The Keysight E1410A is a 6.5-digit VXI multimeter module engineered for high-precision automated test systems. This message-based VXI module delivers selectable resolution from 3.5 to 6.5 digits, enabling optimization between measurement accuracy and speed across diverse electrical parameters. The C-size, single-slot architecture integrates directly into VXI chassis for streamlined system deployment.
Technical Specifications
Measurement Capabilities
• DC Voltage: 300.0 V maximum range
• AC Voltage (True RMS): 20 Hz to 1 MHz, crest factor up to 3.5 at full scale
• Resistance: 2-wire and 4-wire modes with offset-compensated ohms
• Temperature: Thermistor and RTD support
• Frequency: Supported
Performance Metrics
• Maximum reading rate: >1,450 readings/s in 3.5-digit mode
• Normal mode rejection: Up to 90 dB in 6.5-digit mode
• Selectable integration times: 100 to 0.0005 power line cycles
• Accuracy requires: Auto-zero enabled, one-hour warmup, ±5 °C stability around 18–28 °C calibration temperature
Triggering & Control
• VXIbus triggering via front panel or TTL trigger lines
• External trigger synchronization
• Extensive triggering capabilities for complex automation scenarios
– Key Features
• Adjustable resolution architecture balances speed and precision
• Offset-compensated resistance measurement eliminates series voltage offset errors
• Long integration times available for enhanced accuracy applications
• AC slow filter option for AC voltage measurements
• High normal mode rejection in 6.5-digit mode minimizes powerline interference
– Typical Applications
Automated test systems requiring multi-parameter measurement and data acquisition; laboratory environments demanding high-resolution precision measurements; system integrations where flexible triggering and measurement optimization are essential.
– Compatibility & Integration
The E1410A operates as a message-based VXI module within standard VXI chassis. Front-panel and VXIbus control paths support both manual and fully automated test sequences.

















