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Tektronix TCP0030A
| Manufacturer | Tektronix |
| Model | TCP0030A |
| Product | Current Probe, AC/DC, DC to 120 MHz 30 A DC |
| Type | Used |
SKU
143507
The Tekronix TCP0030 AC/DC Cur Probe is a high-performance and easy-to-use probe that enhances the bandwidth with selectable measurement ranges and also provides low-cur measurement capability and accuracy. The Tektronix TCP0030 Probe is designed specifically for those Oscilloscopes that have the TekVPI™ probe interface.Features and Specifications of the Tektronix TCP0030 AC/DC Cur Probe include: Features: Specifications: Easy-to-use and accurate AC/DC cur measurements Connects directly to Oscilloscopes with the TekVPI™ Probe Interface Provides automatic units scaling and readout on the Oscilloscope display Embeds the probe characteristics within the Oscilloscope Fully programmable over the Oscilloscope's interface Split-core construction allows easy circuit connection High accuracy with typically less than 1% DC gain error Accurately measures cur levels as low as 1 mA Low Noise and DC Drift Easy to degauss and autozero Setup controls and probe status/diagnostic indicators are provided on both the probe hardware, and through an easy-to-access Oscilloscope UI display menu Remote GPIB/USB probe control through the Oscilloscope Safety certified for U.S. and Canada Applications: Power supplies Semiconductor devices Power inverters/converters Electronic ballasts Industrial/consumer electronics Mobile communications Motor drives Transportation systems Bandwidth: DC to ≥120 MHz Rise time: ≤2.92 ns Max RMS cur: 30 A Max peak pulse cur: 50 A Jaw Diameter: 5mm Certified for bare wire voltages up to 150 V CAT II Minimum sensitivity: Cur ranges: 5 A and 30 A DC accuracy: Max amp-second product: 500 Aμs (in 30 A Range) Insertion impedance: Signal delay: 14.5 ns 1 mA (on Oscilloscopes that support 1 mV/div setting) AC Coupling (on Oscilloscopes that support AC/DC coupling) Typical: ±1% Warranted: ±3% 1 mΩ at 10 kHz 3.5 mΩ at 100 kHz 0.08 Ω at 1 MHz 0.15 Ω at 10 MHz 0.7 Ω at 100 MHz 0.85 Ω at 120 MHz
- Easy-to-use and accurate AC/DC cur measurements
- Connects directly to Oscilloscopes with the TekVPI™ Probe Interface
- Provides automatic units scaling and readout on the Oscilloscope display
- Embeds the probe characteristics within the Oscilloscope
- Fully programmable over the Oscilloscope's interface
- Split-core construction allows easy circuit connection
- High accuracy with typically less than 1% DC gain error
- Accurately measures cur levels as low as 1 mA
- Low Noise and DC Drift
- Easy to degauss and autozero
- Setup controls and probe status/diagnostic indicators are provided on both the probe hardware, and through an easy-to-access Oscilloscope UI display menu
- Remote GPIB/USB probe control through the Oscilloscope
- Safety certified for U.S. and Canada
- Applications:
- Power supplies
- Semiconductor devices
- Power inverters/converters
- Electronic ballasts
- Industrial/consumer electronics
- Mobile communications
- Motor drives
- Transportation systems
- Bandwidth: DC to ≥120 MHz
- Rise time: ≤2.92 ns
- Max RMS cur: 30 A
- Max peak pulse cur: 50 A
- Jaw Diameter: 5mm
- Certified for bare wire voltages up to 150 V CAT II
- Minimum sensitivity:
- 1 mA (on Oscilloscopes that support 1 mV/div setting)
- AC Coupling (on Oscilloscopes that support AC/DC coupling)
- Cur ranges: 5 A and 30 A
- DC accuracy:
- Typical: ±1%
- Warranted: ±3%
- Max amp-second product: 500 Aμs (in 30 A Range)
- Insertion impedance:
- 1 mΩ at 10 kHz
- 3.5 mΩ at 100 kHz
- 0.08 Ω at 1 MHz
- 0.15 Ω at 10 MHz
- 0.7 Ω at 100 MHz
- 0.85 Ω at 120 MHz
- Signal delay: 14.5 ns
- Power supplies
- Semiconductor devices
- Power inverters/converters
- Electronic ballasts
- Industrial/consumer electronics
- Mobile communications
- Motor drives
- Transportation systems
- 1 mA (on Oscilloscopes that support 1 mV/div setting)
- AC Coupling (on Oscilloscopes that support AC/DC coupling)
- Typical: ±1%
- Warranted: ±3%
- 1 mΩ at 10 kHz
- 3.5 mΩ at 100 kHz
- 0.08 Ω at 1 MHz
- 0.15 Ω at 10 MHz
- 0.7 Ω at 100 MHz
- 0.85 Ω at 120 MHz
