S3029P

S3029P

S3029P

Precision PSMU

S3029P by Semight  is a standard single-channel pulse current source/ measurement unit. It can output ±2 A high-precision current pulses. S3029P covers the broad applications: semiconductor device testing, laser driver, material research, EMC inspection, etc. It enables one-stop solution to meet the challenges in current pulse measurement in many applications.

Features

Features

10
Pulse Width

Minimum 3 μs, maximum 500 μs
Suitable for faster tested devices to better avoid the impact of temperature on test results

11
High-speed Measurement

ADC up to 125 MSa/s

12
High Range

Range: ±2 A, 10 V

13
Stronger Load Adaptability

Test loads with different characteristics to ensure that the waveform does not experience overshoot or other distortions

17
High Speed Synchronization

Single-channel and multi-mode collaborative measurement

15
Real Time Reading of DUT Voltage Drop for Pulse Current

No additional equipment required, precise monitoring of current testing conditions, real-time reading back of test results

Functions and Advantages

  • Working conditions
  • Temperature 23 ℃± 5 ℃
  • Relative humidity<70%
Specifications

Pulse Current Output

Parameter
 Specification 
Current Accuracy Range  Programming Resolution  Accuracy[1](1Y)
±(%RD+Offset)		 Typical Noise[3](RMS)
1Hz-10MHz 
±150mA[2] 20μA 0.1%+0.2mA  0.2mA 
±750mA  20μA 0.1%+0.3mA 0.3mA
±2A 40μA 0.1%+2mA 0.4mA 
Maximum Load Voltage Drop 10V
Pulse Width Resolution 80ns 
Maximum Pulse Width T on-max 500μs
Minimum Pulse Width T on-min 3μs
Pulse Minimal Cut-off Time Toff-min 100μs
Pulse Width Accuracy 100ns[4]
Pulse Width Jitter 500ns(typ.) 
Rising Time(10%-90%) <400ns[4][5][6] 
Pulse Overshoot <3%[4][5][6]  
Current Regulation Rate

 Line Regulation 0.05% of Range
 
Load Regulation ±100μA
 
Duty Cycle Limit[7] D≤50%, where:
D < 3/[(Vsp – Vload)x(|Iset|- |Ibias|)]
Maximum Number of Pulses per Scan 65535

 

[1] Test Setup:current pulse width 500us, use of high accuracy ammeter,measurement speed 0.02 NPLC;

[2] Switched internally, user setting not required;

[3] Use of 10Ω resistance load, measure noise of two terminals,calculated by I=V/R;

[4] Bias current>1mA, pulse width measured from 10 of rising edge 10% to 90% of failing edge 90%;

[5] Load: 0.5Ω resistor;

[6] Total inductance of output lineand DUT＜200nH(100k);

[7] Iset:setting current;Ibias:bias current; D:duty cycle;Vsp:programmed source voltage from 5-40V;Vload:voltage drop of load;

Note:In current output mode, the instrument will automatically detect the circuit loop state. In case of external circuit open, it will shut down the output and report error.

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Pulse Measurement (both Voltage and Current)

Parameter Specification
Pulse

Voltage

Measurement

 Range Display Resolution Accuracy
±(%RD+Offset)
6V 1mV 0.1%+22mV
10V 10mV 0.1%+24mV
Pulse

Current

Measurement

 Range Display Resolution Accuracy
±(%RD+Offset)
150mA 100μA 0.1%+1mA
750mA 100μA 0.1%+3mA
2A 1000μA 0.1%+15mA
Sense Constrain(PULSE VM)

Max Votlage between HI and SENSE HI =±10V;
Max Voltage between LO and SENSE LO =±10V;

Bias Current

Parameter Specification
Current Accuracy Range Max Current Programming Resolution Accuracy
±(%RD+Offset)		 Typical Noise[3](RMS)1Hz-10MHz
±0.15A 50mA 20μA 0.1%+0.2mA 0.2mA
±0.75A 20μA
±2A 40μA

Trig Signal

Trig Source

 Trig Function Level Delay[8](Typical[9]) Trig Mode
PXI0-PXI7 Trig_IN[10] / 500ns Rising/Falling/Dual Edge
PXI0-PXI7 Trig_OUT[11]  / 300ns Rising Edge
DIO[12] Trig_IN 5V 500ns Rising/Falling/Dual Edge
DIO Trig_OUT 5V 300ns Rising Edge

 

[8]The delay between trig signal and current pulse;

[9]Test setup:output current＞100mA,bias current＞1mA;

[10]Trig_In(slave);

[11]Trig_Out(master);

[12]Max input voltage 5V,min input voltage 0V,VOL 1.5V,VOH 3.5V,max output/input current 2mA.

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