DS90CR216MTD/NOPB

Series:	--
Packaging:	Tube
Part Status:	Not For New Designs
Applications:	--
Interface:	--
Voltage - Supply:	3 V ~ 3.6 V
Package / Case:	48-TFSOP (0.240", 6.10mm Width)
Supplier Device Package:	48-TSSOP
Mounting Type:	Surface Mount
Base Part Number:	DS90CR216

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• Introduction

DS90CR216MTD/NOPB is a dedicated high-speed differential receiver for today\'s external high-speed serial buses. It is designed for systems where a reliable data transmission is needed in hostile, high-noise environments. The device features low-input-capacitance, small size, and a built-in logic loopback feature. With its integrated differential receiver, DS90CR216MTD/NOPB is suitable for applications requiring short signal rise times, signal to noise performance and high data-rate communication in a low-power environment.

• Application Field

DS90CR216MTD/NOPB is suitable for applications requiring short signal rise times, signal to noise performance and high data-rate communications in a low-power environment. It is ideal for applications such as automotive infotainment systems, industrial control systems, point-to-point communications, data acquisition systems and embedded Ethernet communication systems. DS90CR216MTD/NOPB contains an integrated differential receiver designed for use with high-speed serial buses requiring reliable data transmission.The device also exhibits excellent performance when used in other applications, such as cable modem and 10Gbps Ethernet backbone communication systems. The device features a high data rate, low power consumption, low jitter and low EMI such that it can be used in many applications involving high-speed data transmission.

• Working Principle

DS90CR216MTD/NOPB is based on a single differential pair, one input signal which is directly connected to one receiver input terminal, and the complimentary signal which is connected to the other receiver input terminal. The differential driver will drive a differential signal to the two receiver input terminals. The two receiver input terminals measure the difference between this differential signal and their respective receiver input signal and drive the differential output accordingly. This differential output signal is then sent to a low-skew, low-noise, low-power comparator, which is used to determine the threshold and is thereby used to slice the differential input signal into clean, high-speed data pulses. The output pulses generated by the device are then sent to a third stage output buffer designed for accurate data retransmission.

• Conclusion

The differential receiver in the DS90CR216MTD/NOPB is designed to ensure reliable data transmission in hostile, high-noise environments. With its integrated differential receiver, this device can be used in data acquisition systems, embedded Ethernet communication systems and many other applications requiring a reliable data transmission at a high data-rate. The device also offers low jitter, low EMI and low power consumption, making it an ideal solution for cable modem, automotive infotainment systems, industrial control systems and 10Gbps Ethernet backbone communication systems.

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