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Tektronix TCP305A
| Produttore | Tektronix |
| Modello | TCP305A |
| Prodotto | Current Probe, AC/DC, DC to 50 MHz 50 A DC |
| Tipo | Usato |
SKU
143573
Tektronix TCP305 PROBEThe Tektronix TCP305 Cur Probe is a split-core probe that uses both transformer and Hall effect technology. When connected to Tektronix Oscilloscopes with TEKPROBE Level II, TekConnect (w/ TCA-BNC), or TekVPI (w/ TPA-BNC) interfaces, the Tektronix TCP305 probe makes cur measurements and calculations simple and easy.Features and Specifications of the TCP305 Cur Probe include: Features: Specifications of TCP305 Probe w/ TCPA300 Amplifier: AC/DC measurement capabilities Automatic Scaling and Units AC/DC input coupling Low insertion impedance reduces DUT loading Split-core design allows easy circuit connection Status Indicators provide visual operating status and notification of potential error conditions including: Lower DC drift and noise allows improved low-level cur measurements Complies with IEC standards Applications: Requires a TDS TEKPROBE Oscilloscope or a TekConnect oscilliscope with TCA-BNC Oscilloscope on-screen readout of magnitude and amps Reduces measurement errors with no more hand calculations Degauss, Probe open, Overload, Not terminated into 50 Ω, Noncompatible probe type Development and analysis solutions for designers, installers, and service personnel in Telecomm, Data Comm, computer, and semiconductor power electronics environments for: Power supplies (switching and linear) Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs) Power Inverters/Converters Electronic ballasts Industrial/Consumer electronics Mobile communications (phone, satellite, relay stations) Motor drives Transportation systems (electronic vehicles and trains, locomotives, avionics) Characteristic: Nominal: Typical: Bandwidth (-3 dB): DC - 50 MHz Rise Time: ≤7 ns Maximum Cur Ratings: DC Accuracy (operating temp 0 °C to 50 °C): ±3% of reading DC Accuracy, typical (operating temp 23 °C ±5 °C): ±1% of reading High-cur Sensitivity Range: 10 A/V Range: Low-cur Sensitivity Range: 5 A/V Range: DC (continuous): 50 A RMS (sinusoidal): 35.4 A Peak Pulse: 50 A DC (continuous): 25 A RMS (sinusoidal): 17.7 A Peak Pulse: 50 A Maximum Bare Wire Voltage: For use with insulated wires only Lowest Measurable Cur (at ±3% accuracy at DC): Insertion Impedance: 5 mA Scope set to 1 mV/div and 20 MHz BW limited 0.035 Ω at 1 MHz 0.12 Ω at 10 MHz 0.4 Ω at 50 MHz Maximum Amp-Second Product (based on amplifier range setting): AC-coupling Low-frequency Bandwidth (Low Pass – 3 dB point): Displayed RMS Noise (at 20 MHz bandwidth limit): ≤1.25 mARMS Signal Delay (delay to output BNC): 19 ns Probe Amplifier Inputs: 1 Probe Open Indicator: Yes Overload Indicator: Yes Termination Indicator: Yes Noncompatible Probe Indicator: Yes 500 AμS – 5 A/V NA - 10 A/V No Options Included MSRP: $1,840 | In Stock!
- AC/DC measurement capabilities
- Automatic Scaling and Units
- Requires a TDS TEKPROBE Oscilloscope or a TekConnect oscilliscope with TCA-BNC
- Oscilloscope on-screen readout of magnitude and amps
- Reduces measurement errors with no more hand calculations
- AC/DC input coupling
- Low insertion impedance reduces DUT loading
- Split-core design allows easy circuit connection
- Status Indicators provide visual operating status and notification of potential error conditions including:
- Degauss, Probe open, Overload, Not terminated into 50 Ω, Noncompatible probe type
- Lower DC drift and noise allows improved low-level cur measurements
- Complies with IEC standards
- Applications:
- Development and analysis solutions for designers, installers, and service personnel in Telecomm, Data Comm, computer, and semiconductor power electronics environments for:
- Power supplies (switching and linear)
- Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs)
- Power Inverters/Converters
- Electronic ballasts
- Industrial/Consumer electronics
- Mobile communications (phone, satellite, relay stations)
- Motor drives
- Transportation systems (electronic vehicles and trains, locomotives, avionics)
- Development and analysis solutions for designers, installers, and service personnel in Telecomm, Data Comm, computer, and semiconductor power electronics environments for:
- Characteristic:
- Bandwidth (-3 dB): DC - 50 MHz
- Rise Time: ≤7 ns
- Maximum Cur Ratings:
- High-cur Sensitivity Range: 10 A/V Range:
- DC (continuous): 50 A
- RMS (sinusoidal): 35.4 A
- Peak Pulse: 50 A
- Low-cur Sensitivity Range: 5 A/V Range:
- DC (continuous): 25 A
- RMS (sinusoidal): 17.7 A
- Peak Pulse: 50 A
- High-cur Sensitivity Range: 10 A/V Range:
- DC Accuracy (operating temp 0 °C to 50 °C): ±3% of reading
- DC Accuracy, typical (operating temp 23 °C ±5 °C): ±1% of reading
- Nominal:
- Maximum Bare Wire Voltage: For use with insulated wires only
- Lowest Measurable Cur (at ±3% accuracy at DC):
- 5 mA
- Scope set to 1 mV/div and 20 MHz BW limited
- Insertion Impedance:
- 0.035 Ω at 1 MHz
- 0.12 Ω at 10 MHz
- 0.4 Ω at 50 MHz
- Typical:
- Maximum Amp-Second Product (based on amplifier range setting):
- 500 AμS – 5 A/V
- NA - 10 A/V
- AC-coupling Low-frequency Bandwidth (Low Pass – 3 dB point):
- Displayed RMS Noise (at 20 MHz bandwidth limit): ≤1.25 mARMS
- Signal Delay (delay to output BNC): 19 ns
- Probe Amplifier Inputs: 1
- Probe Open Indicator: Yes
- Overload Indicator: Yes
- Termination Indicator: Yes
- Noncompatible Probe Indicator: Yes
- Maximum Amp-Second Product (based on amplifier range setting):
- Requires a TDS TEKPROBE Oscilloscope or a TekConnect oscilliscope with TCA-BNC
- Oscilloscope on-screen readout of magnitude and amps
- Reduces measurement errors with no more hand calculations
- Degauss, Probe open, Overload, Not terminated into 50 Ω, Noncompatible probe type
- Development and analysis solutions for designers, installers, and service personnel in Telecomm, Data Comm, computer, and semiconductor power electronics environments for:
- Power supplies (switching and linear)
- Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs)
- Power Inverters/Converters
- Electronic ballasts
- Industrial/Consumer electronics
- Mobile communications (phone, satellite, relay stations)
- Motor drives
- Transportation systems (electronic vehicles and trains, locomotives, avionics)
- Power supplies (switching and linear)
- Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs)
- Power Inverters/Converters
- Electronic ballasts
- Industrial/Consumer electronics
- Mobile communications (phone, satellite, relay stations)
- Motor drives
- Transportation systems (electronic vehicles and trains, locomotives, avionics)
- Bandwidth (-3 dB): DC - 50 MHz
- Rise Time: ≤7 ns
- Maximum Cur Ratings:
- High-cur Sensitivity Range: 10 A/V Range:
- DC (continuous): 50 A
- RMS (sinusoidal): 35.4 A
- Peak Pulse: 50 A
- Low-cur Sensitivity Range: 5 A/V Range:
- DC (continuous): 25 A
- RMS (sinusoidal): 17.7 A
- Peak Pulse: 50 A
- High-cur Sensitivity Range: 10 A/V Range:
- DC Accuracy (operating temp 0 °C to 50 °C): ±3% of reading
- DC Accuracy, typical (operating temp 23 °C ±5 °C): ±1% of reading
- Maximum Bare Wire Voltage: For use with insulated wires only
- Lowest Measurable Cur (at ±3% accuracy at DC):
- 5 mA
- Scope set to 1 mV/div and 20 MHz BW limited
- Insertion Impedance:
- 0.035 Ω at 1 MHz
- 0.12 Ω at 10 MHz
- 0.4 Ω at 50 MHz
- Maximum Amp-Second Product (based on amplifier range setting):
- 500 AμS – 5 A/V
- NA - 10 A/V
- AC-coupling Low-frequency Bandwidth (Low Pass – 3 dB point):
- Displayed RMS Noise (at 20 MHz bandwidth limit): ≤1.25 mARMS
- Signal Delay (delay to output BNC): 19 ns
- Probe Amplifier Inputs: 1
- Probe Open Indicator: Yes
- Overload Indicator: Yes
- Termination Indicator: Yes
- Noncompatible Probe Indicator: Yes
- High-cur Sensitivity Range: 10 A/V Range:
- DC (continuous): 50 A
- RMS (sinusoidal): 35.4 A
- Peak Pulse: 50 A
- Low-cur Sensitivity Range: 5 A/V Range:
- DC (continuous): 25 A
- RMS (sinusoidal): 17.7 A
- Peak Pulse: 50 A
- DC (continuous): 50 A
- RMS (sinusoidal): 35.4 A
- Peak Pulse: 50 A
- DC (continuous): 25 A
- RMS (sinusoidal): 17.7 A
- Peak Pulse: 50 A
- 5 mA
- Scope set to 1 mV/div and 20 MHz BW limited
- 0.035 Ω at 1 MHz
- 0.12 Ω at 10 MHz
- 0.4 Ω at 50 MHz
- 500 AμS – 5 A/V
- NA - 10 A/V
