Lianxun Instruments S2013C Single-Channel PXIe Plug-in Source Measure Unit Precision Power/Measurement Unit ±200 V, ±1 A (DC), ±3 A (pulse)

Model：S2013C Country of Origin：China

Category：SMU Source Measure Unit

Overview：

Semight S2013C 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, and supports standard SMU SCPI commands for easy, fast migration of existing test code. Compatible with PXIe chassis from major vendors, it supports multi-card synchronization and integrates into production test systems to boost test throughput and reduce cost.

Features

Specifications

Application Notes

Functions & Configuration

Key Features

High Precision
Resolution down to 100 fA / 100 nV
High Range, High-Speed Measurement
±200 V, ±1 A (DC),
±3 A (pulsed);
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
Build a single-channel test system
Based on a standard PXIe chassis,
easily achieve comprehensive four-quadrant testing

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;
Capable of testing a wide range of devices
Capture more measurement data
♦ 6.5-digit resolution: accuracy comparable to a 6.5-digit multimeter;
♦ 100 fA / 100 nV resolution: exceptional 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
DC I-V output capability
Pulsed I-V output capability

Voltage specifications

Voltage accuracy	Range	Setting resolution	Accuracy (1 year) ±(% reading + offset)1	Typical noise (RMS) 0.1 Hz-10Hz
	±200 V2	100 μV	0.03%+10 mV	0.4 mV
	±20 V	10 μV	0.03%+1 mV	50 μV
	±6 V	1 μV	0.03%+0.4 mV	12 μV
	±0.6 V	100 nV	0.03%+100 μV	3 μV
Temperature coefficient	±(0.15 × accuracy specification)/°C (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

[1] Accuracy calculation example: to test the accuracy of a 120 mV output on the 600 mV range, the tolerance is:

[2] This instrument has potentially hazardous high voltage (±210 V) output to the HI /Sense HI/Guard terminals. To prevent electric shock, relevant safety precautions must be taken before powering on. Do not connect the Guard terminal to any output, including shorting it to chassis ground or output LO, otherwise the instrument will be damaged

Current specifications

Current accuracy	Range	Setting resolution	Accuracy (1 year) ±(% reading + offset)	Typical noise (RMS) 0.1 Hz-10Hz
	±3 A1	1 μA	0.03% + 2 mA	40 μA
	±1 A	100 nA	0.03% + 90 μA	7 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
	±10 μA	1 pA	0.03% +1 nA	80 pA
	±1 μA2	100 fA	0.03% + 200 pA	20 pA
Temperature coefficient	±(0.15 × accuracy specification)/°C (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 low-current measurement, it is recommended to use a triaxial cable: connect Hi to the core, Guard to the inner shield, and the outer shield to protective ground; connect LO to the core, leave the inner shield unconnected, and connect the outer shield to protective ground. The rated insulation voltage of the coaxial cable is not less than 250 V.

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%
4	3 A/66.6 V	1 ms	5%
5	3 A/160 V	400 μs	2%

Pulse source rise time (4-wire)

Output	Maximum output	Typical rise time1	Typical settling time2	Test load
Voltage Source	160 V	800 μs	1.2 ms	No load
Voltage Source	5 V	40 μs	100 μs	No load
Current source	3 A~1 mA	90 μs	250 μs	With full load3
	100 μA~10 μA	120 μs	400 μs	With full load3
	1 μA	800 μs	1.2 ms	With full load3

1. The time required for the pulse leading edge to rise from 10% to 90%

2. The time required for the pulse to reach within 1% of its final value

3. Test conditions: Normal, pure resistive full load, voltage rises to 6 V

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Lianxun Instruments S2013C Single-Channel PXIe Plug-in Source Measure Unit Precision Power/Measurement Unit ±200 V, ±1 A (DC), ±3 A (pulse)

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