Agilent/Keysight 3245A

The Agilent/Keysight 3245A is a universal source instrument combining precision DC voltage and current sourcing with advanced function and arbitrary waveform generation. It delivers 24-bit resolution in high-precision modes, selectable output impedance (0 Ω or 50 Ω), and floating outputs for flexible test configurations. The instrument supports sine, square, triangle, ramp, and arbitrary waveforms across a 0 Hz to 1 MHz frequency range, with 0.001 Hz resolution and 50 ppm accuracy. DC outputs achieve 60 ppm 90-day accuracy, while AC amplitude accuracy reaches 0.35% of output + 0.41% of range. Phase-continuous frequency changes and non-volatile storage for up to 14 setups enable dynamic signal generation without interruption. GPIB and RS-232 interfaces support remote programming and embedded BASIC-like control routines for standalone operation.

– Technical Specifications

DC Voltage Output
• High-Resolution Mode: 24-bit, ±1 V / ±10 V ranges, 60 ppm 90-day accuracy
• Low-Resolution Mode: 12-bit, 7 ranges, 100 µs settling time

DC Current Output
• High-Resolution Mode: 24-bit, 0.1 mA to 100 mA (4 ranges), 60 ppm 90-day accuracy
• Low-Resolution Mode: 12-bit, 100 µs settling time

AC Voltage & Current Output
• Waveforms: Sine, square (variable duty cycle to 100 kHz), triangle, ramp, arbitrary
• Frequency Range: 0 Hz to 1 MHz (sine, square, ARB); ramp to 100 kHz
• Voltage Range: 1 mV to 100 V peak; Current Range: Up to 50 mA peak
• Frequency Resolution: 0.001 Hz; Accuracy: 50 ppm
• Amplitude Accuracy (90-day): 0.35% of output + 0.41% of range

Arbitrary Waveform Generation
• Sampling Rate: 4.3 MHz; Filter: 1.25 MHz 5-pole low-pass
• Array Depth: 2048 bytes; Repetition Rate: Full 1 MHz bandwidth

General Performance
• Output Noise/Ripple (DC): < 50 µV RMS

– Key Features

• Selectable output impedance (0 Ω or 50 Ω)
• Floating outputs for differential measurements
• Phase-continuous on-the-fly frequency tuning
• Non-volatile storage: 10 or 14 setup configurations
• Embedded math and conditional logic (IF..THEN, FOR..NEXT)

– Typical Applications

• Precision DC calibration and validation
• Arbitrary signal development and characterization
• Multi-channel synchronized sourcing (Option 001)
• High-voltage test requirements up to ±100 V DC (Option 002)

– Compatibility & Integration

GPIB (IEEE-488) and RS-232 interfaces enable host computer control or standalone downloadable subroutines. Optional second output channel supports independent or phase-synchronized operation. Optional high-voltage amplifier (10×) extends DC to ±100 V and AC peak-to-peak to 200 V.