Believe It Sqg60-ac - 6.0 Ghz Low Impedance 10:1 Passive Ac Probe Set [UbK2fORD]

High-Frequency Low Impedance AC Probe

Introducing the SQG60-AC, a revolutionary probe from Sensepeek designed for GHz-range measurements. This low impedance 10:1 passive AC probe is a game-changer for engineers working with sensitive circuits and high-frequency environments. With its exceptional low probe tip capacitance, the SQG60-AC minimizes signal distortion and prevents capacitive loading, ensuring signal integrity is maintained. Its flat frequency response provides unparalleled accuracy across a wide range, making it ideal for a variety of applications.

Versatile and Easy to Use

The SQG60-AC is compatible with a wide range of measurement instruments, including oscilloscopes, network analyzers, and spectrum analyzers, thanks to its 50 Ω input impedance. This versatility allows engineers to perform repetitive measurements without complex setups or soldering. The probe comes with exchangeable fine-pitch spring-tipped test needles, ensuring reliable contact with small or delicate components. Dual ground options, including a dual needle ground and a solid single ground, provide flexibility for various setups. Unlike other probes, the SQG60-AC offers AC or DC coupling, making it suitable for a wide range of applications, from RF traces to high-speed interfaces like USB and HDMI.

Superior Performance and Reliability

The SQG60-AC is designed to minimize signal disruption in high-frequency probing, ensuring accurate measurements even in challenging environments. Its low loading effect and consistent performance across all relevant frequencies make it a reliable choice for engineers. The probe's length and weight are perfectly balanced for use with PCBite holders, providing optimal performance for handsfree applications. Its low point of gravity enhances stability, making it an ideal solution for troubleshooting power integrity problems or analyzing signal fidelity in high-speed digital designs. With the SQG60-AC, engineers can achieve precision, stability, and ease of use in high-frequency measurements.