The Agilent/Keysight E1410A is a 6.5-digit multimeter module designed for VXIbus systems. This C-size, single-slot message-based VXI device delivers high-accuracy measurements with resolution and speed optimizable for demanding laboratory and system integration applications. Engineers and test professionals rely on the E1410A for precise DC voltage, AC voltage, resistance, and temperature measurements across demanding measurement environments.
Technical Specifications
• Resolution: 6.5 digits
• Measurement Speed: Over 1,450 readings per second in both 3.5-digit and 6.5-digit normal mode
• DC Voltage Range: Up to 300.0 V
• AC Voltage: True RMS measurements from 20 Hz to 1 MHz
• Resistance Measurement: 2- and 4-wire modes with offset compensated ohms
• Temperature Support: Thermistor and RTD measurements
• Integration Time: Selectable from 100 power line cycles to 0.0005 power line cycles
• Noise Rejection: Normal mode rejection up to 90 dB in 6.5-digit mode; high common mode rejection
• Calibration: Software calibration supported
– Key Features
• Offset compensated ohms eliminate series voltage offsets for precise resistance measurement
• Programmable settling times optimize AC measurement performance
• Long integration times and system guard enable accurate low-level signal measurements
• Extensive external triggering with TTL trigger lines accessible from front panel or VXIbus
• External trigger and voltmeter complete signals support system synchronization
• Configurable resolution, accuracy, and noise rejection parameters for speed-accuracy optimization
– Typical Applications
Component and subsystem characterization, automated test systems, precision data acquisition, low-level signal measurement, multipoint temperature monitoring, and resistance verification in laboratory and production environments.
– Compatibility & Integration
Designed as a message-based VXI device, the E1410A integrates directly into VXIbus systems. C-size, 1-slot form factor enables compact system configurations while maintaining full measurement capability and control via the VXIbus.
