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High Voltage Probes
handle voltages beyond general purpose passive probes and operate in the range >500 volts and <20,000 volts.
See Also: High Voltage Meters
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AC-Powered, AC Voltage Monitor, Adjustable
VMA
NAI’s VMA is a field-adjustable, AC-Powered, AC Voltage Monitor used to monitor voltage characteristics of single- or three-phase power lines. This allows normal operation of system loads when the power-line characteristics are within pre-determined limits.High and low voltage limits, and "pick-up" and "drop-out" time delay are field-adjustable. The VMA voltage monitor is ideally suited for rugged defense and industrial applications.
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AC-Powered, AC Voltage Monitor
VAA/VQA
NAI’s VAA and VQA are AC-Powered, AC Voltage Monitors used to monitor voltage characteristics of single- or three-phase power lines. This allows normal operation of system loads when the power-line characteristics are within pre-determined limits. These voltage monitors are ideally suited for rugged defense and industrial applications.
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DC-Powered, AC Voltage Monitor
VAD/VQD
NAI’s VAD and VQD are DC-Powered, AC Voltage Monitors used to monitor voltage characteristics of single- or three-phase power lines. This allows normal operation of system loads when the power-line characteristics are within pre-determined limits. These voltage monitors are ideally suited for rugged defense and industrial applications.
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SHC68-68-RDIO, 68-Pin Male VHDCI to 68-Pin Female D-SUB, Shielded Digital Cable, 1m
191667-01
68-Pin Male VHDCI to 68-Pin Female D-SUB, Shielded Digital Cable 1m
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SHC68-C68-RDIO2, 68-Pin VHDCI Male to 68-Pin VHDCI Male, 80 MHz, Shielded Digital Cable, 1m
156166-01
SHC68-C68-RDIO2 Shielded R Series High Speed Digital Male VHDCI Cable, 1m
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SHC68-C68-RDIO2, 68-Pin VHDCI Male to 68-Pin VHDCI Male, 80 MHz, Shielded Digital Cable, 2m
156166-02
SHC68-C68-RDIO2 Shielded R Series High Speed Digital Male VHDCI Cable, 2m
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Current Probe
DCP-BTA
Vernier Software & Technology, LLC
The Current Probe measures DC and low-frequency AC currents up to 600 mA. Use Current Probes in combination with Differential Voltage Probes to investigate Ohm's Law and explore series and parallel circuits. The 0.1 shunt resistor minimizes changes to your circuit. If currents will exceed 1 A, use the High Current Sensor.
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Current Probe for High-speed & High Power-density
CWTMini50HF
Power Electronic Measurments Ltd
For high-speed and high power-density power electronic applications. This higher bandwidth probe is ideal for measuring the faster current transients in today’s new semiconductor technologies where faster turn on and turn off times, higher blocking voltages and smaller circuits demand, smaller, higher temperature, faster current probes.
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Differential Probe
With signals becoming faster, and power supply voltages going lower, these active differential probes will allow floating measurements from 100uVolts to as high as 7000 volts. These probes provide high CMRR and a broad frequency range.
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Hand-Held Electrostatic Voltmeter
Model 821HH
Trek's Model 821HH Infinitron Hand-Held Electrostatic Voltmeter represents the next generation of contacting precision surface voltage measuring instruments, providing input characteristics far beyond the limits of any currently available hand-held voltmeter product.The Model 821HH can easily measure the voltage level of both conductive and insulative objects and surfaces with virtually zero charge transfer to the measurement probe. This results in stable high accuracy voltage measurement capability for ESD-sensitive devices.
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High-Sensitivity, DC Stable ESVM
Model 323
The Trek Model 323 Electrostatic Voltmeter performs high voltage resolution, noncontacting, DC stable surface voltage measurements using a technique which maintains high measurement accuracy over a wide range of sensor probe to measured surface spacings.
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High Voltage Differential Probe
ADF25A
Permits conventional grounded oscilloscopes to be used for the display and measurement of multiple floating signals with high common mode voltages
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High Voltage Differential Probes
A high voltage differential probe is used for measuring the voltage difference between two test points where neither test point is at ground. High voltage differential probes from Tektronix can be used for signals up to 6000 V. These probes are the best choice for making non-ground referenced, floating or isolated measurements in large part due to their common mode rejection capability. These products are designed, manufactured, and serviced by Tektronix.
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High Voltage Probe
HVP-40M
*DC 40KV CAT II Pollution 2*600MΩ Impedance*25KV ± 2%, 40KV ± 3%*T.C. 200 ppm/oC*Positive Polarity only.*Resolution 1KV*Need not power.*CE, TUV GS, UL, CUL, IEC1010
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High Voltage Probe
HVP-39pro
* 39KVDC+ACpeak* 900MΩ Impedance* DC~50MHz(-3dB)* 1000:1 for Oscilloscope* Very Low Nosie
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High Voltage Probe
HVP-40DM
*DC 40KV CAT II Pollution 2.*2000MΩ Impedance.*3999 LCD display.*Accuracy 1.0% full range.*T.C. 100 ppm/oC*400V/4KV/40KV, 3 range.*Resolution 0.1V/1V/10V.*PEAK HOLD, Auto power off.*CE, TUV GS, UL, CUL, IEC1010
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High Voltage Probe
HVP-40
*MAX. Voltage : DC : 40KV, AC : 28KV, (50/60Hz only) CAT II.*1000MΩ Input Impedance.*Accuracy **DC: ± 1% to 20KV. ± 2% to 40KV. **AC: -5% to -10% (50/60Hz)*Division Ration : 1000:1*CE, TUV GS, UL, CUL, IEC1010
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High Voltage Probe
HVP-15HF
*MAX.VOLTAGE:15KV DC.*BANDWIDTH:DC~50MHz.*DIVISION RATIO:X1000.*SIGNAL/NOISE:>60dB(1KHz)
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High Voltage Probe
PL-10
*MODEL：PL-10*IMPEDANCE：1.111MΩ*ACCURACY： ±0.25%*FREQUENCY B.W.：DC~50MHz*WORKING POWER：MAX. 1Watt*INPUT VOLTAGE：MAX.250VDC or 200V rms AC*DIMENSION：46mm(L)xΦ16mm(D)*WEIGHT：25g
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High Voltage Probe, AC or DC Measurement, 40 kV, 1000 MΩ
72-3040
A high voltage probe that allows most 10MΩ multimeters to be turned into a high voltage meter.
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High Voltage Probes
High voltage measurements have a variety of different requirements, and our PVM series and VD series probes are designed for most of these requirements. The PVM probes are designed for wide bandwidth and ease of portability where a variety of measurements must be made. The VD series probes are designed for use at higher voltage ranges, and where physical stability is required.
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Injection Transformer
J2101A
The injection transformer is presently the prevalent method for connecting the network analyzer to the circuit being tested, and is primarily used for control loop stability measurements. The goal of the transformer is to inject a signal into the control loop being measured, without impacting the performance of the loop. In order to accomplish this to a reasonable degree, The transformer is isolated and therefore is capable of floating on a high voltage, such as a Power Factor Corrector (PFC), which is often close to 400VDC. Measuring voltages that exceed the voltage rating of the FRA inputs require attenuation probes.
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Injection Transformer
J2100A
The injection transformer is presently the prevalent method for connecting the network analyzer to the circuit being tested, and is primarily used for control loop stability measurements. The goal of the transformer is to inject a signal into the control loop being measured, without impacting the performance of the loop. In order to accomplish this to a reasonable degree, The transformer is isolated and therefore is capable of floating on a high voltage, such as a Power Factor Corrector (PFC), which is often close to 400VDC. Measuring voltages that exceed the voltage rating of the FRA inputs require attenuation probes.
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LISN & Voltage Probes
All commercial LISNs include an artificial hand connection and a transient limiter. This adds a 30dB insertion loss. A 30dB pre-amplifier is included which can be connected in the RF output feed to return the insertion loss to 0dB. The Voltage Probe requirement is covered by our PLIP (Power LIne Interference Probe). This fully meets the requirements of CISPR16, but has additional features:*Fully galvanic isolation between input and output (>1kV), for the safety of operator and analyser!*Shrouded safety clips for attachment to the line to be measured.*Filtered frequency response matched to Band A and B.*Current limiting on the output.*Visual indication of high voltage input.
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Logic Analyzers
Verification and debug of today's high speed, low voltage digital signals requires probing solutions that can accurately acquire from a wide variety of electronic designs and protect signal fidelity. Tektronix logic analyzer probes contain a variety of connectivity options that are engineered to ensure that signal acquisition is a true reflection of your design's performance. Compare and learn more about Tektronix logic analyzer probe solutions.
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Low Voltage Single Ended Probes
A low voltage single-ended probe is typically used for measuring high-speed, ground referenced signals up to 12 V. These low voltage probes are the best choice for making measurements on high impedance, high frequency circuit elements which require minimal probe loading. Users should select probes with a low input capacitance specification (~1 pF) to minimize the probe’s loading effect on the circuit. A probe with lower input capacitance will offer higher input impedance at higher frequencies.
