Micsig CP503B High Frequency Current Probe Instruction Manual
- June 1, 2024
- Micsig
Table of Contents
Micsig CP503B High Frequency Current Probe
Product Information
Specifications :
- Model: CP1003B/CP503B
- Bandwidth: CP1003B – 100MHz, CP503B – 50MHz
- Rise Time: CP1003B – 3.5ns, CP503B – 7ns
- Range: 6A (CP503B) / 30A (CP1003B)
- Output Sensitivity: 1V/2A (6A), 1V/10A(30A)
- DC Accuracy (typical): 1%
- Delay: < 30ns
- Current Range: 20mA~6Apk (6A), 50mA~30Apk (30A)
- Input Noise: 1.4 mA RMS
- Max. Working Voltage: CAT I 300V
- Max. Floating Voltage: CAT I 300V
- Max. Conductor Diameter: 5mm
- Overload Indicator: Flashing light
- Power Supply: DC 5V 3A
Product Usage Instructions
Dual Range Selection:
The CP1003B/CP503B current probe features a dual-range selection for easy
measurement of low current values. Make sure to select the appropriate range
based on the current being measured.
Degaussing and Automatic Zero Setting:
To ensure accurate measurements, perform degaussing and automatic zero
settings as per the user manual instructions before taking measurements with
the probe.
BNC Interface Compatibility:
The standard BNC interface of CP1003B/CP503B makes it suitable for use with
all oscilloscopes. Connect the probe securely to the oscilloscope using the
BNC interface for reliable measurements.
Applications:
The CP1003B/CP503B current probe is ideal for various applications
including electric vehicle transportation design, switching power supply
design, semiconductor devices design, avionics design, and more. Refer to the
user manual for specific guidance on using the probe for different
applications.
FAQ:
-
Q: What is the maximum frequency range that the CP1003B/CP503B can measure?
A: The CP1003B has a bandwidth of 100MHz, while the CP503B has a bandwidth of 50MHz. Both probes can easily measure signals over 20MHz. -
Q: How do I know if the input current exceeds the probe’s maximum range?
A: The overload indicator on the probe will flash when the input current exceeds the maximum range, alerting you to adjust the range selection or reduce the input current.
High Frequency AC/DC Current Probe
CP503B/CP1003B
- Accurate and Easy AC/DC measuring capabilities
- 6A / 30A range selection, low current measurements
- Wide bandwidth with superior 1% accuracy (typical)
Product Model
CP1003B/CP503B
Key Features
- Dual range selection, easy to measure low current
- Degaussing and automatic Zero setting
- 1% DC accuracy, meet more measuring requirements
- Standard BNC interface, suitable for all oscilloscopes (CP1003B/CP503B)
Applications
- Electric vehicle transportation design
- Switching power supply design
- Experiment of electronic engineering
- Semiconductor devices design
- Avionics design
- Inverter/Transformer design
- Electronic ballast design
- Industrial Control / Consumer Electronics design
- Engine driven design
- Power electronics and electric drive experimental design
Application Performance
-
High frequency AC/DC current probe can easily measure signals over 20MHz (Yellow waveform on CH1)
Signal is completely distorted when measured by Low frequency current probe (Blue waveform on CH2)
-
Surge current waveform at power adapter startup
Easy Measurement
Specifications
| Model | CP503B | CP1003B |
|---|---|---|
| Bandwidth | 50MHz | 100MHz |
| Rise Time | ≤ 7ns | ≤ 3.5ns |
| Range | 6A (2X) / 30A (10X) |
Output sensitivity
| 1V/2A (6A)
1V/10A (30A)
DC accuracy (typical)
| ±1%±10mA (6A)
±1%±50mA (30A)
Delay
| < 30ns (6A)
< 30ns (30A)
Current Range
| 20mA~6Apk (6A)
50mA~30Apk (30A)
Max. Current Input| 30Apk, 60Apk-pk, 21.21Arms
Noise| ≤ 1.4 mA RMS (Bandwidth at 20 MHz, Range 30A, 10X)
Max. Working Voltage| CAT I 300V
Max. Floating Voltage| CAT I 300V
Max. Conductor Diameter| 5mm
Overload Indicator| Flashing light
Power Supply| DC 5V 3A
FLOW CHARTS
Shenzhen Micsig Technology Co., Ltd.
Tel: +86 755-88600880
Email: sales@micsig.com
Web: www.micsig.com
Add: 1F, Huafeng International Robot Industrial Park, Hangcheng Rd, Baoan
District, Shenzhen, Guangdong, China
Micsig reserves the right of final interpretation for the content hereinabove;
It is subject to update without prior notice.