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Oscilloscope Current Probes

Advanced Performance Products for Laser Scientists & Engineers

Max Bandwidth

Attentuation Ratio

Spec'sDescriptionType

0.1 MHz 10 mV/A | 100 mV/A AC – 5 Hz to 50 kHz; 100 mA to 2000 A peak; For DMMs and oscilloscopes; Clamp on Current Probe Tektronix

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100 MHz — AC/DC input coupling; Low insertion impedance reduces device under test loading; High Current Probe Tektronix

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10 MHz — Measuring ac currents 1A to 300.000A; Typical bandwiths from 0.1Hz to 6Mhz; Very low 'droop' values Current Probe Power Electronic Measurements

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14 MHz — An electrostatically screened Rogowski coil; A high frequency (-3dB) bandwidth of ≥10MHz Current Probe Power Electronic Measurements

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5 MHz — Wide bandwidth of DC to 5MHz; Safety rated to 300V Cat II (600V Cat I); Current Probe Aim TTI

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60 MHz — For 1 MΩ inputs; Shielded probe head; AC only Split core construction allows easy circuit connection Current Probe Tektronix

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100 MHz 0.1 V/A Highly accurate current detection; Easy current measurement; Unique thin film Hall effect element Current Probe RIGOL Technologies

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0.1 MHz — Connect the output lead to the oscilloscope.; Zero the probe using the Auto Zero button. Current Probe Pico Tech

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0.1 MHz — DC Auto Zero and Auto Power Off; Excellent Accuracy with 1mA resolution (CP30/CP35) Current Probe PROSyS

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120 MHz — Split-core construction allows easy circuit connection; High accuracy with typically less than 1% DC gain error High Current Probe Tektronix

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1 MHz — Test Range 400mA - 4A; Resolution 0.1mA; Bandwidth DC 1MHz (±3dB） Current Probe OWON Technology

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1 MHz — Compact stylish body; 4 Model family; Current ranges: 100, 50, 70 & 40 A; Bandwidths 300k, 500k, 1M & 1.5MHz Current Probe Cal Test Electronics

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1 MHz — The RP1002C current probe uses a single square 9 V battery. This instrument is a high power product. Current Probe RIGOL Technologies

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1 MHz — The LFR is ideal for current monitoring in power measuring applications of leakage currents and power measurement Current Probe Power Electronic Measurements

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10 MHz — Highly accurate current detection; Easy current measurement; Unique thin film Hall effect element Current Probe RIGOL Technologies

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11 MHz — Electronics enclosure Dimensions H=183mm, W=93mm, D=32mm Current Probe Power Electronic Measurements

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13 MHz — A high frequency (-3dB) bandwidth of ≥10MHz; An electrostatically screened Rogowski coil. Current Probe Power Electronic Measurements

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1.5 MHz — 4 Model family; Compact stylish body; Current ranges: 100, 50, 70 & 40 A Current Probe Cal Test Electronics

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1.5 MHz — RP7000, with more than 1.5GHz bandwidth; measure differential and single-ended signals Current Probe TESTEC

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15 MHz — AC/DC input coupling; Low insertion impedance reduces device under test loading High Current Probe Tektronix

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16 MHz — Typical Bandwidth from 0.1Hz to 16Mhz; Coil peak voltage isolation capability upto 10KV Current Probe Power Electronic Measurements

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16 MHz — TRCP0300; AC only; 9 Hz to 30 MHz; 250 mA to 300 A peak Current Probe Tektronix

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1000 MHz — High Bandwidth; Ultra-low Inductance; Very Small Form Factor Current Probe Tektronix

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1 MHz — BNC to BNC coaxial cable; AC power adapter; TT-CC series current probe Current Probe TESTEC

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0.02 MHz — Transformer trigger - Used to open the jaw; . Range selector switch: Used to select the input range or switch the unit off. Current Probe TiePie

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0.02 MHz — Power ON/OFF led.; Low battery incidator: When the indicator lights, the battery should be replaced Current Probe TiePie

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0.2 MHz — Test Range 1mA - 400A; Bandwidth DC - 200KHz (±3dB); Jaw Size 23mm (max) Current Probe OWON Technology

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200 MHz — Ultra-low Inductance; Very Low Loading of Circuit Under Test; Very Small Form Factor Current Probe Tektronix

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20 MHz — Easy-to-Use and accurate AC/DC current measurements; Connects directly to oscilloscopes with the TekVPI™ probe interface Current Probe Tektronix

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20 MHz — practically zero insertion impedance; freedom from flying leads; isolated measurement Current Probe Power Electronic Measurements

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0.02 MHz — Captured Conductor Size: 9 mm maximum.; Low Battery Indicator: Red LED lighting. Current Probe Pico Tech

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2000 MHz — High Bandwidth; Ultra-low Inductance; Very Low Loading of Circuit Under Test; Very Small Form Factor Current Probe Tektronix

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2 MHz — Split-core construction allows easy circuit connection; Low insertion impedance reduces device under test loading High Current Probe Tektronix

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30 MHz — Expanded operating temperature range -40oC to +125oC; Extended (-3dB) bandwidth from a few Hz to 30MHz Current Probe Power Electronic Measurements

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0.3 MHz — Compact stylish body; Dual sensitivity ranges; Over-range indicator; 4 Model family Current Probe Cal Test Electronics

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0.3 MHz — BNC to banana plug adapter; BNC to BNC coaxical cable; AC power adapter; TT-CC series current probe Current Probe TESTEC

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0.3 MHz — Dimensions 280mm x 70mm x 32mm; Max. Conductor Size 11mm; Dual-BNC Coaxial Cable Length 100cm Current Probe RIGOL Technologies

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30 MHz — TRCP0600; AC only; 12 Hz to 30 MHz; 500 mA to 600 A peak Current Probe Tektronix

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0.4 MHz — Connection: 2 x 4 mm banana socket; Power supply: 9V NEDA 1604, 6F22 006P battery Current Probe TiePie

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0.4 MHz — Captured Conductor Size: 30 mm maximum.; Low Battery Indicator: Red LED lighting. Current Probe Pico Tech

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0.5 MHz — 4 Model family; Bandwidths 300k, 500k, 1M & 1.5MHz; Compact stylish body; Current ranges: 100, 50, 70 & 40 A Current Probe Cal Test Electronics

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0.5 MHz — TT-CC series current probe; AC power adapter; BNC to VNC coaxial cable Current Probe TESTEC

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0.05 MHz — AC – 5 Hz to 50 kHz; Clamp on; For DMMs and oscilloscopes; 100 mA to 2000 A peak Current Probe Tektronix

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50 MHz — DC to >50 MHz Bandwidth; Core Jaw Diameter of 5 mm (0.2 in.); Low Noise and DC Drift High Current Probe Tektronix

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6.5 MHz — Very low 'droop' values; Measuring ac currents 1A to 300,000A; Typical Bandwidth from 0.1Hz to 6MHz; Current Probe Power Electronic Measurements

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6 MHz — Measurement range from currents 300mA to 300,000A; Typical Bandwidth from 0.1Hz to 16MHz Current Probe Power Electronic Measurements

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