock used to generate a time base (or clock) signal. This time base is divided down to generate an output clock signal with an accurate and stable frequency. The PLL loop is then used to synthesize the desired output frequency and is adjustable to compensate for the effects of input clock noise and aging. The component can also be configured to operate without the PLL for stable output frequencies.

The MK1709AGT is designed to be used in a range of applications, including communications, office equipment, medical systems, and other devices requiring precise timing and control. It can be used in GPS systems, robotics platforms, military navigation systems, and consumer electronics, among many other applications. It is also ideal for a system requiring complex, multi-channel clocks such as CCD cameras or multi-channel audio systems.

The MK1709AGT is a highly reliable and low jitter, cost effective component that delivers exceptional performance in a wide range of applications. Its extensive range of features and configurable parameters makes it an ideal choice for modern communications systems and other applications requiring precise timing and control. The component is reliable, flexible, and with excellent performance characteristics.

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