Home Test & Measurement SMU/DC Source SMM3000X Series
SIGLENT SMM3000X source measure unit front view
SIGLENT SMM3000X touchscreen source and measure interface
SIGLENT SMM3000X graph and data analysis view
SIGLENT SMM3000X pulse and list mode operation
SIGLENT SMM3000X rear interface and remote control ports
SIGLENT SMM3000X Series

SMM3000X — Source Measure Units

Precision source-measure units for semiconductor I-V characterisation, pulsed device testing, sweep/list operation and material research. The series combines voltage source, current source, voltmeter, ammeter and resistance measurement in one four-quadrant instrument.

Resolution
10 fA / 100 nV
Digits
6½ — 2,100,000 count
Output
±210 V / ±3.03 A DC
Pulse Current
±10.5 A pulsed
Speed
100k points/s
SMUFour-quadrantPulse / sweep / listUSB + LAN + SCPI
ModelChannelsSource / Measure RangePulse CurrentResolutionDisplay
SMM3311XSingle channel±210 V / ±3.03 A DC / 31.8 W±10.5 A10 fA / 100 nV5-inch touch
SMM3312XDual channel±210 V / ±3.03 A DC / 31.8 W per channel±10.5 A10 fA / 100 nV5-inch touch

Key Features

Source and Measure in One Instrument

Combines voltage sourcing, current sourcing, voltage measurement, current measurement and resistance measurement for clean I-V characterisation without separate source and meter wiring.

6½ Digits with 10 fA / 100 nV Resolution

High display resolution and fine programming resolution support low-current devices, leakage testing, nano-scale materials and semiconductor parameter extraction.

±210 V and ±3.03 A DC Source Capability

Wide voltage and current coverage supports diodes, MOSFETs, BJTs, sensors, optoelectronic devices and two-terminal material samples from low-level leakage to higher-current operating points.

50 μs Minimum Pulse Width

Pulse mode with ±10.5 A pulsed current helps test power devices and reduce self-heating during transient I-V measurement of GaN, SiC and other power semiconductor devices.

Linear, Logarithmic and List Operation

Generate sweep curves and custom source sequences for diode curves, transistor transfer/output curves, stress profiles and multi-step device test procedures.

Fast Acquisition and Timestamped Storage

Up to 100,000 points/s acquisition and internal storage with timestamps support pulsed response, transient behaviour and repeatable automated characterisation.

Graph, Roll and Numeric Views

Built-in views help inspect curves and time-domain behaviour directly on the 5-inch touch display before exporting or automating the measurement flow.

USB, LAN and SCPI Remote Control

Remote command control supports bench automation, semiconductor test scripts, network operation and integration into university or R&D characterisation setups.

Specifications

ParameterUnitValue / Description
CORE SMU FUNCTION
Instrument typeFour-quadrant source measure unit
Basic functionsVoltage source · current source · voltage measurement · current measurement · resistance measurement
Display digits6½ digits, 2,100,000 count
SOURCE / MEASURE RANGE
Voltage source / measurementV±210
DC current source / measurementA±3.03
Pulsed current outputA±10.5
Maximum output powerW31.8
Minimum programming / measurement resolution10 fA / 100 nV
ACQUISITION AND TIMING
Maximum acquisition ratepoints/s100,000
Minimum trigger intervalμs10
Minimum pulse widthμs50
Internal storagepointsUp to 100k with timestamps
OUTPUT MODES AND CONTROL
Output modesDC · pulse · scanning · list
Sweep typesLinear and logarithmic sweep
Remote controlUSB · LAN · Web Server · SCPI
Display5-inch capacitive touch screen, graphic and digital views

Applications

Diode and Transistor I-V

Generate transfer, output, leakage and breakdown-style characterisation curves for semiconductor devices.

GaN and SiC Pulse Testing

Use short pulses and high pulsed current to reduce self-heating during transient device characterisation.

Nano-scale and Organic Materials

Low-current resolution supports material samples, organic semiconductors, thin films and sensor structures.

Device Stress and Sequencing

List mode and custom sequencing support multi-step stress, recovery and endurance measurement flows.

Automated Component Screening

SCPI control enables repeatable current-voltage screening and binning of electronic components.

Advanced Semiconductor Lab

Suitable for teaching source-measure concepts, I-V curves, leakage, sweep modes and four-quadrant operation.

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