Avalible ESD Test Tips for replacment or different aplications.
WSM-type AC/DC current-Viewing resistors are designed for precise measurement of pulsed ac- and dc currents, for instance in industrial drives, pulsed welders and plasma physics apparatuses. Moreover, they are employed in short-circuit test facilities, measurement of start currents of fuel engines etc.
Current-viewing-resistors Series ISM allows precise measurement of peak value and waveform of fast rise time current pulses. They excel by high bandwidth, low rise time and high accuracy of resistance value. Below their upper-frequency limit (-3 dB), the current-viewing-resistors ISM behave like pure dc resistors with frequency-independent resistance value. Because of their double coaxial design current-viewing-resistors, ISM are not susceptible to noise and electromagnetic interference.
The high-voltage measurement instruments HVM 2015 consist of a measuring amplifier for universal use with a digital touch display, a built-in high-voltage divider for direct measurement up to 10 kV / optional 20 kV and an external input for an external high-voltage divider, HVT***RCR, measurement, and display of voltages up to 300 kV. The HVM 2015 is designed for measuring ac- and dc- voltages and allows in addition measurement of the peak value of lightning and switching pulse voltages.
The Broadband high-voltage dividers series HVT...RCR are state-of-the-art measuring equipment with excellent high-frequency transmission characteristics. The high-voltage impedance consists of a precise metal film resistor and a high-voltage capacitor with a series damping resistor in parallel. The measuring cable with the termination network is an essential part of the divider. The termination network can be adjusted for an oscilloscope input impedance of 1 M? // 10 - 30 pF.
The Pulse Voltage Divider PVD 10-2 & PVD 10-3 have been designed to measure the pulse output of surge generators, e.g. a combination wave generators. It consists of the divider and a double-shielded coaxial cable. The measuring cable with the termination network is an essential part of the divider. The termination network can be adjusted for an oscilloscope input impedance of 1 M? // 10 - 30 pF.
The ABSOLUTE EMC TP-Ball Head is designed to mount a camera or other lightweight item with complete position control. Constructed of PLA plastic, only the 1/4"-20 screw is metal. This rugged adaptor is a good match with the ABSOLUTE EMC Tripod or monopole.
The ABSOLUTE EMC TP-Cable Support is designed to hold wires, Coax, or waveguide parallel to the ground. This is useful in some cases for test setups where the antenna cable needs to be held back and away from the test area. Or in cases where EUT wires can not bend and need to be held up off the floor. Constructed of PLA plastic, slots for feeding velcro straps or zip-ties, and includes velcro straps to tie down cables or a 1m EPS bar. This rugged cable tray is a good match with the ABSOLUTE EMC Tripod or monopole.
The ABSOLUTE EMC TP-Item Tray is designed for holding items up. There is often a need to elevate an item at a specific height. Or, in cases where an antenna or transducer does not have ideal mounting, the tray can hold the item with velcro straps or zip ties. Constructed of PLA plastic, slots for feeding velcro straps or zip-ties, and includes velcro straps. This rugged Item tray is a good match with the ABSOLUTE EMC Tripod or monopole.
The ABSOLUTE EMC MP-Rotator is attached to a 1" Wood Dowel or tube. It holds a second Dowel/tube that can be rotated 360deg to reach out over an obstacle such as a table. This gives the ability to position a camera or other measurement device over top of a test table or in positions where the base/feet of the EMC Monopole/tripod prohibit easy positioning. Constructed of PLA plastic and includes a 36" Hard Wood Dowel. This rugged adaptor is a good match with the ABSOLUTE EMC Tripod or monopole.
The safety test cabinets PA 50* are designed for high-voltage testing of components and PCB's etc.
For high-voltage testing of components, DUTs are available for various pulse generators. The use of these DUTs significantly reduces placement times and significantly increases throughput.