ADN4600XCPZ

Series:	--
Part Status:	Obsolete
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Circuit:	--
Current - Output High, Low:	--
Voltage Supply Source:	--
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Base Part Number:	ADN4600

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ADN4600XCPZ Logic – Signal Switches, Multiplexers, Decoders

Introduction

The ADN4600XCPZ Logic – Signal Switches, Multiplexers, Decoders is a powerful integrated high-speed switching and multiplexing module designed to provide a flexible solution for data routing and distribution in high-speed applications. It is suitable for both single-ended and differential digital signals and can be used for high-speed switching, multiplexing, and decoding of up to 256 channels. The ADN4600XCPZ offers a wide range of features, such as dedicated switching control signals, adjustable repetition rate and delay, differential input and output, two three-state output modes for high-speed enabling and disabling, programmable VCC level, and an integrated power saving circuit that can reduce power consumption.

Application Field

The ADN4600XCPZ Logic – Signal Switches, Multiplexers and Decoders is suitable for a wide range of applications, such as high-speed serial data routing, data streaming, data transmission, data processing, and communication. It is commonly used in communication and networking, data center, data conversion, storage and display, consumer electronics, automotive, and industrial automation applications. It is capable of supporting a wide range of data rates, including the latest serial transmission protocols such as Ethernet, Infiniband, USB 3.0, Fibre Channel, and PCIe. The multiplexer and decoder can be used for multiplexing and decoding of up to 256 channels, making it a perfect choice for high-throughput applications. It also offers programmable VCC level, allowing for higher switching speed and noise immunity.

Working Principle

The ADN4600XCPZ Logic – Signal Switches, Multiplexers and Decoders integrates two different circuits: a switching circuit and a multiplexer/decoder circuit. The switching circuit uses a voltage comparator to detect the input data and activate the appropriate switches. The threshold of the comparator can be adjusted using an on-chip potentiometer. The multiplexer/decoder circuit is used to switch the input data between multiple output ports and to decode the data across multiple channels. The multiplexer/decoder circuit consists of a buffer, multiplexer/decoder unit, and an output port. The circuitry allows the selection of which data channel to be decoded and which data channel to be outputted. On-chip duty cycle control and variable delay registers are available for programmability. The ADN4600XCPZ is designed to support both single-ended and differential digital signals at high-speed. The circuit is designed to minimize signal degradation and cross talk, and to reduce power consumption. Additionally, the integrated power-saving feature reduces the quiescent current consumption, making it an ideal solution for applications that require low power consumption.

Benefits and Advantages

The ADN4600XCPZ Logic – Signal Switches, Multiplexers and Decoders is a high-speed and versatile device that can be used for both switching and multiplexing/decoding of digital data. It offers the following benefits and advantages:• High Speed: Supports high-speed data rates up to 6 Gbps. • Flexible: Supports both single-ended and differential digital signals. • Versatile: Supports multiple output ports and 256 channels. • Low Power Consumption: Integrated power-saving feature reduces the quiescent current consumption. • Programmable: Features adjustable repetition rate and delay, programmable VCC level, and adjustable comparator threshold.

Conclusion

The ADN4600XCPZ Logic – Signal Switches, Multiplexers and Decoders is a versatile unit designed for both high-speed switching and data routing. It supports a wide range of data rates, including the latest serial protocols, such as Ethernet, Infiniband, USB 3.0, Fibre Channel, and PCIe. It features multiple output ports, adjustable repetition rate and delay, programmable VCC level, and an integrated power-saving feature, making it an ideal choice for high-throughput applications that are sensitive to power consumption.

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