Key Facts

• HMP4030: 3 × 0 V to 32 V/0 A to 10 A (384 W)
• HMP4040: 4 × 0 V to 32 V/0 A to 10 A (384 W)
• Low residual ripple due to linear postregulators
• Realtime voltage, current and power values
• High setting and readback resolution: 1 mV and 0.1/0.2/1.0 A (depending on current and model)
• FuseLink (electronic fuse) freely combinable for all channels
• FuseDelay tunable up to 250 ms
• EasyArb function directly programmable on device
• PC software (free of charge) for easy generation of user-defined waveforms
• Independently adjustable overvoltage protection (OVP) for each channel
• Advanced parallel and serial operation via V/I tracking
• Front connectors: 4 mm (0.16 in) safety sockets
• Rear connectors for all channels, including sense
• USB/RS-232 dual interface, remote control via SCPI-based commands

Key Facts

• HMP2020: 1 × 0 V to 32 V/0 A to 10 A; 1 × 0 V to 32 V/0 A to 5 A (188 W)
• HMP2030: 3 × 0 V to 32 V/0 A to 5 A (188 W)
• Low residual ripple due to linear postregulators
• Realtime voltage, current and power values
• High setting and readback resolution: 1 mV and 0.1/0.2/1.0 mA (depending on current and model)
• FuseLink (electronic fuse) freely combinable for all channels
• FuseDelay tunable up to 250 ms
• EasyArb function directly programmable on device
• PC software (free of charge) for easy generation of user-defined waveforms
• Independently adjustable overvoltage protection (OVP) for each channel
• Advanced parallel and serial operation via V/I tracking
• Front connectors: 4 mm (0.16 in) safety sockets
• Rear connectors for all channels, including sense
• USB/RS-232 dual interface, remote control via SCPI-based commands

Key Facts

• 2 × 0 V to 30 V/1 × 5 V, 3 × 2 A (max. 130 W)
• Realtime voltage and current values
• Linear regulated, two-quadrant power supply (current source and sink)
• Setting and readback resolution: 10 mV, 1 mA
• Electronic fuse and tracking
• Advanced parallel (up to 6 A) and serial (up to 65 V) operation
• Front connectors: 4 mm (0.16 in) safety sockets
• Sense connectors for line loss compensation (30 V channels)
• External modulation of output voltages up to 50 kHz
• Arbitrary module: 4096 points, 12 bit
• RS-232/USB dual interface, optionally IEEE-488 (GPIB)

Key Facts

• R&S®NGE102 with two or R&S®NGE103 with three channels
• Max. output power of 66 W with R&S®NGE102, 100 W with R&S®NGE103 (33.6 W per channel)
• Max. output voltage of 32 V per channel (up to 64 V/96 V in serial operation)
• Max. output current of 3 A per channel (up to 6 A/9 A in parallel operation)
• Electronic fuse (OCP), overvoltage protection (OVP), overpower protection (OPP), overtemperature protection (OTP)
• USB interface (VCP/TMC), optional LAN (LXI), optional wireless LAN
• Optional digital I/O (4bit)

Key Facts

• 2 x 0V to 32V/0A to 2A; 1 x 0V to 5.5V/0A to 5A
• High-performance value laboratory power supply
• Floating, overload and short circuit-proof outputs
• Separate voltage and current displays for each output; 4 digits at channel 1 + 3; 3 digits at channel 2
• Display resolution: 10mV/1mA at channel 1 + 3; 10 mV/10 mA at channel 2
• Protection of sensitive loads by current limit or electronic fuse
• Pushbutton to activate/deactivate all outputs
• Low residual ripple, high output power, excellent regulation
• Parallel (up to 9 A) and series (up to 69.5 V) operation
• Temperature-controlled fan
• HZ42 19 “ rackmount kit (2RU)

• Max. output power: 120 W
• Voltage per channel: 0 V to 20 V
• Max. current per channel: 6 A
• Load recovery time: < 30 µs
• Ripple and noise: < 500 µVRMS / < 1 mARMS

Key Facts

• 2x 0V to 30V / 1x 5V, 3x 2A (130W)
• Linear regulated, two-quadrant power supply (current source and sink)
• Realtime voltage and current values
• Advanced parallel and serial operation
• Setting and readback resolution: 10mV, 1mA
• Electronic fuse and tracking mode
• Front connectors: 4mm safety sockets
• SENSE connectors for line loss compensation (30V channels)
• External modulation of output voltages up to 20kHz
• Arbitrary module: 4,096 points, 12bit
• RS-232/USB dual interface, IEEE-488 (GPIB) optionally

• High-performance, inexpensive laboratory power supply
• Floating, overload and short-circuit proof outputs
• Separate voltage and current displays for each output
• Protection of sensitive loads by current limit or electronic fuse
• Pushbutton to activate/deactivate all outputs
• Low residual ripple, high output power, excellent regulation
• Parallel operation for higher current and serial operation for higher voltage
• Temperature-controlled fan

Key Facts

• Brilliant QVGA color display (320 x 240 pixel)
• Realtime voltage, current and power values
• High setting and readback resolution: 1mV and 0.1mA/1.0mA (depending on current and model)
• Low residual ripple due to linear postregulation
• High energy efficiency, low heat dissipation and quiet fan
• Front panel: 4mm (0.16in) safety sockets (R&S®HMC8041 including SENSE)
• Rear panel: WAGO cage clamp for all channels including SENSE
• Convenient parallel and serial operation via
• V/I tracking

Key Facts

• R&S®HMP2020/HMP2030 with 2/3 channels and 188 W total output power
• R&S®HMP4030/HMP4040 with 3/4 channels and 384 W total output power
• Maximum output voltage of 32 V per channel; higher voltages possible in serial operation
• High output currents up to 5 A/10 A (depending on the model); higher currents possible in parallel operation
• Linear postregulation for low residual ripple
• Electronic fuse (OCP), adjustable maximum voltage (OVP), overtemperature protection (OTP)
• Dual USB/LAN interface as standard; RS-232/USB or GPIB (IEEE488) optional
• Rear panel connections, including sense lines, for all channels

• R&S®HMP2020/HMP2030 with 2/3 channels and 188 W total output power
• R&S®HMP4030/HMP4040 with 3/4 channels and 384 W total output power
• Maximum output voltage of 32 V per channel; higher voltages possible in serial operation
• High output currents up to 5 A/10 A (depending on the model); higher currents possible in parallel operation
• Linear postregulation for low residual ripple
• Electronic fuse (OCP), adjustable maximum voltage (OVP), overtemperature protection (OTP)
• Dual USB/LAN interface as standard; RS-232/USB or GPIB (IEEE488) optional
• Rear panel connections, including sense lines, for all channels

• All channels galvanically isolated and earth-free
• All channels electrically equivalent with the same voltage, current and power
• Parallel and serial operation
• Short-circuit-proof outputs
• Protection functions to safeguard instrument and DUT
• Modern architecture; small, compact and quiet
• Tailored to be used in education, labs and system racks
• Temperature-controlled fan

Key Facts

• Fast load regulation
• Minimum residual ripple and low noise
• Readings with up to 61⁄2 digit resolution
• Galvanically isolated, floating channels
• Output stage isolated with relays
• Two quadrants: operates as source and sink
• Constant voltage, constant current and constant resistance modes
• Protection functions to safeguard instrument and DUT
• Safety limits to safeguard the DUT

• Fast load regulation
• Minimum residual ripple and low noise
• Readings with up to 61⁄2 digit resolution
• Digital voltmeter functionality
• Galvanically isolated, floating channels
• Output stage isolated with relays
• Two quadrants: operates as source and sink
• Constant voltage, constant current and constant resistance modes
• Variable output impedance
• High-speed acquisition (FastLog functionality)
• Protection functions to safeguard instrument and DUT
• Safety limits to safeguard the DUT