Keithley 2600 Series SourceMeter Instrument Control Software
| Brand | China Education Goldsource |
|---|---|
| Origin | Beijing, China |
| Manufacturer Type | OEM Manufacturer |
| Regional Classification | Domestic (China) |
| Model Numbers | Keithley 2611A, 2614A, 2634B, 2635B, 2636A/B |
| Price | USD 3,300 (approx. based on ¥23,800 at 1 USD ≈ ¥7.2) |
Overview
The Keithley 2600 Series SourceMeter Instrument Control Software is a native application designed exclusively for configuring, executing, and analyzing precision source-measure unit (SMU) operations on Keithley’s industry-standard 2600-series instrumentation—including the 2611A, 2614A, 2634B, 2635B, and 2636A/B models. Built upon Keithley’s Test Script Processor (TSP®) architecture, this software implements true instrument-embedded scripting, enabling deterministic, low-latency execution of complex I-V characterization routines directly on the SMU’s onboard processor—eliminating PC-dependent timing jitter and communication bottlenecks. It supports both single-channel and dual-channel synchronized sourcing and measurement, with full support for pulsed, swept, stepped, and waveform-based excitation modes. The software operates as a standalone Windows application and integrates seamlessly with Keithley’s KickStart Instrument Control Software and third-party environments such as LabVIEW, MATLAB, and Python via IVI-COM and SCPI drivers.
Key Features
- Native TSP script deployment with real-time execution on instrument firmware—no host PC required during test runtime
- Comprehensive I-V test library covering 24 standardized test configurations, including DC FET transfer/output curves, pulse FET characterization, cyclic voltammetry, multi-step potential/current sweeps, solar cell IV analysis, and dual-channel synchronous sweeps
- Configurable measurement parameters: NPLC (number of power line cycles), 2-wire/4-wire sensing mode, auto-zero enable/disable, and digital filtering options
- Support for arbitrary waveform generation: sine, square, and user-defined waveforms with programmable amplitude, frequency, offset, and duty cycle
- Built-in compliance limiting for both voltage and current sources to prevent device damage during testing
- Real-time data streaming with timestamped, high-resolution (up to 1 µs resolution on select models) acquisition capability
- Export-ready output formats: CSV, TXT, and XLSX with metadata headers including instrument model, firmware version, test configuration, and environmental timestamps
Sample Compatibility & Compliance
The software enables reliable, repeatable characterization across semiconductor devices, passive components, electrochemical cells, photovoltaic materials, and microelectromechanical systems (MEMS). It supports standard test methodologies aligned with ASTM F1900 (photovoltaic module IV curve measurement), IEEE 1620 (semiconductor parameter analysis), and IEC 61215 (crystalline silicon PV device qualification). All measurement sequences are fully traceable and support audit-ready logging in accordance with GLP and GMP requirements. When deployed in regulated environments, the software can be configured to meet FDA 21 CFR Part 11 requirements for electronic records and signatures—supporting user authentication, role-based access control, and immutable audit trails for all script uploads, parameter changes, and data exports.
Software & Data Management
The interface provides hierarchical project organization, allowing users to define reusable test templates, parameter sets, and calibration profiles. Each test session generates structured metadata—including instrument serial number, firmware revision, TSP script hash, and operator ID—ensuring full experimental reproducibility. Data visualization includes interactive XY plots with zoom, pan, cursor readouts, and overlay comparison across multiple sweeps or channels. Batch processing tools support post-acquisition normalization, derivative calculation (e.g., transconductance gm = dID/dVG), and statistical summary (mean, sigma, min/max) across parametric datasets. Integration with SQL-based LIMS platforms is supported via ODBC-compliant export modules and RESTful API extensions.
Applications
- DC and pulsed characterization of MOSFETs, BJTs, JFETs, and GaN/ SiC power devices
- IV curve tracing and degradation analysis of LEDs, VCSELs, HBLEDs, and OLEDs under thermal stabilization
- Cyclic voltammetry and impedance-related transient analysis for battery electrode materials and supercapacitors
- Solar cell efficiency mapping via forward/reverse bias IV sweeps with series/shunt resistance extraction
- Reliability stress testing including NBTI, TDDB, HCI, and electromigration using controlled voltage/current ramp protocols
- Parametric screening of wafer-level ICs (SSI/LSI analog, RFIC, ASIC, SoC) with pass/fail binning logic
- High-precision resistor, capacitor, thermistor, MOV, and diode validation per MIL-STD-202 and JEDEC JESD22 standards
FAQ
Is this software compatible with non-Keithley SMUs?
No. This software is engineered exclusively for Keithley 2600-series SourceMeter instruments and relies on proprietary TSP command syntax and firmware services.
Does it support remote operation over LAN or GPIB?
Yes. Full SCPI command support enables integration into automated test systems via TCP/IP (VISA), GPIB, or USB-TMC interfaces.
Can test scripts be edited or debugged within the GUI?
Yes. The integrated script editor includes syntax highlighting, line-numbered debugging, breakpoint insertion, and step-through execution with live variable inspection.
Is calibration data stored or managed by the software?
The software does not perform calibration; however, it supports loading and applying user-defined correction tables (e.g., voltage offset compensation) during measurement sequence execution.
What operating systems are supported?
Windows 10 and Windows 11 (64-bit only); .NET Framework 4.8 and Visual C++ Redistributable 2019 are required dependencies.
