#statusMessage#
Do you want to start the compare now?
#statusMessage#
Do you want to start the compare now?
Modern energy supply is changing: renewable energies, innovative technologies and sustainable concepts are shaping the f...
The paradigm shift towards autonomous driving can only take place if, among other things, all electronic components and ...
The NI seminars offered by the dataTec Academy stand for team spirit, seamless organization, extensive expertise, and pe...
PV systems should feed the generated energy into the supply grid with maximum efficiency - even under varying conditions...
Manufacturer number: P2102A-AC-BNC
Picotest's P2102A PDN probes are precision passive "browser" transmission line probes that support a variety of measurements including impedance (1-port reflection, 2-port series and shunt-through), 3-port voltage /current, step load, ripple, noise, TDT/TDR, PCB resonances, clock jitter and non-invasive stability measurement ("NISM"). The probes have some key advantages over active probes and other types of passive probes.
The high-bandwidth, fixed-spacing probe tip enables accurate measurements on a wide range of component and connector sizes. It eliminates the need to solder SMA or coax cables to your PCB, reducing the risk of damaging fine copper pads or pulling out small components. You can establish connectivity to circuit boards and devices without connectors.
The probes can be used for browser-style measurements. If you e.g. For example, if you have multiple power rails on your board, the small form factor and easy probe tip placement allows you to quickly browse the controller outputs and decide which rails need further investigation. Coupled with NISM, you have a powerful tool to assess the stability of multiple power sources, regardless of physical configuration.
The Picotest Browser Probe P2102A is available in different versions. In addition to the AC Coupled variant with BNC connection (P2102A-AC-BNC) presented here, you can also get the P2102A:
Network analysis is used, for example, in stability tests, to characterize components or to measure the frequency respon...