Micsig High Voltage Differential Probe DP/DP Series User Manual

1. Selelekela

This manual provides detailed instructions for the safe and effective use of the Micsig DP/DP Series High Voltage Differential Probes. These probes are designed for measuring high voltage differential signals with oscilloscopes, offering features such as low noise floor, excellent high-voltage amplitude-frequency characteristics, and industry-leading common mode rejection capability.

The DP/DP Series probes are built with cutting-edge SigOFIT technology, ensuring high accuracy, excellent bandwidth flatness, and low noise performance. They feature a BNC interface and Type-C power input for versatile connectivity.

2. Likahare tsa Sephutheloana

Verify that all items listed below are present in your package. If any items are missing or damaged, contact Micsig support.

Micsig High Voltage Differential Probe DP/DP Series complete package contents

Setšoantšo sa 2.1: The complete package contents of the Micsig High Voltage Differential Probe DP/DP Series, including the probe unit, input leads, power adapter, and USB-C cable.

Phahameng Voltage Differential Probe Unit
Input Test Leads (Red and Black)
Likotlolo tsa Alligator (Bokhubelu le Botsho)
Thapo ea Matla ea USB Type-C
Adapter ea Matla
Bukana ea mosebelisi (tokomane ena)

3. Likarolo tsa Sehlahisoa

Familiarize yourself with the main components of the differential probe.

Ho koala view of the Micsig High Voltage Differential Probe unit

Setšoantšo sa 3.1: E haufi-ufi view of the Micsig High Voltage Differential Probe unit, showing the main body, input terminals, and output BNC connector.

Ka botlalo view of the Micsig High Voltage Differential Probe controls

Setšoantšo sa 3.2: Ka botlalo view of the Micsig High Voltage Differential Probe's output section, highlighting the BNC Interface, 5MHz Bandwidth Limit button, Quick Zero button, and Dual Range Selection button.

Probe Unit: The main body containing the differential amplifier circuitry.
Lits'ebetso tsa ho kenya: Connect the test leads to these terminals (red for positive, black for negative).
BNC Interface: Connects the probe output to the oscilloscope input.
5MHz Bandwidth Limit Button: (Available on 100MHz-200MHz versions, except DP7000) Limits the bandwidth to 5MHz for noise reduction when measuring lower frequency signals.
Quick Zero Button: Used to quickly zero the probe's output offset.
Dual Range Selection Button: Toggles between different attenuation ranges (e.g., 50X, 500X) to accommodate various input voltagmaemo a.
Kenyo ea Matla ea Mofuta oa C: For connecting the USB Type-C power cable.

4. Litaelo tsa ho seta

Khokelo ea Matla: Connect the USB Type-C power cable to the probe unit and the power adapter. Plug the power adapter into a suitable power outlet.
Oscilloscope Connection: Connect the BNC interface of the differential probe to an input channel of your oscilloscope using a BNC cable.
Input Lead Connection: Attach the red and black test leads to the corresponding input terminals on the differential probe. Ensure a secure connection.
Attaching Probes to Circuit: Connect the alligator clips or other appropriate accessories to the test leads. Carefully attach the red clip to the positive test point and the black clip to the negative test point of the circuit under test.
Matlafatsa: Ensure the oscilloscope is powered on and configured for the appropriate input settings (e.g., 1MΩ input impedance).

Setšoantšo sa 4.1: The Micsig High Voltage Differential Probe connected to an oscilloscope, demonstrating a typical setup for differential voltage litekanyo.

5. Litaelo tsa Ts'ebetso

5.1. Powering On and Initial Check

Once connected, the probe's power indicator LED should illuminate. Before making measurements, perform a quick zero adjustment.

5.2. Quick Zero Adjustment

With the input leads disconnected from any circuit, press the Quick Zero button on the probe unit. This calibrates the probe to output zero volts when no differential voltage is present, ensuring accurate measurements.

5.3. Range Selection

The Dual Range Selection button allows you to switch between different attenuation ratios (e.g., 50X, 500X). Select the appropriate range based on the expected voltage of the signal you are measuring. A higher attenuation ratio is used for larger input voltages.

Lower Attenuation (e.g., 50X): For smaller differential voltages, providing higher sensitivity.
Higher Attenuation (e.g., 500X): For larger differential voltages, preventing saturation and ensuring safe operation.

5.4. Bandwidth Limit (Optional)

For models that support it (100MHz-200MHz versions, except DP7000), the 5MHz Bandwidth Limit button can be pressed to reduce the probe's bandwidth to 5MHz. This is useful for reducing high-frequency noise when measuring lower frequency signals, improving signal clarity on the oscilloscope.

5.5. Ho etsa Litekanyo

After selecting the appropriate range and performing a quick zero, connect the probe leads to the desired test points on the circuit. Observe the waveform on the oscilloscope. Adjust the oscilloscope's vertical scale and time base as needed to properly display the signal.

6. Tlhokomelo

Ho hloekisa: Keep the probe unit and accessories clean. Use a soft, dry cloth to wipe surfaces. Do not use abrasive cleaners or solvents.
Polokelo: Store the probe in a dry, dust-free environment when not in use. Protect the BNC connector and input terminals from damage.
Tlhokomelo ea Lithapo: Avoid sharp bends or kinks in the cables. Inspect cables regularly for signs of wear or damage.
Calibration: While the Quick Zero function provides on-demand calibration, periodic professional calibration may be required for applications demanding the highest accuracy. Refer to Micsig's official support for calibration services.

7. Ho rarolla mathata

Bothata	Lebaka le ka khonehang	Tharollo
No signal on oscilloscope	Probe not powered on. Incorrect BNC connection. Oscilloscope input settings incorrect. Probe leads not properly connected to circuit.	Check power indicator LED and power supply. Ensure BNC cable is securely connected to both probe and oscilloscope. Verify oscilloscope channel is enabled and input impedance is 1MΩ. Ensure test leads are firmly attached to the probe and the circuit.
Noisy or unstable signal	Incorrect range selected. External electromagnetic interference. Probe not properly zeroed.	Select a higher attenuation range if the signal is too large, or a lower range for better sensitivity. Ensure proper grounding and minimize proximity to strong electromagnetic fields. Perform a Quick Zero adjustment. Consider using the 5MHz bandwidth limit if available and appropriate for the signal frequency.
Probe power LED off	Power cable disconnected or faulty. Power adapter faulty.	Check USB Type-C cable connection and try a different cable. Try a different power adapter or USB power source.

8. Litlhaloso

The following table details the technical specifications for the Micsig DP/DP Series High Voltage Differential Probes.

Table of specifications for Micsig DP/DP Series High Voltage Lipatlisiso tse fapaneng

Setšoantšo sa 8.1: Detailed specifications table for various models within the Micsig DP/DP Series, including Bandwidth, Differential Voltage (DC+AC PK), CMRR, and Input Impedance.

Note: Specific models may have variations in performance. Refer to the table for details. When placing orders, please handle them according to the new model numbers.

Moetsi: Shenzhen Micsig Technology Co., Ltd.
Model Number (DP703): SM-DP703
Boholo ba Sephutheloana: Hoo e ka bang 11.02 x 9.45 x 3.15 inches
Boima ba 'mele: Hoo e ka bang Liponto tse 2.2
Letsatsi la Pele la ho Fumana: La 13 Loetse 2024

9. Tiisetso le Tšehetso

Micsig products are designed for reliability and performance. For warranty information, technical support, or service inquiries, please refer to the official Micsig websaete kapa ikopanye le morekisi oa lehae oa hau.

For the most up-to-date information and support resources, please visit the Micsig Official Store on Amazon or the manufacturer's websebaka.

Micsig SM-DP703