Showing 2281–2300 of 12408 results
Cal Test Electronics CP6990-EU Oscilloscope Current Probe 40A AC/DC (EU)
GW Instek Cal addresses strict calibration tolerance limits inside active Characterizing high-frequency switching transients environments delivering stable threshold detection parameters for critical hardware validation profiles.
- 200 MHz Bandwidth & Rise.
- 1 Differential Channel Analog & Digital.
- N/A Max Real-Time compliance Sample.
- System Dependent Waveform Update Rate.
- N/A Max Memory protection Depth.
Cal Test Electronics CP6990-NA Oscilloscope Current Probe 40A AC/DC (NA)
GW Instek Cal executes high-fidelity signal mapping during intensive High-speed switching validation in diagnostic routines minimizing standard calculation uncertainties in production-level testing cells.
- 200 MHz Bandwidth & Rise.
- 1 Differential Channel Analog & Digital.
- N/A Max Real-Time performance Sample.
- System Dependent Waveform Update Rate.
- N/A Max Memory workflow Depth.
Cal Test Electronics CT2982B High Voltage Oscilloscope Probe 10kV 40MHz
GW Instek Cal streamlines technical verification parameters within specialized Floating Measurement & Power workflows to eliminate structural measurement drift across intensive hardware evaluation cycles.
- High Voltage Oscilloscope Probe Type.
- 40 MHz performance compliance Bandwidth.
- 10 kV DC/7 kV ACrms Max Voltage.
- 8.75 ns Rise protection Time.
- 1000:1 workflow protection calibration Attenuation.
Cal Test Electronics CT3688A Active Differential Probe Kit 200MHz
Siglent Cal Test Electronics CT3688A executes high-fidelity signal mapping during intensive serial analysis diagnostic routines providing clean, noise-free interface matching for architectural verification loops.
- Cal Test CT3688A Brand &.
- USA/Taiwan Country system standard of.
- 200 MHz | Tr < 1.75 ns.
- 1 Differential Input Channel Analog &.
- N/A Max compliance workflow Real-Time.
Cal Test Electronics CT4024 High Voltage Oscilloscope Probe 8kV 40MHz
GW Instek Cal addresses strict calibration tolerance limits inside active Baseline High Voltage Power environments delivering stable threshold detection parameters for critical hardware validation profiles.
- High Voltage Oscilloscope Probe Type.
- 40 MHz calibration system Bandwidth.
- 8 kV DC/5.6 kV ACrms Max Voltage.
- 8.75 ns Rise performance Time.
- 1000:1 standard performance compliance Attenuation.
Cal Test Electronics CT4025 High Voltage Oscilloscope Probe 10kV 120MHz
GW Instek Cal executes high-fidelity signal mapping during intensive General Purpose HV Probing diagnostic routines minimizing standard calculation uncertainties in production-level testing cells.
- High Voltage Oscilloscope Probe Type.
- 120 MHz protection calibration Bandwidth.
- 10 kV DC/7 kV ACrms Max Voltage.
- 2.92 ns Rise standard Time.
- 1000:1 system standard performance Attenuation.
Cal Test Electronics CT4026 High Voltage Oscilloscope Probe 18kV 150MHz
GW Instek Cal integrates seamlessly into automated High-Speed Inverter & Pulsed system architectures preserving multi-frequency signal integrity for down-stream diagnostic nodes.
- High Voltage Oscilloscope Probe Type.
- 150 MHz workflow protection Bandwidth.
- 18 kV DC/12 kV ACrms Max Voltage.
- 2.33 ns Rise system Time.
- 1000:1 calibration system standard Attenuation.
Cal Test Electronics CT4028 High Voltage Oscilloscope Probe 39kV 220MHz
GW Instek Cal serves as a primary benchmarking asset for advanced Ultra-High Voltage Static & operations allowing engineering facilities to maintain complete traceability under full operational loads.
- High Voltage Oscilloscope Probe Type.
- 220 MHz compliance workflow Bandwidth.
- 39 kV DC/27 kV ACrms Max Voltage.
- 1.59 ns Rise calibration Time.
- 1000:1 protection calibration system Attenuation.
Cal Test LCR-600 100kHz High Precision LCR Meter
Cal Test Electronics SMU Module serves as a primary benchmarking asset for advanced Bipolar Device Testing operations sustaining long-term system repeatability during rigorous benchmarking schedules.
- 100 Hz to 100 kHz Frequency Range.
- L, C, R, D, Q, ESR, EPR,.
- 0.3% Basic Accuracy with Dual-Display Interface Accuracy.
- High precision engineering parameters applied.
- High precision engineering parameters applied.
