Power Supplies

• Single output dc power supply with maximum 1 kW rating
• Voltage: 0 to 20 V (+/- 0.035%)
• Current 0 to 120 A (+/- 0.25%)
• GPIB port enables control and data acquisition via LabVIEW or Python

• Triple output dc power supply
• Port 1: Voltage of 0 to 6 V and Current of 0 to 5 A
• Ports 2 & 3:  Voltage of 0 to +/- 25 V and Current of 0 to 1 A
• GPIB and ethernet ports enable control and data acquisition via LabVIEW or Python

• Single output dc power supply with maximum 200 W rating
• Voltage: 0 to 20 V (+/- 0.035%)
• Current 0 to 30 A (+/- 0.25%)
• GPIB port enables control and data acquisition via LabVIEW or Python

• Voltage Range: 0 to 600 V
• Current Range: 5 mA to 20 A
• While accuracy is dependent on range bins, the best sampling accuracy is 0.1% of reading.
• GPIB and ethernet ports enable control and data acquisition via LabVIEW or Python

• Voltage Range: 0 to 1 kV
• Current Range: 5 mA to 30 A
• While accuracy is dependent on range bins, the best sampling accuracy is 0.02% of reading
• GPIB and ethernet ports enable control and data acquisition via LabVIEW or Python

Agilent E3630A

• Triple output dc power supply
• Port 1: Voltage of 0 to 6 V and Current of 0 to 2.5 A
• Ports 2 & 3:  Voltage of 0 to +/- 20 V and Current of 0 to 0.5 A
• GPIB and ethernet ports enable control and data acquisition via LabVIEW or Python

• 6.5 Digit Digital Multimeter with 14 different measurement functions
• Nominally, voltage of 0 to 1 kV and current of 0 to 3 A.  Each unit in ETRL has a current shunt for high current measurements of 15 A continuous.
• While accuracy is dependent on range bins, the best sampling accuracy is 0.003% of reading
• GPIB and ethernet ports enable control and data acquisition via LabVIEW or Python

• 4 channels
• 300 MHz and 2.5 GS/s

• Single output dc power supply with maximum 100 W rating
• Voltage: 0 to 50 V (+/- 0.035%)
• Current 0 to 2 A (+/- 0.25%)
• GPIB port enables control and data acquisition via LabVIEW or Python

• Triple output dc power supply with maximum 100 W rating
• Port 1: Voltage of 0 to 7 V and Current of 0 to 5 A
• Port 2: Voltage of 0 to 20 V and Current of 0 to 2 A
• Port 3: Voltage of 0 to 7 V and Current of 0 to 10 A
• GPIB port enables control and data acquisition via LabVIEW or Python

• Single output dc power supply with maximum 100 W rating
• Voltage: 0 to 36 V (PD36) or 0 to 56 V (PD56)
• Current 0 to 10 A

• 30 MHz
• Dual channel with numerous pre-programmed (sine, square, pulse, etc.) and controllable waveform shapes
• Less than 0.04% total harmonic distortion
• 250 MSa/s, 16-bit sampling rate for higher time resolution arbitrary waveforms
• True point-by-point arbitrary waveforms for more accurate representation of user-defined signals