National Semiconductor DS90LV049H Datasheet

The datasheet introduces the features and characteristics of the DS90LV049H product, including the high temperature operating range, data transmission rate, power supply, input and output pins, etc.


National Semiconductor DS90LV049H Datasheet - cover page
Brand
National Semiconductor
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
10
File format
PDF
File size
616 KB
Published
08 May, 2012
Updated
30 September, 2023
MD5 checksum
BECFD3B728B93524CEE26C9ABF7FEF77

About this manual

The DS90LV049H is a dual CMOS flow‑through differential line driver‑receiver pair designed for ultra‑low power dissipation, high noise immunity, and data rates exceeding 400 Mbps using LVDS technology. It translates LVTTL/LVCMOS signals to LVDS and vice‑versa, with internal fail‑safe biasing and a TRI‑STATE output control.

The document provides full electrical characteristics, absolute maximum ratings, switching performance, pin descriptions, mechanical dimensions, and application recommendations such as PCB layout, termination, and power‑decoupling guidelines. It also includes typical application circuits and compliance information.

What's inside

  • General Description
  • Features
  • Absolute Maximum Ratings
  • Electrical Characteristics
  • Switching Characteristics
  • Parameter Measurement Information
  • Applications Information
  • Pin Descriptions
  • Physical Dimensions
  • Life Support Policy

Specifications

Operating Temperature Range+125 °C
Maximum Data Rate400 Mbps
Supply Voltage3.3 V single supply
Power Dissipation (static)70 mW at 3.3 V
Package Type16‑lead TSSOP
Differential Output Voltage250‑450 mV

Frequently asked questions

What is the maximum data rate supported by the DS90LV049H?

The device supports data rates in excess of 400 Mbps.

How does the receiver handle floating inputs?

It uses internal fail‑safe biasing that forces the output to a known high state when inputs are floating.

What is the purpose of the TRI‑STATE function?

The TRI‑STATE function disables the outputs, providing a low idle power state when the device is not in use.

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