Analog Devices ADM5170 Octal Line Driver Datasheet

The ADM5170 is an octal line driver suitable for digital communi- cation systems with data rates up to 116 kB/s. Input TTL or CMOS signal levels are inverted and translated into either EIA RS-232E or RS-423A signal levels.


Analog Devices ADM5170 Octal Line Driver Datasheet - cover page
Brand
Analog Devices
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
6
File format
PDF
File size
78 KB
Published
26 March, 2012
Updated
30 September, 2023
Model
ADM5170
MD5 checksum
8A8F494419264EB6CFC854E5FAFADEC5

About this manual

The ADM5170 is an octal line driver that converts TTL/CMOS inputs to RS‑232 or RS‑423 signal levels. It offers resistor‑programmable slew rate, 3‑state outputs, short‑circuit protection, and low power consumption, available in 28‑pin DIP and PLCC packages.

The document provides detailed specifications, absolute maximum ratings, pin configurations, programming information for slew rate and output mode, typical application circuits, performance graphs, and mechanical dimensions.

What's inside

  • Features
  • Applications
  • General Description
  • Specifications
  • Absolute Maximum Ratings
  • Pin Configurations
  • Pin Function Description
  • Slew Rate Programming
  • Output Mode Programming
  • Typical Performance Characteristics

Specifications

Supply Voltage (Vpp) Range9 V – 15 V
Supply Voltage (V5) Range-9 V – -15 V
Disabled Input Current (Ipp)2 mA – 4 mA
Enabled Input Current (Ipp)25 mA – 36 mA
RS‑232 High Level Output Voltage7.0 V – 7.6 V
RS‑232 Low Level Output Voltage-7.0 V
Maximum Data Rate100 kB/s

Frequently asked questions

What is the maximum data rate of the ADM5170?

The absolute maximum data rate is 100 kB/s.

How can the output slew rate be adjusted?

By connecting a resistor between 2 kΩ and 10 kΩ from the SRA pin to ground.

What package options are available for the ADM5170?

The device is offered in 28‑pin DIP and 28‑lead PLCC packages.

How much power does the ADM5170 consume when disabled?

In the disabled state the power consumption drops from 500 mW to 40 mW.

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