Your browser is out of date.

You are currently using Internet Explorer 7/8/9, which is not supported by our site. For the best experience, please use one of the latest browsers.

View Quote (0)
Login
DEI5072-SES-G

DEI5072-SES-G

The DEI5x7x family of CMOS integrated circuits are line drivers designed to directly drive the ARINC 429 avionics serial digital data bus. The device converts TTL/CMOS serial input data to the tri-level RZ bipolar differential modulation format of the ARINC bus. A TTL/CMOS control input selects the output slew rate for HI (100KBS) and LOW (12.5KBS) speed operation. No external timing capacitors are required.


Add to Quote Data Sheet

Features

  • TTL/CMOS TO ARINC 429 Line Driver.
  • Rate control input set Hi (100KBS) or Lo (12.5KBS) speed slew rates.
  • Operates from ±5V power supply.
  • Drives full ARINC load.
  • Output resistor options: 7.5, 27.5 or 37.5 Ohms.
  • Packages:
  • 8L SOIC Exposed Pad (single driver)
  • 38L MLPQ (QFN) (dual driver)

Attributes

temp range: -55°C - 85°C
product package type: 8 EP SOIC G
burn in:
channels: 1
power supply range: 3.3
lightning protection:
Years to EOL: 10
holt x-ref: HI-8571
output resistance: 7.5
tri state outputs:
fused outputs:
ABD0100:
package description: 8 Pin SOIC EP, ISO, .150 Body
package type: Surface Mount
JEDEC: MS-012-AA
RoHS:
Product Status: Active

Functional Description The DEI5x7x family of CMOS integrated circuits are line drivers designed to directly drive the ARINC 429 avionics serial digital data bus. The device converts TTL/CMOS serial input data to the tri-level RZ bipolar differential modulation format of the ARINC bus. A TTL/CMOS control input selects the output slew rate for HI (100KBS) and LOW (12.5KBS) speed operation. No external timing capacitors are required. The 5070 has internal 37.5 Ohm output resistors, the 5071 has 27.5 Ohm resistors, the 5072 has 7.5 Ohm resistors, and the 5270 has two drivers with all output resistor options. The 27.5 and 7.5 Ohm options require external series resistors which are typically used to implement a transient voltage protection network.

Get in Touch