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Wall Socket USB Power Supply (no photo).
Wall Socket USB Power Supply: Input: 100 V - 240 V, Output: 5 V / 1 A
Making Measurements
•
Ensure that the probe is being used within its input operating range. Use of the probe outside of its
operating range may result in damage to the probe.
•
Connect the power supply to probe.
•
Connect the output BNC connector of the probe to the input BNC connector on the oscilloscope
using the supplied BNC to BNC cable.
•
Set the oscilloscope input impedance to 50Ω . If the oscilloscope does not have a 50Ω input impedance
capability then connect the supplied 50Ω Feedthrough Termination between the BNC cable and the
oscilloscope at the oscilloscope end. Use the oscilloscope high input impedance 1 MΩ setting on
the oscilloscope's input when making measurements using the external 50Ω Feedthrough
Termination.
•
Set the oscilloscope's input coupling to DC and channel attenuation ratio to 10:1 for correct
scaling.
•
With the probe inputs shorted together, adjust the oscilloscope's trace to the zero position using the
offset adjustment 2 shown on page 2. Connect the probe's output BNC connector to the
oscilloscope's input BNC connector using a BNC to BNC cable.
•
Connect the probe to the circuit under test and make measurements. The main body of the probe
should be kept away from high voltage pulse circuits to minimize interferance.
•
After the test remove the probe from the circuit under test.
•
If measuring a low frequency waveform in a circuit containing high frequency noise components,
the measurement result might be influenced by the high frequency noise components. Consider
Page 4
USB Cable
Accessories
Alligator Clips
Gripper Clips
Test Hook
BNC 50Ω Feedthrough Termination Adapter
BNC Output Cable: 1 m, BNC - BNC Coaxial Cable
USB Cable: 1.5 m, Type A Male - Type B Male
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