Moog 200700-xxx Series Trigger Interface Daughterboard User Manual

This is a user manual and troubleshooting guide for a Trigger Interface Daughterboard


Moog 200700-xxx Series Trigger Interface Daughterboard User Manual - cover page
Brand
MOOG
Category
Industrial Robot
Document type
User Manual
Language
English
Pages
6
File format
PDF
File size
479 KB
Published
16 October, 2023
Updated
16 October, 2023
MD5 checksum
DABF480AE8538C27A1AFE829200B4303

About this manual

The Moog 200700-xxx Trigger Interface Daughterboard provides four channels of electrically-isolated digital Input or Output for use with most Acoustic Responder channels. It is designed to be used as a daughterboard on the standard PRIZM Submux or Submux2 motherboard. Each trigger channel is electrically isolated and independently powered, with jumper selections available for Input/Output and Normal/Invert configurations.

What's inside

  • Trigger Interface Daughterboard Operation
  • Trigger Interface Daughterboard Indicators
  • Trigger Interface Daughterboard Specifications
  • Trigger Interface Daughterboard Dimensions
  • Trigger Interface Daughterboard Power Requirements
  • Trigger Interface Daughterboard Troubleshooting
  • Board Level Testing
  • Power Related Troubleshooting
  • Signal Related Troubleshooting

Specifications

Number of data Channels4 per daughterboard
Per channel sample rate3.125 Msps typically
Width100 mm
Length86 mm
Thickness13 mm
Power Requirements500mA @ 5VDC

Frequently asked questions

What is the purpose of the Trigger Interface Daughterboard?

It provides four channels of electrically-isolated digital Input or Output for use with most Acoustic Responder channels.

Which motherboards is this daughterboard compatible with?

It is meant for use as a daughterboard on the standard PRIZM Submux or Submux2 motherboard.

How do I configure the board for different responder systems?

Use jumper posts JP13 through JP20 to select the daughterboard identity (DB1, DB2, or DB3) based on the specific responder system requirements.

What indicates that the board has power?

A single green LED indicator (LEDS) at the top of the board will be lit if +5 VDC is available.

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