Tektronix TCP305A Current Probe

The Tektronix TCP305A Current Probe is part of the Tektronix range of test and measurement applications instruments, built for test and measurement applications in the field or laboratory. Highlights: probe Product Overview The Tektronix TCP305A Current.

• Features and Specifications Tektronix TCP305A Current
• Probe Product Overview The Tektronix TCP305A Current
• Probe is a high-performance AC/DC current probe designed for use with oscilloscopes and other test equipment
• It offers a wide measurement range of 5 mA to 35.4 A, a high bandwidth of 50 MHz, and a maximum voltage rating of 150 V CAT II
• The TCP305A is ideal for a variety of applications, including power electronics testing, motor control analysis, and automotive diagnostics
• Features AC/DC current measurement Measurement range:
• 5 mA to 35.4 A Bandwidth:
• 50 MHz Maximum voltage rating:
• 150 V CAT II Split-core design for easy connection Compact and lightweight Includes carrying case Specifications Measurement range:
• 5 mA to 35.4 A Bandwidth:
• 50 MHz Maximum voltage rating:
• 150 V CAT II Accuracy:
• 1% of reading ±0.1 A Input impedance:
• 1 MΩ Output impedance:
• 50 Ω Dimensions:
• 150 mm x 50 mm x 25 mm Weight:
• 250 g What’s in the Box Tektronix TCP305A Current Probe Carrying case User manual Benefits High accuracy and wide measurement range:
• The TCP305A provides accurate current measurements over a wide range of values, making it ideal for a variety of applications
• High bandwidth:
• The 50 MHz bandwidth allows the TCP305A to capture fast-changing current waveforms, making it suitable for use in high-speed applications
• Compact and lightweight:
• The TCP305A is compact and lightweight, making it easy to use and transport
• Split-core design:
• The split-core design allows the TCP305A to be easily connected to conductors without interrupting the circuit
• Value The Tektronix TCP305A Current
• Probe is a valuable tool for engineers and technicians who need to measure current in a variety of applications
• Its high accuracy, wide measurement range, and high bandwidth make it an ideal choice for a variety of test and measurement tasks