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פרובים מכל הסוגים
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High Speed Pulse Generator USB FastEdge®
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The Fedge® is a compact, USB-powered fast edge signal generator, about the size of a USB stick.
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It delivers a very square and flat -500 mV pulse with a rapid 32 ps edge.
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This pulse has no overshoot or undershoot, making it ideal for verifying instrument and probe rise/fall times.
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Features single-button operation for selecting different operating modes.
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Can be used for bandwidth measurements, TDR measurements, and even EMV tests.
High Voltage Differential Probe BumbleBee®±2000V, 2m
- High Voltage Differential Probe – Designed for measuring high voltage differentials, up to ±2000V.
- 2m Cable Length – Comes with a 2-meter cable for flexible measurement setups.
- Adjustable Attenuation – Offers four selectable input attenuation ranges (500:1, 250:1, 100:1, 50:1) to optimize the signal for the best resolution.
- Wide Bandwidth – Supports bandwidth up to 400 MHz (depending on attenuation setting).
- Universal BNC Output – Features a universal BNC output connector for compatibility with various oscilloscopes.
High Voltage Differential Probe DP-20K
- DC to 20 MHz bandwidth with fast rise times
- Handles up to 20,000 Vp-p (7000 Vrms/DC)
- Selectable attenuation: X300, X600, X1500, X3000
- High accuracy (±2%) and excellent CMRR
- Safe design compliant with CAT III and IEC 1010-1
High Voltage Differential Probe DPB1300
- 50 MHz bandwidth and ≤7 ns rise time for accurate high-speed signal capture
- Supports up to ±1300 V differential voltage with 50X / 500X attenuation
- High input impedance (10 MΩ) and low capacitance (<2 pF) to preserve signal integrity
- Excellent CMRR performance: >80 dB at DC and 60 Hz
- Compatible with standard BNC oscilloscopes; powered by 12 V DC supply
High Voltage Differential Probe DPB4080
- 50 MHz differential high-voltage probe for power and industrial electronics
- Measures up to 800 V (DC + Peak AC) with selectable 10X / 100X attenuation
- High input impedance and low capacitance for signal integrity
- Fast ≤7 ns rise time with excellent ±1% DC accuracy
- Compact, lightweight, and powered by a standard 9V DC adapter
High Voltage Differential Probe DPB5150
- 70 MHz differential high-voltage probe with ≤5 ns rise time
- Dual attenuation settings (50X / 500X) support up to 1500 V differential measurements
- High input impedance (10 MΩ) and low input capacitance (<2 pF) minimize signal distortion
- Excellent CMRR: >80 dB at DC, >50 dB at 1 MHz for accurate measurements in noisy environments
- USB-powered (5 V / 1 A), ideal for analyzing power electronics, inverters, and switching supplies
High Voltage Differential Probe DPB5700A
- 100 MHz bandwidth and ≤3.5 ns rise time for fast signal capture
- ±1300 V differential test voltage at 500X attenuation
- High CMRR performance: >80 dB at DC, >50 dB at 1 MHz
- USB-powered with offset setting and auto-save features
- Lightweight, compact design with overload alarm and LED indicator
high voltage differential probe HORNET® ±4000V
- ±4000V differential and common mode input range for high-voltage applications
- Bandwidth exceeding 300MHz with rise times down to 1.0 ns
- Multiple attenuation ranges: 1000:1, 500:1, 200:1, 100:1
- Designed for integration into automated or manual test stations (not handheld)
- Compatible with oscilloscopes via universal BNC output, requires separate PMK power supply
High voltage optically isolated probe FireFly® SMA Input
- High Bandwidth – Offers a bandwidth greater than 1.5 GHz.
- Low Input Range – Designed for a low input voltage range of ±1V.
- High Input Impedance – Has an input impedance of 200 kΩ || 5.1 pF.
- Fast Rise Time – Features a rise time of less than 250 ps.
- High CMRR – Exhibits a high Common Mode Rejection Ratio (CMRR).
High Voltage Passive Probe PHV 1000
- It is a high voltage passive probe. This means it's designed to measure high voltages without needing its own power source, relying on the signal from the circuit it's testing.
- It has an attenuation ratio of 100:1. This indicates that the probe reduces the input voltage to 1/100th of its actual value, allowing standard oscilloscopes to measure high voltages safely. The attenuation ratio has an accuracy of ±2% at DC.
- It has a system bandwidth of 120 MHz. This specifies the frequency range over which the probe can accurately measure voltage signals. It also has a rise time of 2.4 ns.
- The input resistance is 50 MΩ. This high input resistance minimizes the loading effect on the circuit being measured, ensuring accurate readings. The input capacitance is 9.5 pF.
- It is designed for use with a measuring instrument having an input coupling of 1 MΩ AC/DC. This defines the input impedance that the measuring instrument (typically an oscilloscope) should have for the probe to function correctly.
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