Overview
The Universal Instruments 41072001 DAC FDBK 3 is a specialized printed circuit board designed for digital-to-analog conversion and feedback control in Universal Instruments automated PCB assembly equipment. This component is essential for maintaining precise control signals in high-speed placement machines, screen printers, and related manufacturing automation systems.
Key Features
- DAC (Digital-to-Analog Converter) feedback card architecture
- Designed for Universal Instruments placement and assembly systems
- Supports precision control and signal feedback loops
- Manufactured in the United States with industrial-grade components
- Compatible with multiple equipment revisions (Rev A, Rev B, and later versions)
Technical Specifications
While detailed electrical specifications are not available from the manufacturer’s published datasheets, the following general characteristics apply:
- Function: Digital-to-Analog Converter Feedback Circuit Board
- Manufacturer: Universal Instruments Corporation
- Part Number: 41072001
- Form Factor: PCB Assembly Module
- Board Dimensions: Approximately 5″ × 6″ (length × width)
- Weight: Approximately 1 lbs
- Country of Origin: United States
Typical Applications
- Universal Instruments high-speed PCB component placement machines
- Automated solder screen printers and stencil systems
- PCB assembly equipment conveyor and transport control
- Precision motion and feedback control in manufacturing systems
- Equipment retrofit and OEM replacement applications
Compatibility & Replacements
Compatible With
- Universal Instruments placement and assembly machines
- Universal Instruments PCB manufacturing equipment
- Systems requiring DAC feedback control modules
- Industrial automation and precision control systems
Replaces / Drop-In Replacement For
- Universal Instruments 41072001 Rev A
- Universal Instruments 41072001 Rev B
- Original equipment manufacturer (OEM) equivalent feedback cards
Works With
- Universal Instruments control system firmware and software
- Legacy PCB assembly equipment motion control systems
- Industrial feedback control and signal processing architectures
