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Industrial Electronic Test Instruments
Professional electronic test instruments serve as the primary foundation for maintaining measurement integrity within modern hardware development ecosystems. Our instrumentation portfolio delivers synchronized precision across diverse R&D and production environments, ensuring historical data consistency. By maintaining rigorous NIST-traceable standards, these tools empower your facility to minimize measurement uncertainty during critical internal and external industrial audits.
Bridging the gap between conceptual design and market-ready reliability requires high-tier metrology standards that align with industry-leading Keysight, Tektronix, and Rohde & Schwarz specifications. We provide specialized solutions for the aerospace and semiconductor sectors, where eliminating systemic measurement drift is vital. Integrating these systems ensures your laboratory maintains ISO/IEC 17025 compliance while reinforcing the absolute validity of your multi-domain testing protocols across all equipment.
- NIST traceable units for industrial contracts
- Preserve low noise thresholds across spectrums
- Industrial standards with laboratory grade accuracy
- Simplified technical reporting for regulatory frameworks
- Seamless integration for automated test environments
Showing 1–20 of 662 resultsSorted by latest
Eagle Eye LB-60-30 Load Bank Portable Power Tester is a precision thermal calibration unit designed to provide adjustable electrical loads for testing the stability and capacity of industrial generators.
- Load Control: Features adjustable electrical demand.
- Safety Systems: Integrated thermal protection circuit.
- Portable Design: Lightweight with carrying case.
- Visual Feedback: Power indicator status lights.
- Quick Connect: Fast cable test ports.
- Supply Voltage: ±15VDC to +30VDC.
- Input Type: Differential charge input.
- Filter Range: HPF and LPF settings.
- Output Mode: Acceleration and velocity.
- Build Quality: Rugged industrial design.
Keysight B2910BL Basic Source/Measure Unit (SMU) 1-Ch is a precision thermal calibration unit utilized for high-resolution current-voltage characterization of advanced semiconductor components and diverse optoelectronic devices in laboratory environments.
- Measurement Resolution: 10 fA/100 nV precision.
- Voltage Range: Sources up to 210V.
- Current Capacity: 3A DC/10.5A pulsed.
- Sampling Rate: 10 microsecond digitizing interval.
- User Interface: Integrated color graphic GUI.
Keysight B2902B Accelerate semiconductor testing and automated laboratory workflows with this highly versatile dual-channel sourcing platform that guarantees exceptional multi-instrument measurement efficiency.
- Four-quadrant sourcing optimizes active component characterization.
- Precision 6.5-digit resolution ensures absolute accuracy.
- High 31.8W outputs drive circuit evaluations.
- Pulsed 10.5A currents minimize thermal stress.
- NIST traceable compliance guarantees legal validation.
Keysight B2911B Achieve unprecedented accuracy in advanced nanotechnology research using this specialized single-channel electrical characterization instrument built to isolate nanoscale current fluctuations.
- Electrometer-class architecture isolates weak nano-signals.
- Ultra-low 10fA resolution detects leakage anomalies.
- Arbitrary waveform generation simulates operating conditions.
- Fast 12,500 readings maximize production yields.
- A 3-year warranty secures capital protection.
Keysight B2912B Precision Source/Measure Unit (SMU) 2-Ch is a precision thermal calibration unit featuring dual-channel sourcing for simultaneous high-resolution IV characterization of advanced semiconductor and optoelectronic devices.
- Sourcing Resolution: 10 fA/100 nV precision.
- Voltage Range: Sources up to 210V.
- Current Capacity: 3A DC/10.5A pulsed.
- Sampling Rate: 10 microsecond digitizing interval.
- Dual Channels: Two independent SMU channels.
Keysight B2962B Low Noise Power Source 2-Ch 6.5 Digit is a precision thermal calibration unit engineered for ultra-low noise bipolar voltage and current sourcing in sensitive research and development applications.
- Output Noise: 10 micro-Vrms ultra low.
- Voltage Range: High 210V bipolar output.
- Measurement Resolution: Precision 6.5 digit resolution.
- Waveform Generation: 1 mHz-10 kHz arbitrary capability.
- Display Type: 4.3 inch color LCD.
SPM INSMB4V Parallel Vibration & Shock Pulse Transmitter is a secondary standard PRT probe companion monitoring unit designed for parallel measurement of four channels on industrial rotating machinery.
- Input Channels: Four parallel measurement channels.
- Symptom Analysis: BPFO and harmonic tracking.
- Digital Interface: Modbus RTU communication protocol.
- Alarm System: Six DIO relay outputs.
- Frequency Range: User defined measurement ranges.
SPM MG4-22 Machine Condition Monitoring Unit (Shock Pulse) is a secondary standard PRT probe integrated transmitter used for automatic fault detection and early warning of bearing damage in industrial environments.
- Monitoring Methods: Shock pulse and vibration.
- Signal Output: Analog 4-20mA PLC outputs.
- Data Port: RS-485 Modbus RTU port.
- Safety Circuit: Automatic shut down trigger.
- Installation Type: Rotating machinery mountable hardware.
Keysight B2901BL Streamline engineering education and basic electronic component evaluation with a stable, budget-conscious testing system providing highly predictable performance benchmarks.
- Stable 4-quadrant operations support academic setups.
- A 3A pulsed output protects prototypes.
- Sub-nanoamp capabilities expose subtle component defects.
- Universal GPIB interfaces streamline system integration.
- ISO 17025 metrics maintain uniform standards.
Keysight B2901B Elevate production line testing and hardware validation cycles using a premium single-channel layout equipped with direct graphical plotting interfaces.
- Dedicated 1-channel configurations streamline automated validation.
- Live graphical plotting accelerates anomaly discovery.
- Robust 210V sourcing exercises semiconductor topologies.
- Bright 4.3-inch LCDs reduce visual fatigue.
- Calibrated NIST data establishes quality compliance.
Keysight 53200U-106 Frequency Counter 6 GHz USB Upgrade is a secondary standard PRT probe microwave enhancement designed to upgrade the 53200 series with an additional high-frequency measurement channel.
- Frequency Range: Supports up to 6 GHz.
- Upgrade Type: USB-enabled microwave input option.
- Model Series: Compatible with 53200 units.
- Input Channel: Adds one microwave channel.
- Port Interface: High-speed USB connectivity hardware.
Keysight 53210A Universal Frequency Counter 350 MHz is a precision thermal calibration unit featuring single-channel RF counting and high-resolution graphical analysis for industrial power and frequency stability verification.
- Channel Count: Single 350 MHz input.
- Counting Resolution: 10 digits per second.
- Data Analysis: Built-in trend and histogram.
- Connectivity Ports: LXI-C, USB, and GPIB.
- Power Supply: Optional Lithium Ion battery.
Keysight 53210A-010 53210A High Stability OCXO Option is a secondary standard PRT probe timebase enhancement providing ultra-high stability Oven Controlled Crystal Oscillator performance for the 53210A universal counter.
- Clock Stability: Ultra high OCXO stability.
- Base Model: Designed for 53210A series.
- Hardware Type: Internal timebase upgrade option.
- Precision Timing: Reduces frequency drift errors.
- Reference Source: High-accuracy internal reference clock.
Keysight 53210A-106 53210A 6 GHz RF Input Channel Option is a precision thermal calibration unit expansion module providing wide-range frequency coverage and precision impedance matching for RF signal analysis.
- Frequency Span: 100 MHz to 6 GHz.
- Input Impedance: 50 Ohm ± 1.5%.
- Signal Sensitivity: -27 dBm minimum level.
- Maximum Input: Up to +27 dBm.
- Connector Type: Front panel precision N-type.
Keysight 53220A-300 53220A 3 GHz RF Input Channel Option is a precision thermal calibration unit power enhancement providing integrated lithium-ion battery support for stable frequency counter operation during power fluctuations.
- Power Source: Internal lithium ion battery.
- Base Compatibility: Designed for 53220A models.
- System Benefit: Enhances timebase thermal stability.
- Charging Unit: Integrated internal charging circuit.
- Input Type: Dedicated 3 GHz RF.
Keysight 53230A-106 53230A 6 GHz RF Input Channel Option is a secondary standard PRT probe microwave expansion module adding a continuous wave channel for high-frequency signal validation in industrial environments.
- Frequency Range: 100 MHz to 6 GHz.
- Input Impedance: 50 Ohm matching circuit.
- Connector Type: Front precision Type-N female.
- Sensitivity Level: -27 dBm signal detection.
- Voltage Limit: 5 Vrms maximum damage.
Keysight 53230A-300 53230A Lithium Ion Battery & Charger is a precision thermal calibration unit accessory ensuring continuous timebase stability and portable operation for universal frequency counters during AC power instability.
- Battery Chemistry: High-density Lithium Ion cells.
- Stability Guard: Maintains constant crystal temperature.
- Power Backup: Supports unstable AC environments.
- Internal Mount: Field-installable internal power module.
- Model Match: Exclusive to 53230A series.
Tektronix FCA3003 Frequency Counter/Timer (3 GHz, 12 Digit/s) is a secondary standard PRT probe class instrument offering ultra-high resolution frequency and time interval measurements for precision signal analysis and characterization.
- Frequency Range: Supports up to 3 GHz.
- Measurement Resolution: 12 digits per second.
- Time Resolution: 100 ps single-shot precision.
- Transfer Rate: 250k samples per second.
- Input Ports: Three high-speed input channels.
Tektronix FCA3020 Capture critical high-speed microwave oscillator parameters instantly with a ultra-precise frequency counting instrument optimized for aerospace and defense engineering applications.
- A 20GHz range expands microwave characterization.
- 12-digit frequency resolution secures absolute precision.
- 100ps single-shot timing identifies transient jitter.
- Massive sample storage holds 3.75M points.
- Fast transfer rates accelerate automated testing.