MPC9893AE Integrated Circuits (ICs)

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MPC9893AE is a clock generator, phase-locked loop (PLL), and frequency synthesizer device developed by MEAS Digital. It provides up to three user-programmable differential outputs with the clock frequencies ranging from GHz to InfiniRate™ OCXO-based LVDS outputs ranging from 100MHz to 2GHz. This product is suitable for various applications, such as telecommunications, industrial applications, and many others.

The application field of this device includes a wide range of industries and applications, mainly because of the variety of supported output frequencies and the low power consumption. It is suitable for the developing environments where a small and robust device is required. It is also suitable for industrial environments, where the long and consistent outputs of the device are needed. Moreover, this device can be used for telecommunications applications due to its low power consumption and its fiber-lock capabilities.

The working principle of the device involves utilizing the synchronous clock design and high-accuracy control circuitry. This circuitry enables the device to accurately control the output frequencies from the low frequency to the high frequency range. Moreover, the device utilizes a programmable PLL clock line, which allows the user to adjust the output frequency based on the desired application. Additionally, the device features an integrated frequency hopping feature, which ensures that the device can precisely synchronize the outputs, even under changing environmental conditions.

The MPC9893AE also takes advantage of noise reduction techniques to ensure low jitter performance. It implements several jitter-reduction techniques, including the use of EMI shielding, clock synchronizers, and phase-locked loops. All of these techniques contribute to the high accuracy of the device and its reliable synchronization performance. Furthermore, the device consists of a temperature-compensated crystal oscillator to ensure that the output frequency remains consistent over a wide temperature range.

The device is a cost-effective solution and is ideal for applications requiring reliable outputs in an ever-changing environment. Its wide range of output frequencies, low power consumption, and integrated noise reduction techniques make it an attractive solution for many applications. Its reliable frequency control and accuracy are also an advantage that make it an attractive choice for various industries.

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