Single-channel laboratory power supply

LPS3010

Two-quadrant power supply, electronic load and 6½-digit meter with high-speed acquisition in one instrument

Target Specifications Downloads & Docs

Concept render of the LPS3010 — Concept render

Channels & Power1 Channel · 240 W Max

Voltage & Current24 V / 10 A · 30 V / 8 A

Power Operation2-Quadrant · Source & Active Sink

Acquisition & Waveform1 MSa/s Acquisition · 100 kSa/s Waveform

Connectivity & ControlUSB · Ethernet · 5" Touch · HTML5 Web UI

Key Advantages

6½-Digit Measurement across Five Current Ranges

Measure low-power standby states and full-load currents up to 10 A with five dedicated current ranges. Up to 6½-digit resolution and 1 nA readback resolution on the 1 mA range provide precision across a wide dynamic current range.

240 W Source & Sink — Full Two-Quadrant Power

The LPS3010 provides the same 240 W power envelope in source and active sink operation, including 10 A up to 24 V. Source, discharge and actively load a DUT from the same output without an external electronic load.

1 MSa/s Acquisition with Streaming & USB Logging

Capture voltage or current at up to 1 MSa/s, or both simultaneously at 500 kSa/s. Buffer at least four million samples in local memory, stream acquisition data to a host PC, or log directly to USB storage.

100 kSa/s Hardware-Timed Waveform Generation

Generate voltage and current profiles with a 10 µs update interval and 16-bit DAC resolution. Use programmable sequences with up to 4096 segments, play CSV profiles from USB storage, or stream waveform data from a host PC in real time.

Programmable Output Impedance & Battery Simulation

Shape the output impedance from −0.05 Ω to +10 Ω to reproduce non-ideal power sources and voltage drop under load. Integrated battery simulation extends the LPS3010 beyond an ideal laboratory supply for realistic battery-powered DUT testing.

Low-Noise Output & Fast Transient Recovery

Combines clean, low-noise power (0.2 mV RMS) with the speed required for dynamic load testing. A 30 µs transient recovery target minimizes voltage deviations during sudden load changes, supporting stable power delivery for sensitive circuitry and highly dynamic DUT states.

Technical Specifications

Parameter	Specification
Output Specifications
Channels	1 programmable channel
Output Voltage	0–30 V
Output Current	0–10 A
Maximum Output Power	240 W 24 V / 10 A 30 V / 8 A
Quadrant Operation	2-Quadrant Source & Active Sink
Active Sink Performance	10 A max 240 W max
Active Sink Modes	CV — Constant Voltage CC — Constant Current CR — Constant Resistance
Remote Sense	Rear panel terminals
Dynamic & Transient Response
Ripple & Noise	0.2 mV RMS 1 mVpp
Load Regulation	Voltage — 0.01% + 0.5 mV Current — 0.01% + 0.1 mA
Transient Recovery	30 µs
Output Slew Rate	10 V/ms 0.1 ms rise 0.1 ms fall
Programmable Output Impedance	−0.05 Ω to +10 Ω
Source Precision & Accuracy
Programming Resolution	Voltage — 0.1 mV at 5 V range Voltage — 0.5 mV at 35 V range Current — 0.1 mA
Programming Accuracy	Voltage — 0.02% + 1 mV Current — 0.05% + 0.1 mA
Line Regulation	Voltage — TBD Current — TBD
Measurement & Readback
Precision Voltage & Current Measurement	Up to 6½ digits — ≤ 10 kSa/s Up to 5½ digits — > 10 kSa/s to 1 MSa/s
ADC Resolution	Up to 28 bit — ≤ 10 kSa/s 18 bit — > 10 kSa/s to 1 MSa/s
Voltage Measurement Ranges	5 V 35 V
Current Measurement Ranges	1 mA 10 mA 100 mA 1 A 10 A
Voltage Readback Resolution	5 µV — 5 V range 10 µV — 35 V range
Voltage Readback Accuracy	0.02% + 0.5 mV — 5 V range 0.02% + 1 mV — 35 V range
Current Readback Resolution	1 nA — 1 mA range 10 nA — 10 mA range 100 nA — 100 mA range 1 µA — 1 A range 10 µA — 10 A range
Current Readback Accuracy	0.02% + 10 nA — 1 mA range 0.02% + 100 nA — 10 mA range 0.02% + 1 µA — 100 mA range 0.05% + 10 µA — 1 A range 0.05% + 100 µA — 10 A range
Acquisition & Waveform
High-Speed Acquisition	1 MSa/s — Voltage or Current 500 kSa/s — simultaneous Voltage & Current
Buffered Record Depth	Min. 4 million samples Depending on recording settings
Data Streaming	Real-time streaming to host PC
Data Logging	Yes USB storage
Waveform Generation	Up to 100 kSa/s 16-bit resolution
Waveform Sources	CSV playback from USB Real-time PC streaming Programmable sequence — up to 4096 segments
Trigger & Synchronization
Trigger Sources	External Bus Voltage Current CV CC Protection Time LXI
Triggered Functions	Acquisition Data Logging Waveform Generation
Trigger I/O	Trigger Input Trigger Output
Special Functions & Protection
Battery Simulation	Integrated
Protection	OVP OCP OPP OTP
System & Interfaces
Ethernet Connectivity	10 / 100 / 1000 Mbit/s HiSLIP VXI-11
USB Connectivity	USB-TMC — Test & Measurement Class USB-CDC — Communications Device Class
Web Interface	Full browser-based instrument control
Time Synchronization	PTP · IEEE 1588
Digital I/O	TBD
SCPI Latency	0.25 ms
General & Mechanical
Display	5" Touch 800 × 480
Dimensions	215 × 88 × 380 mm
Weight	9 kg
Rack Integration	Rack-mount kit (accessory)
DVM Input	Integrated digital voltmeter input
AC Input	100–240 V AC 50 / 60 Hz
Operating Environment	TBD

Preliminary specificationsValues may change until the hardware is characterized.

Documentation & Downloads

Reference Manuals

LPS Series SCPI Command Reference SCPI command syntax and remote-control reference English · Rev. 1.0 · Sep 2026 1.5 MB | PDF

Questions about the LPS3010, or interested in early access?

Contact sales