MPC905EFR2 Integrated Circuits (ICs)

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The MPC905EFR2 clock buffer and driver is designed to help mitigate EMI radiation and supply noise. The die passes the European Union requirements for the Reduction of Hazardous Substances (RoHS) and is fabricated with Advanced Ceramic Substrates (ACS). The package is lead-free and RoHS-compliant.

The MPC905EFR2 is an integrated, low-power, single-to-quad buffer/driver. It is a high-performance clock tree bi-directional buffer clocking up to 52 MHz and is ideal for buffering differential data. The MPC905EFR2 buffer/driver supports both single-ended input and differential input clocks for applications requiring robust noise reduction and high-speed performance.

MPC905EFR2 can buffer differential inputs from a Vi transformer, or from the output of a voltage- or current-mode switched-capacitor clock driver. It can be used to connect a common-mode clock driver with four differential outputs to different parts of the system via differential cables. The device is capable of accepting either single-ended or differential inputs, allowing for more flexibility when it comes to system design.

The MPC905EFR2 has two clocks input options, one for single-ended input and one for differential input, both with a maximum frequency of 52 MHz. The device also features a high-bandwidth output buffer, which allows for amplification of the buffered clock signal with minimal jitter and skew at the output. The MPC905EFR2 has a wide range of output levels that can meet the application\'s needs for speed and power.

The MPC905EFR2 can also be used as a barrier between high-speed clock generators and power and ground lines to reduce EMI radiation. The unique design of the device allows for a robust, EMI-resistant connection between high-speed clock generators and a variety of high-speed systems. In particular, the MPC905EFR2 is highly suitable for applications that require high-bandwidth and low-jitter clock buffering.

The MPC905EFR2 features a low-power design that enables the device to dissipate heat more efficiently and consume less power than other clock buffers/drivers. This makes it ideal for environments where power consumption and cooling requirements are at a premium, as well as for applications that require high-speed, low-jitter performance.

The MPC905EFR2 is suitable for a wide range of applications in fields such as computer and networking infrastructure, medical imaging/diagnostics, automotive, and aerospace. In particular, it is well suited for applications that require high-bandwidth and low-jitter clock buffering, such as PCI Express, USB 3.0, HD Camcorders, and RF systems.

The MPC905EFR2 is an ideal solution for applications that need a robust and reliable clock routing solution. It provides reliable, dependable performance with low power consumption and excellent robustness against EMI and supply noise. Its design makes it suitable for a wide range of applications, which makes it an ideal choice for today’s high-speed and high-jitter environments.

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