In the ever-evolving field of electronic testing and measurement, having precise and safe measurement tools is essential for ensuring the success of engineering projects. The Micsig MOIP01P/MOIP02P SigOFIT Optical Isolation Probes provide not only outstanding measurement accuracy but also maximum safety in high-voltage and high-bandwidth environments. Join Trung Kiên Techdevinco as we delve into the remarkable features of this groundbreaking product.
Introducing the Micsig MOIP01P/MOIP02P SigOFIT Optical Isolation Probes
The Micsig MOIP01P and MOIP02P are high-performance optical isolation probes that offer exceptional capabilities for measuring small and large voltages under high common-mode voltage conditions. Designed to meet the stringent requirements of modern electronic applications, these models are the ideal choice for engineers and researchers seeking optimal precision and safety.
Key Features:
High Bandwidth: The MOIP01P offers a bandwidth of 100 MHz, while the MOIP02P provides 200 MHz, enabling engineers to measure high-frequency signals accurately.
Rise Time: The MOIP01P has a rise time of ≤3.5 ns, while the MOIP02P is ≤1.75 ns, ensuring fast and precise measurements.
Output Voltage: Both probes have an output voltage of ±2.5 V, ensuring accurate signal representation.
Common Mode Voltage Range: The MOIP01P and MOIP02P have a common mode voltage range of up to 60 kVpk, safely handling high voltages.
Common Mode Rejection Ratio (CMRR): The probes offer excellent CMRR, reaching up to 160 dB at DC and over 106 dB at 200 MHz, ensuring noise-free signal measurements.
DC Gain Accuracy: Both models have a DC gain accuracy of 1%, providing reliable and accurate measurement results.
High Input Impedance: With an input impedance of 1 MΩ || 10 pF, the probes ensure that measurement signals are not attenuated.
Versatile Attenuator Tips: The probes come with various attenuator tips (10x, 20x, 50x, 500x, 1000x, 2000x) to measure differential mode signals from ±2.5 V to ±5000 V.
USB Type-C Power Supply: The probes are powered via a USB Type-C connection with a DC input of 5 V, ensuring a stable power supply for accurate operation.
Product Description
High Bandwidth Performance
One of the most outstanding features of the Micsig MOIP01P and MOIP02P probes is their high bandwidth capability. The MOIP01P offers a bandwidth of 100 MHz, while the MOIP02P provides a bandwidth of 200 MHz. This capability allows engineers to measure high-frequency signals accurately, ensuring that no critical detail is missed during testing..
Exceptional Common Mode Rejection Ratio (CMRR)
CMRR is a crucial specification when measuring signals in noisy environments. The Micsig MOIP01P and MOIP02P probes provide exceptional CMRR, achieving up to 160 dB at DC and over 106 dB at 200 MHz. This ensures that the measured signals are not affected by noise, delivering precise and reliable results.
High Voltage Measurement Capabilities
With a common mode voltage range of up to 60 kVpk, the Micsig MOIP01P and MOIP02P probes can safely handle high voltages. This capability is essential to ensure user and device safety in high voltage environments.
Accurate DC Gain
Both the MOIP01P and MOIP02P models feature a DC gain accuracy of 1%. This high level of accuracy ensures that measurement results are always precise and reliable, which is crucial for applications requiring high precision.
High Input Impedance
With an input impedance of 1 MΩ || 10 pF, the Micsig MOIP01P and MOIP02P probes ensure that measured signals are not attenuated. This is important for applications that require accurate measurement of small signals.
User Guide
Preparation for Use
Before starting to use the Micsig MOIP01P or MOIP02P probes, make sure to carefully inspect all the equipment and accessories provided. This includes the attenuator tips, optical cables, and USB Type-C power supply. Ensure that all connections are secure and there are no signs of damage.
Connecting the Probe
1.Connect the Probe to the Oscilloscope: First, connect the probe to the oscilloscope using the BNC cable. Ensure that the connections are secure to avoid interference.
2.Connect the Power Supply: Connect the probe to the USB Type-C power supply. Ensure a stable power supply for accurate probe operation.
3.Connect the Optical Cable: Connect the optical cable to the probe and the measurement device. Ensure that the optical cable is not overly bent to avoid damaging the optical fiber.
Configuring the Probe
Select the Attenuator Tip: Select the appropriate attenuator tip for your application. The various attenuator tips (10x, 20x, 50x, 500x, 1000x, 2000x) allow you to measure differential mode signals from ±2.5 V to ±5000 V.
Configure the Oscilloscope: Set the oscilloscope configuration to match the probe. This includes adjusting sensitivity, bandwidth, and other parameters to ensure accurate measurement results.c.
Performing Measurements
1.Conduct Measurements: Use the probe to conduct measurements. Monitor the results on the oscilloscope and accurately record the measurements.
2.Verify Results: After conducting measurements, verify the results to ensure that they are accurate and free from interference.
3.Store the Equipment: After use, store the probe and accessories in a dry, cool place to ensure the longevity of the equipment.
Product Evaluation
Advantages
High Accuracy: The Micsig MOIP01P and MOIP02P probes provide high measurement accuracy, ensuring that results are always reliable.
Safety: The ability to handle high voltages ensures user and device safety in high voltage environments.
High Bandwidth Performance: With bandwidths of up to 200 MHz, these probes allow for accurate measurement of high-frequency signals.
Durable Design: Built with high-quality materials, the Micsig MOIP01P and MOIP02P probes are durable and reliable.
Disadvantages
Cost: The Micsig MOIP01P and MOIP02P probes are priced higher than some other products on the market; however, the quality and accuracy they provide are well worth the investment.
Technical Requirement: Using these probes requires a solid technical background to configure and use correctly, which can be a challenge for beginners or those with less experience.
Overall Evaluation
Overall, the Micsig MOIP01P and MOIP02P SigOFIT optical isolation probes are among the most reliable and high-quality measurement tools available on the market today. With exceptional performance, high accuracy, and safety features, these probes are the perfect choice for high-voltage and high-bandwidth measurement applications. While the cost may be a consideration, the quality and performance that these products offer will undoubtedly meet and exceed user expectations.
Detailed Applications
Motor Drive and Power Converter Design
In motor drive and power converter design applications, accurately measuring high voltages is critical. The Micsig MOIP01P and MOIP02P probes, with their high bandwidth and exceptional CMRR, ensure that measurement signals are precise and free from interference. This improves the efficiency and reliability of electronic designs and reduces risks during testing and development.
GaN, SiC, and IGBT Half/Full-Bridge Device Design
GaN, SiC, and IGBT devices often require measuring high-frequency and high-voltage signals. With a bandwidth of up to 200 MHz and a CMRR of up to 160 dB, the Micsig MOIP02P probe is ideal for these applications. The ability to accurately measure high-frequency signals allows engineers to analyze and optimize designs effectively.
Inverter, UPS, and Switching Power Supply Design
In inverter, UPS, and switching power supply design applications, measuring common-mode signals is critical. The Micsig MOIP01P and MOIP02P probes, with their superior common-mode rejection capabilities, eliminate interference and ensure accurate measurement results. This improves the performance and reliability of electronic systems and reduces operational risks.
High Voltage, High Bandwidth Safety Testing
Safety is paramount when working with high voltages. The Micsig MOIP01P and MOIP02P probes, with their ability to handle voltages up to 60 kVpk, ensure user and device safety. Accurate measurement in high voltage environments ensures that electronic systems operate safely and efficiently.
Power Device Evaluation and Shunt Resistor Current Measurement
In power device evaluation and shunt resistor current measurement applications, the Micsig MOIP01P and MOIP02P probes, with their high accuracy and input impedance of 1 MΩ || 10 pF, ensure that measurement signals are not attenuated. This allows engineers to accurately analyze and evaluate the performance of power devices, improving efficiency and reliability.
EMI and ESD Troubleshooting
In the design and development of electronic systems, troubleshooting EMI (electromagnetic interference) and ESD (electrostatic discharge) issues is a significant challenge. The Micsig MOIP01P and MOIP02P probes, with their excellent common-mode rejection and high accuracy, allow engineers to detect and resolve EMI and ESD issues effectively. This improves the reliability and performance of electronic systems and reduces the risk of damage and operational interruptions.
Floating Measurements
Floating measurements are an important application in electronic testing environments. The Micsig MOIP01P and MOIP02P probes, with their optical isolation and common mode voltage range up to 60 kVpk, ensure that measurement signals are not affected by ground loops or other interferences. This allows engineers to conduct precise and reliable measurements in complex setups, ensuring both accuracy and safety.
Conclusion
The Micsig MOIP01P and MOIP02P SigOFIT Optical Isolation Probes are among the best measurement tools available today, meeting the stringent requirements of modern electronic applications. With their superior performance, high accuracy, and safety features, these probes are the perfect choice for engineers and researchers seeking optimal precision and safety in high-voltage and high-bandwidth measurement applications.
Order Now
Upgrade to the Micsig MOIP01P/MOIP02P SigOFIT Optical Isolation Probes today and experience the difference. Ensure precision, enhance safety, and optimize your high-voltage testing. Don’t settle for less when accuracy matters most. Order now and elevate your testing environment with the best in the industry. Let Trung Kiên Techdevinco provide you with the perfect solution for all your measurement and testing needs.
References:
Explore further to discover:
The main differences between the MOIP01P and MOIP02P models
How SigOFIT optical isolation technology improves signal measurement
Which applications benefit most from using the MOIP01P/MOIP02P probes
Can the MOIP01P/MOIP02P probes be used for high voltage safety testing
The significance of CMRR in the MOIP01P/MOIP02P probes
Elevate your measurement capabilities with Micsig's advanced optical isolation technology and ensure your projects meet the highest standards of precision and safety.
Comments