CG102-12 Capacitive Sensor for Voltage Measurement The CG102-12 is a high-performance capacitive sensor designed for non-contact voltage measurement in various industrial and scientific applications. Utilizing advanced capacitive coupling technology, this sensor enables accurate voltage detection without direct electrical contact, ensuring safety and minimizing interference with the measured system. Key Features 1. Non-Contact Measurement The CG102-12 operates on the principle of capacitive coupling, allowing it to measure AC or DC voltages without physical connection to the conductor. This eliminates the risk of short circuits and reduces the need for invasive probing, making it ideal for high-voltage environments or sensitive electronic systems. 2. Wide Voltage Range The sensor supports a broad voltage measurement range, accommodating both low-voltage circuits and high-voltage power lines. Its dynamic response ensures reliable readings across varying signal amplitudes. 3. High Accuracy and Stability Engineered for precision, the CG102-12 delivers consistent measurements with minimal drift over time. Its low-noise design reduces the impact of external electromagnetic interference (EMI), ensuring signal integrity. 4. Compact and Robust Design The sensor features a durable, compact form factor suitable for integration into test equipment, power monitoring systems, or embedded applications. Its robust construction ensures reliability in harsh industrial environments. 5. Easy Integration With standardized output interfaces (e.g., analog voltage or digital communication protocols), the CG102-12 can seamlessly connect to data acquisition systems, oscilloscopes, or control units for real-time monitoring. Applications - Power Distribution Systems: Monitor voltage levels in transformers, switchgear, or transmission lines without direct contact. - Electronics Testing: Measure PCB voltages or troubleshoot circuits without altering their electrical characteristics. - Renewable Energy: Assess photovoltaic arrays or wind turbine outputs safely. - Research & Development: Perform non-invasive voltage measurements in experimental setups. Advantages Over Traditional Methods Unlike conventional voltmeters or probes, the CG102-12 eliminates the risk of loading effects on the measured circuit. Its capacitive approach ensures minimal disruption while providing high-resolution data. Additionally, the non-contact nature enhances operator safety, particularly in high-voltage scenarios. Conclusion The CG102-12 capacitive voltage sensor combines innovation with practicality, offering a reliable solution for non-invasive voltage measurement. Its precision, safety, and versatility make it a valuable tool for engineers, technicians, and researchers working across electrical systems, energy management, and advanced diagnostics. Whether for industrial automation or laboratory analysis, this sensor delivers performance without compromising accuracy or safety.