【 Optical Fiber Transmission System 】 Optical Line Driver AOL-04DR

Bidirectional transmission of up to 3 channels of pulse signals over a pair of optical fibers

The AOL-04DR is an optical line driver for bidirectional transmission of pulse signals over optical fiber.

Up to three channels of RS-422 or TTL signals, such as ABZ and UVW signals, can be transmitted over a pair of optical fibers.

It is suitable for long-distance transmission and environments where electrical noise is a concern.

Features

  • Reduced wiring
    Bidirectional transmission of up to 3 channels of RS-422 / TTL pulse signals over a pair of optical fibers.
  • High-speed transmission
    Supports transmission speeds of up to 2.4 Mb/s per channel.
  • Long-distance transmission
    Supports transmission distances of up to 40 km.
  • High noise immunity and electrical isolation
    Optical fiber transmission helps prevent signal degradation caused by electrical noise.
  • DIN rail mounting
    Can be mounted on a DIN rail as standard.

Specification

model type AOL-04DR
name optical line driver
transmission speed
DC – 2.4Mb/s (A, B, Z each) 20000r/min (equivalent to a 3600P/r rotary encoder)
sampling frequency 40MHz
electrical signal
signal input 3ch
RS-422 compliant / TTL
Selectable by switch for each channel
signal output 3ch
RS-422 compliant / TTL
Voltage range: 0 – 5V
external power supply DC24V ±10%
Current consumption: 100mA max.
connection terminals 7P × 2, 2P × 1 socket-type terminal blocks
Pitch: 3.5mm
Applicable wire size: 28 – 16AWG
delay time
RS-422 input setting approx. 200ns + optical fiber transmission delay
TTL input setting approx. 250ns + optical fiber transmission delay
optical fiber transmission delay 10m: approx. 50ns
100m: approx. 500ns
general specifications
operating temperature range -20 – 50℃ (no condensation)
external dimensions W103 × D75 × H34mm
(including DIN rail mounting plate, excluding protrusions)
mounting method DIN rail mounting
weight approx. 300g
(including DIN rail mounting plate, socket-type terminal blocks and SFP module)

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