The Analog Devices 5B41-02 is a high-performance plug-in signal conditioner module that amplifies, protects, and filters analog input voltages for industrial process control and measurement systems. It delivers 1500 V rms continuous isolation between field and computer-side circuitry, withstands 240 V rms input overvoltage, and maintains ±0.05% calibrated accuracy with chopper-stabilized drift of ±1 µV/°C. The module generates 0 V to +5 V outputs across a 10 kHz bandwidth, suitable for rapidly changing signals in temperature, pressure, flow, and vibration monitoring applications.
Technical Specifications
• Bandwidth: 10 kHz
• Input Protection: 240 V rms at screw terminals
• Isolation: 1500 V rms continuous common-mode voltage
• Calibrated Accuracy: ±0.05%
• Drift: ±1 µV/°C (chopper-stabilized amplifier)
• Output Range: 0 V to +5 V
• Power Supply Voltage: +5 V ±5%
• Power Supply Current: 30 mA
• Power Supply Sensitivity (RTI): ±2 µV/Vs%
– Key Features
• Isolated analog input with screw terminal field connections
• Hard-potted construction for environmental reliability
• Plug-in, hot-swappable module design—compatible across standardized backplanes
• Mix-and-match capability within the same backplane without system disruption
• Accepts thermocouple types J, K, T, E, R, S, N, and B
• FM and CSA approved for Class 1, Division 2, Groups A, B, C, and D hazardous locations
• Compact form factor: 2.27″ × 2.32″ × 0.595″ (57.8 mm × 59.1 mm × 15.1 mm)
– Typical Applications
• Microcomputer-based measurement and data acquisition systems
• Programmable controller input conditioning
• Industrial temperature, pressure, flow, and rotational monitoring
• High-frequency signal measurement in molding machines, automotive strain, and bearing vibration analysis
• Analog recorders and dedicated control systems
– Compatibility & Integration
The 5B41-02 integrates directly into standard backplanes providing screw terminal field connections and cold-junction compensation for thermocouple applications. The Dataforth SCM5B41-02 serves as a direct replacement.
