Used SENCORE Z-Meter #293639641 for sale

SENCORE Z-Meter is an electronic test equipment designed for measuring impedance in different circuits, instruments, and components. It is engineered to be an all-in-one solution for the most demanding impedance test and validation needs. Z-Meter is capable of measuring an exceptionally wide range of impedances, from low-frequency capacitors to high-frequency inductors. The device offers many setting and configuration options, which can be accessed through the user-friendly graphical user interface. The device also allows for a wide selection of measurement conditions, such as ac voltage and current, rf signals, and dc bias current. SENCORE Z-Meter contains a high-precision digital front-end that enables accurate impedance measurements up to the GHz range. It also has a selectable fourth-order low-pass filter to reduce the effects of external noise. To ensure that Z-Meter can provide consistent accuracy, it is designed with two types of zero-torque connector—the standard 3.5mm mono plug, and the banana socket. This design minimizes signal loss, allowing crisper and more accurate results. SENCORE Z-Meter contains a high-quality four-wire Kelvin test lead, which allows simultaneous current and voltage sensing. It uses four sense lines on the device's banana output socket to minimize the effects of lead resistance. This design ensures that Z-Meter provides very accurate measurements, showing the actual impedance value. To make it even easier to use in the field, SENCORE Z-Meter is powered by a BP5 rechargeable battery pack. This allows the device to operate independently from mains power, making it ideal for portable measurements. Overall, Z-Meter is a very reliable and accurate test equipment that can be used to measure a wide range of impedances. It offers a range of configuration options through its user interface, which allow users to fine tune their measurements. With its inherent portability and accuracy, SENCORE Z-Meter is the perfect tool for engineers and technicians who need to accurately measure impedance.