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- Scientific Test, Inc.
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Curve Tracer
CS-5000 Series
Maximum peak voltage: 5,000V (high-voltage mode for all models) in CS-5000 Series. Maximum peak current: 1,000A (CS-5300 high-current mode). The CS-5000 Series achieves 5,000V of max. peak voltage with the same physical size as the CS-3000 Series. Best suited for the measurement of a power devices that have 3.3kV and 4.5kV withstanding voltage.
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1000V/15A I-V Curve Tracer
I-V400w
I-V400w allows field detection of I-V Curve an of the main characteristic parameters both of a single module and of strings of modules for PV installations up to a maximum of 1000V and 15A. For measuring I-V Curve, I-V400w manages an internal database of the modules, which can be updated at any time by the user and comparison between the measured data with the rated values allows immediately evaluating whether the string or the module fulfills the efficiency parameters declared by the manufacturer.
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IV Curve Tracer
IVCT
In recent years, we have been developing a sophisticated IV curve tracer for PV modules including a maximum power point tracking (MPPT) function. The IV curve tracer is designed for operation with any market-available steady-state solar simulator. Through our web-based software design, the operator can supervise the test results from every computer in a company network. The software contains functions such as an irradiation sum counter that helps to check requirements stated in a stabilization test like they are defined in IEC 61215 (MQT 19). We have also included a correction function to correct the traced IV curves to standard test conditions (STC) when the user enters the required temperature coefficients. One of the most important features is the multi-IV curve tracing function, which enables the user to display more than 150 IV curves in one graph. This eases the analysis of the weakest cells in hot-spot tests, which are required in IEC 61730 (MST 22) and IEC 61215 (MQT 09).
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1000V/15A I-V Curve Tracer
I-V415w
-V415w allows field detection of I-V Curve an of the main characteristic parameters both of a single module and of strings of modules for PV installations up to a maximum of 1000V and 15A. For measuring I-V Curve, I-V415w manages an internal database of the modules, which can be updated at any time by the user and comparison between the measured data with the rated values allows immediately evaluating whether the string or the module fulfills the efficiency parameters declared by the manufacturer.
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Solar Array IV Curve Simulation Softpanel
Chroma Systems Solutions, Inc.
Easily program the I-V curve of the Solar Array Simulator with this test software as well as the I-V and P-V curves for real-time testing. See both dynamic and static MPPT efficiency and even simulate the IV Curve with shadows. The real world weather simulation function allows the user to simulate the irradiation intensity and temperature level from early morning to nightfall.
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1500V Multifunction I-V Curve Tracer
SOLAR I-Ve
SOLAR I-Ve allows both testing a single-phase (three-phase with optional MPP300) photovoltaic system and verifying I-V curve. Thanks to remote unit SOLAR02, it is possible to test the system complying with the requirement of simultaneity as provided for by the reference standard. SOLAR02 is a datalogger which, synchronized with SOLAR I-Ve, acquires the data relevant to irradiation and temperature while tests carried out by SOLAR I-Ve are carried out.
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Pulsed IV
AURIGA 4850
Pulsed IV (current-voltage) measurements have emerged as the preferred method of capturing current-voltage characteristics of active devices such as field effect (FETs) and bipolar junction (BJTs) transistors.
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Semiconductor Curve Tracer
CS-3000 Series
*Max. Peak Voltage : 3,000V（HV mode）*Max. Peak Current : 1,000A（HC mode）*Equipped all models with LEAKAGE mode (Cursor resolution 1pA）*USB port for display hardcopy, waveform data (CSV format) and measurement setup SAVE/RECALL*LAN interface for Remote Control
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Parametric Curve Tracer Configurations
Keithley PCT
Developing and using MOSFETS, IGBTs, diodes and other high power devices requires comprehensive device-level characterization such as breakdown voltage, on-state current and capacitance measurements. Keithley's line of high power Parametric Curve Tracer configurations supports the full spectrum of device types and test parameters. Keithley's Parametric Curve Tracer configurations include everything necessary for the characterization engineer to develop a complete test system quickly.
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Transistor Curve Tracers
Store characteristic curves and panel setting parameters. Programmable test conditions ,measured results PC stored. Three cursor measurement modes: point, line, window. Two cluster characteristic curves display simultaneouslyfor compare and pairing. Screen read outβ, gm, Vce, Ic, breakdown voltage, leakage current and other parameters . Repeat and single measurement. Self-checking function . 7 Inch high-resolution TFT color LCD. Standard interface: USB, RS232, LAN
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Parameter & Device Analyzers, Curve Tracer
Precision Current-Voltage Analyzer Series ensures accurate and efficient current-voltage measurements that give a clear insight into IV characteristics across a wide range of applications. The powerful characterization software and integrated source and measurements units (SMUs) make it much quicker and simpler to obtain accurate IV characterization. The EasyEXPERT group+ software supports all the characterization tasks such as measurement setup and execution, data analysis, data management and protection and so on, using the graphical intuitive user interface and mouse/keyboard operation. The Series provides a wide selection of IV analyzers suitable to your specific measurement needs in the range from an economic model to the most advanced analyzer capable of supporting cutting-edge applications.
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Curve Tracer
CS-3000 Series
CS-3300 / CS-3200 / CS-3100 three model line-up. Maximum peak voltage: 3,000V (high-voltage mode for all models) in CS-3000 Series.Maximum peak current: 1,000A (CS-3300 high-current mode). The CS-3000 Series are CE-marked and UL listed.
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I-V Tracers
EKO I-V tracers (MP-160 / MP-11 / MP-180) can be used in three different Power ranges. The research type MP-160 is an all round instrument to be used with single cells and modules or multiple unitswhen connected to the multi channels selectors. The portable MP-11 with remote sensor unit can be used on site to accurately check the performance of Modules and Strings. The high end MP-180 is capable to make high precision I-V measurements of small and large size solar cells and is most suitable for Research and Development applications or production inspection purposes indoors.
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Power Device Analyzer / Curve Tracer
The B1505A Power Device Analyzer / Curve Tracer is focused on the needs of power device manufacturers, while the B1506A Power Device Analyzer for Circuit Design is focused on the needs of power electronics circuit / product manufacturers. The B1507A Power Device Capacitance Analyzer helps both power device development engineers and power circuit designers maximize product value by revealing device capacitance characteristics.
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PathWave IV Curve Measurement Software
PW9251A
The PW9251A PathWave IV Curve Measurement software helps to control Keysight SMUs for easy test setup and to perform IV measurements without any programming.
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Semiconductor Curve Tracer
CS-10000 Series
This optional unit minimizes parameter variation on devices causedby heat. Pulse rise time can be configured for 1, 3, or 5ms; pulse duration from 1ms to 20ms; and pulse interval from 100ms to 2 seconds. This option is installed at the factory. Any changes desired after purchase will require return the unit back to IWATSUfactory.
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Stand-alone I-V Test Systems
OAI offers a complete line of high performance I -V Testers. I -V Testers and I -V Rider software may be ordered as a stand -alone system or integrated into any OAI Solar Simulator. Three standard ranges of I -V Testers are available; ≤1A, 1 -5A, 5 -10A, and 20A. Higher current testers are available as custom options. An OAI Application Engineer will work with you to insure that the I -V Tester and I -V Rider software you choose is optimized for your specific application.
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IV Tester System
PET-CC
Application ■Mono crystalline silicon (Si) ■Multi crystalline silicon (mc-Si) ■Amorphous silicon (a-Si) ■Gallium arsenide (GaAs) ■Gallium indium arsenide (GaInAs)
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Multi-functional High-speed I-V Measurement System
“Rakit”
Rakit is a maintenance device to measure current and voltage characteristics string by string, to grasp solar system characteristics, abnormal data, etc. The device comprising of I-V tracer, pyranometer, thermocouple, data logger, and "I-V data analyzer," the multi-functional analyzing software, provides accurate analysis report quickly. The I-V data analyzer is compatible with the following I-V tracers:
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Quick I/V Measurement Software For PXIe SMU
PX0109A
The PX0109A is an essential and powerful software tool to control the PXIe Precision SMU which makes it easy to quickly setup and perform current-voltage (IV) measurements and to display the measurement data in tables and graphs without the need to program.
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Light I-V Testing for Modules
FMT-500
Advanced analysis of solar modules including light I-V and Suns-Voc data. Capability to accurately measure high-efficiency modules.
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IV Characteristics Measurement Device Software
Keithley 2400, 2401 and Keithley 2450
*Windows 10, Windows 11 (Compatible) RS-232C (Keithley 2400, 2401), USB (Keithley 2450)*NI GPIB can also be used (optional)*IPCE PEC-S02 can be used simultaneously. operation panel. *Everything from condition setting to measurement can be done on one screen.
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Light I-V Testing for Solar Cells
FCT-650
Advanced analysis of solar cells including light I-V and Suns-Voc data.
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Precision Curve Tracer
CurveMasterTM
The CurveMasterTM delivers new price/performance efficiency to curve tracing and Failure Analysis. Curve trace has been a standard feature in our full-power chip tester for years, so the CurveMasterTM is built with today’s components and technology. With all new high-accuracy DC Parametrics, you’ll enjoy the most powerful curve tracer you have ever used.
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Solar Cell I-V Characterization System
VS6825
Industrial Vision Technology Pte Ltd.
The VS-6825A I-V test system is tailored for high-efficiency Solar cell production lines. It is able to eliminate the impact of HJT/IBC/TOPCON’s high capacitance characteristics on measurement results.
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AC/DC CAT IV 600 A TRMS Navigator Clamp Meter
ACDC-52NAV
The ACDC-52NAV clamp-on power meter is the ideal choice for jobs that require AC/DC current measurements to 600 A, AC/DC voltage to 1000 V and wide jaws to accommodate large conductors.
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Pulsed IV Systems
AM3200-Series
AMCAD Engineering has created professional, industry-proven pulsing technology for both standalone IV-testing (Pulsed IV, PIV) as well as pulsed-bias load pull (Pulsed Load Pull, PLP) and high-voltage power semiconductor applications. Systems come equipped with a mainframe controller which includes integrated power supplies. Input and output pulser modules (probes, pulsers) are selected for specific applications and are available in bipolar ±25V/1A and high-voltage 250V/30A models.
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Single Long Pulse Solar Simulator & I-V Test System
TriSOL SLPSS
The OAI Test System for HIGH EFFICIENCY SOLAR CELLS overcomes the limitations of flash testing by providing a highly optimized pulse width and voltage sweep rate to match the cell’s dielectric response speed. As a result, the system produces extremely accurate measurements of solar cell efficiency leading to increased profitability.
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CAT IV 600 A TRMS Navigator Clamp Meter
ACD-51NAV
This versatile clamp-on power meter offers a full range of diagnostics, including those that HVAC technicians need most—volts, amps, resistance, capacitance, DC microamps, in-rush current and temperature.
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I-V Measurement Systems
The I-V Curve Data Acquisition includes a fixture for holding cells for testing (see Figure 1 below). This fixture can accommodate cells from small to up to 100 mm x 100 mm. Adjustable cell stops, in the X & Y-axis, are provided to consistently locate the cells for testing. Two micro-manipulators are provided as shown in Figure 1. Each micro-manipulator has two spring loaded contacts to allow 4-wire measurement even for cells that have top contacts only. Two back-side voltage contacts are embedded in the Plate (galvanically isolated from the Plate) and make good electrical contact when the cell is held down by vacuum to the plate. All voltage and current probes are gold-plated. The cell is held down with vacuum during testing (built-in vacuum pump).
