Used LECROY AP015 #9291514 for sale

LECROY AP015 is an active probe designed for use with oscilloscopes. This particular probe is a 1GHz Active Probe which features 10kV overvoltage protection and a 30MHz sensitivity bandwidth. It is suitable for a variety of applications ranging from debugging and analyzing simple digital signals to timedependent analog signals. This probe connects to an oscilloscope via a coaxial cable, providing the user with a wide range of features. In addition to providing accurate and reliable measurements from the oscilloscope input, AP015 has a number of additional features that make it ideal for a variety of applications. The probe features a built-in 10x DC-coupled amplifier; this provides 10× greater input signal sensitivity, and a 30-MHz/-3dB (3db corner frequency) bandwidth makes it ideal for examining high-frequency signals. LECROY AP015 is powered by two 9 V, 1.2 mA alkaline batteries. It also uses a low-power CMOS-based control interface to control the probe. This interface allows for tuning of the input signal's frequency and amplitude as per the user's requirements. Additionally, it is equipped with a 10 Ω impedance, and variable input-attenuation control, which can be set from 1x to 10x. AP015 includes a broad range of safety features, making it the ideal choice for the most demanding applications. This includes overvoltage protection up to 10kV, a specialized tissue-simulation circuit, and an over-current protection circuit. This ensures the safety of both the equipment and the user. This probe has two different styles of probe tips which are designed to work with a wide range of oscilloscopes, and they are identified by a special code mark on the back of the probe body. Included with this probe is an adapter for the oscilloscope's ground terminal, as well as a 10:1 attenuator switchable between 1.0 and 10.0 MHz. In conclusion, LECROY AP015 1 GHz probe is an excellent choice for oscilloscopes and is equipped with a wide range of features. It has a 30 MHz bandwidth and a maximum input voltage of 10kV, making it suitable for a wide variety of applications. Additionally, its low-power CMOS-based control interface and safety features make it the ideal choice for engineers and technicians.