SP26S Series Semiconductor Static Parameter Measurement System
SP26S Series Semiconductor Static Parameter Measurement System
SP26S Series Semiconductor Static Parameter Measurement System
SP26S Series Semiconductor Static Parameter Measurement System

SP26S Series Semiconductor Static Parameter Measurement System

Semiconductor static parameter measurement system

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System Overview.

New Rui Zhongke Power Device Static Parameter Test System integrates various measurement functions and can accurately measure power devices of different package types (e.g. MOSFETs, BJTs, IGBTs, as well as SiC and GaN third-generation semiconductors, etc.).
It features high-voltage and high-current characteristics, accurate measurement of μΩ-level on-resistance, and the power to measure nA-level leakage current. Supports junction capacitance testing of power devices in high voltage mode, such as input capacitance and output capacitance,
Reverse transmission capacitance, etc.

System components.

Xinrui Zhongke power device static parameter test system, mainly including test host, test line, test fixture, computer, host computer software, as well as related test accessories and other components. The whole system adopts

The test equipment developed in-house by New Roc-Master has built-in voltage, current and capacitance measurement modules of various specifications. Combined with the proprietary host computer test software, the test unit can be configured with different settings according to the needs of the test project.

The test data can be saved and exported, and I-V and C-V curves can be created. Test data can be saved and exported, and I-V and C-V curves can be created. In addition, the Tester can be used in conjunction with a Probe Station.

For wafer-level chip testing, the FTD is a new technology that can be used to test the chips at the wafer level.

 System Parameters:

model number Main specifications realm accuracy
Collector-Emitter input voltage 300V--3500V ±0.1%
amps 5A--6000A ±0.1%
Minimum voltage pulse width 1ms ±100uS
Current pulse width 50μs~500μs ±5μs
Leakage current test range 1nA~100mA
Gate-Emitter input voltage 300mV--300V ±0.1%
amps 10nA - 1A (DC) / 10A (pulse) ±0.1%
pulse width 200us - 100ms ±10uS
Capacitance Testing *Frequency range 10Hz~1MHz ±0.01%
Capacitance value range 0.01pF~9.9999F ±0.05%
signal level 10mV-2Vrms 0.06
bias voltage 300V--3500V ±0.1%
Temperature control realm 25℃~200℃ ±1°C

 

Main Applications of SP26S Series

  • Incoming inspection of power semiconductors
  • Verification or calibration of static parameters of power semiconductors
  • Device Evaluation in the Laboratory
  • Power Semiconductor Manufacturing and Screening
  • Evaluation of Semiconductor Devices for Industrial Improvement
  • Failure analysis of semiconductor devices
  • Education and Research on Semiconductor Devices

Software Features:

  • The voltage and current measurement units inside the mainframe are of multi-range design with an accuracy of 0.11 TP3T.
  • Gate-emitter, supports up to 30V/10A pulsed current output and testing down to pA leakage currents
  • Collector-emitter supporting up to 6000A of high speed pulse current with a typical rise time of 15μs and high speed synchronized voltage sampling
  • Supports up to 8000V output with automatic leakage current measurement.
  • Capacitance characterization including input capacitance, output capacitance, and reverse transfer capacitance with up to 1 MHz support
> Type of device and item to be tested
Parameter classification    parameter symbol Parameter description     Parameter classification  parameter symbol Parameter description
   triode (vacuum tube or transistor) V(BR) CEO Collector-emitter breakdown voltage

push down

MOSFET V(BR)DSS Gate-Source Breakdown Voltage V(BR)CBO Collector-base breakdown voltage
VGS(th) Gate Threshold Voltage V(BR)EBO Emitter-base breakdown voltage
IDSS source leakage current (of electricity) ICBO Collector-base cutoff current
IGSS Gate Leakage Current IEBO Emitter-base cutoff current
RDS(on) Source-drain on-resistance VCESAT Collector-emitter saturation

push down

VSD Body Diode On Voltage
VBESAT Base-emitter saturation voltage
ISD Body diode conduction current
IC Collector Current
Ciss Input Capacitance
IB Base current
Coss Output Capacitance Ccb Collector-base capacitance
Crss Reverse Transmission Capacitance Ceb Emitter-base capacitance
gfs crossover conduction
hFE gain (electronics)
Output Characteristic Curve

Transfer characteristic curve

C-V characteristic curve

Input Characteristic Curve

Output Characteristic Curve

C-V characteristic curve

 IGBT VCES Collector-emitter voltage      GaN HEMT V(BR)DSS Gate-Source Breakdown Voltage
V(BR)CES Collector-emitter breakdown voltage VGS(th) Gate Threshold Voltage
IDSS source leakage current (of electricity)
VCEsat Collector-emitter saturation voltage IGSS Gate Leakage Current
RDS(on) Source-drain on-resistance
IC Collector Current
VSD Body Diode On Voltage
ICES Collector cutoff current
ISD Body diode conduction current
VGES Gate-Emitter Voltage Ciss Input Capacitance
VGE (th) Gate-emitter threshold voltage Coss Output Capacitance
IGES Gate Leakage Current Crss Reverse Transmission Capacitance
Ciss Input Capacitance gfs crossover conduction
Coss Output Capacitance Output Characteristic Curve

Transfer characteristic curve

C-V characteristic curve

Crss Reverse Transmission Capacitance
gfs crossover conduction
    optocoupler IF forward current (electricity)
Output Characteristic Curve

Transfer characteristic curve

C-V characteristic curve

VF forward voltage
V (BR) CEO Reverse breakdown voltage
 thyristor VR Reverse breakdown voltage VCE (sat) Output saturation voltage drop
ICEO Reverse cutoff current
IR inverse leakage current
Input Capacitance

Output Capacitance

Inlet and outlet isolation capacitors CIO

VF forward voltage
IF forward current (electricity)
Cd capacitance value Output current transfer ratio CTR

Input Characteristic Curve

Output Characteristic Curve

I-V characteristic curve

C-V characteristic curve

Note: More types of devices are supported in the process of refinement.

> SP26S Series Ordering Information

model number  Main specifications
SP26S2100H 0.1% accuracy, 2200V,1000A
SP26S3200H 0.1% accuracy, 3500V,2000A
SP26S3400H 0.1% accuracy, 3500V,4000A
SP26S8600H 0.1% Accuracy, 8000V,6000A

 

SP26S Series Semiconductor Static Parameter Measurement System Configuration

  • Test host, test cable, test fixture, computer
  • TO-247-3L/TO-220 package fixtures are standard;
  • Parametric test system software and system usage manual;

 

SP26S Series Semiconductor Static Parameter Measurement System Hardware Fixture Options

  • SP-XXX, Customized Fixture Boards

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SP26S Series Semiconductor Static Parameter Measurement SystemSP26S Series Semiconductor Static Parameter Measurement System
¥999,999.00
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