Enhance your electromagnetic interference diagnostics with this high-performance Near-Field Probe, designed for precise phase noise and spectral component measurement. Crafted using a durable printed circuit board with a robust 1.6mm (0.06in) double-sided layout and 1.5 oz copper thickness, this probe ensures reliable signal integrity and excellent durability for consistent performance in various electronic testing environments. Key Features: · Wide Working Frequency Range: Operates efficiently within 9KHz to 3GHz, making it suitable for a broad spectrum of signal detection and interference analysis tasks. · Durable SMA Female Interface: Equipped with a high-quality SMA female connector, this probe offers enhanced durability and ease of troubleshooting, minimizing damage risk and improving maintenance efficiency. · Precision Construction: The double-sided PCB with 1.5 oz copper thickness provides superior conductivity and signal clarity, while the full tinning process guarantees optimal current flow for both large and small currents. · Effective Interference Detection: Ideal for locating and identifying potential electromagnetic interference sources within complex electronic components and circuitry, aiding in accurate diagnostics and troubleshooting. · High-Quality PCB Material: Manufactured with premium printed circuit board material that withstands regular use while maintaining consistent performance. · Protective Usage Guidance: For optimal results and to prevent damage, avoid direct hand contact with the printed circuit board during operation. Specifications: · Item Type: Near-Field Probe · Material: Printed Circuit Board · Working Frequency: 9KHz – 3GHz · Interface: SMA Female · Board Thickness: Approx. 1.6mm / 0.06in Package Includes: · 1 x Near-Field Probe This Near-Field Probe is a reliable and essential tool for professionals engaged in electromagnetic compatibility testing and electronic fault analysis. Its precise construction, durable materials, and broad frequency range make it an indispensable asset for improving the accuracy and efficiency of your interference detection and measurement processes.