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Lianxun Instruments S2016C Single-Channel PXIe Plug-in Source Measure Unit Precision Power/Measurement Unit ±200 V, ±1 A (DC), ±3 A (pulse)

Lianxun Instruments S2016C Single-Channel PXIe Plug-in Source Measure Unit Precision Power/Measurement Unit ±200 V, ±1 A (DC), ±3 A (pulse)

Model:S2016C      Country of Origin:China

Category:SMU Source Measure Unit

Overview:

Lianxun Instruments S2016C  A compact, cost-effective single-channel PXIe source/measure unit (SMU) that simultaneously sources and measures voltage and current. It delivers up to ±200 V, ±1 A (DC), ±3 A (pulsed), and 20 W of constant power, supports standard SMU SCPI commands for quick and easy migration of existing test code, and is compatible with PXIe chassis from major vendors. Multi-card synchronization is supported, enabling integration into production test systems to boost throughput and reduce cost.

Features
Specifications
Application Notes
Functions & Configuration

Features

  • High precision

    Resolution down to 1 fA / 100 nV

  • High range, high-speed measurement

    ±200 V, ±1 A (DC),
    ±3 A (pulse);
    sampling rates up to 1 MS/s

  • Adaptive PFC system

    With the Adaptive PFC
    (Precise-Fast Control) system,
    users can adjust parameters according to load characteristics

  • Building a Single-Channel Test System

    Based on a standard PXIe chassis for easy expansion

Features and Benefits

  • 5 functions in one

    Voltage source
    Current source
    Ammeter
    Voltmeter
    Electronic load

  • Quadrants I and III operate as a source: the actual polarity of the V/I output follows the source setting;
    Quadrants II and IV operate as a load: CC and CV work together; when used as a load, the load setting polarity is opposite to the source polarity;

  • Test a wide range of devices

  • Capture more measurement data

    ♦ 6½-digit resolution: accuracy comparable to a 6½-digit digital multimeter;
    ♦ 1 fA / 100 nV resolution: excellent sensitivity for both sourcing and measurement;
    ♦ 1 M points/s: high-speed measurement with fast setup and digitizing rates for arbitrary waveform generation and list sweeps;

  • Extensive sweep capabilities


Voltage specifications  

Voltage accuracy

Range

Measurement resolution

Accuracy (1 year)

±(% reading + offset)1

Typical noise (RMS)

0.1 Hz-10 Hz

±200 V2

100 μV

0.03%+10 mV

400 μV

±40 V

10 μV

0.03%+2 mV

100 μV

±20V

10 μV

0.03%+1 mV

50 μV

±2 V

1 μV

0.03%+100 μV

10 μV

±0.6 V

100 nV

0.03%+50 μV

2 μV

Temperature coefficient

±(0.15 × accuracy specification)/℃ (0℃-18℃, 28℃-50℃)



Overshoot

<±0.1% (typical, Normal, step is 10% to 90% of range, full-scale point, resistive load test)

Noise 10Hz-20MHz

20 V voltage source, 1 A resistive load, <5 mVrms

Current specifications

Current accuracy

Range

Measurement resolution

Accuracy (1 year)

±(% reading + offset)

Typical noise (RMS)

0.1 Hz-10 Hz

±3 A1

1 μA

0.03% + 2mA

20 μA

±1 A

100 nA

0.03% + 90 μA

4 μA

±100 mA

10 nA

0.03% + 9 μA

600 nA

±10 mA

1 nA

0.03% + 900 nA

60 nA

±1 mA

100 pA

0.03% + 90 nA

6 nA

±100 μA

10 pA

0.03% + 9 nA

700 pA

±1 μA2

100 fA

0.03% + 200 pA

20 pA

±10 nA23

10 fA

0.06% +9 pA

600 fA

±1 nA23

1 fA

0.1% +3 pA

60 fA

±100 pA23

1 fA

0.3% +1 pA

30 fA

Temperature coefficient

±(0.15 × accuracy specification)/℃ (0℃-18℃, 28℃-50℃)



Overshoot

<±0.1% (typical, Normal, step is 10% to 90% of range, full-scale point, resistive load test)

1. The 3 A range supports pulse mode only; accuracy is typical

2. For weak low-current measurements, it is recommended to keep using triaxial cable connections. If a triaxial terminal is used to convert to ordinary wiring output, the current accuracy of the instrument will be affected

3. Additional specification conditions: NPLC configured to 10 PLC


Pulse source specifications (4-wire)

Minimum programmable pulse width

100 μs

Pulse width programming resolution

1 μs

Pulse width programming accuracy

±10 μs

Pulse width jitter

2 μs

Pulse width definition

As shown in the figure below, the time from the 10% leading edge to the 90% trailing edge

  


Pulse specifications

Maximum current limit

Maximum pulse width

Maximum duty cycle

1

0.1 A/200 V

DC, unlimited

100%

2

1 A/20 V

DC, unlimited

100%

3

3 A/66.6 V

1 ms

5%

4

3 A/160 V

400 μs

2%


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