We have USB average and peak power sensors.
USB power sensors eliminate the need for a traditional power meter. These stand-alone, high-accuracy instruments communicate with a PC via USB or with a handheld instrument. These sensors measure true RMS power, making them ideal for measuring CW, modulated RF waveforms (for example 3G, 4G and OFDM signals) and multitone signals with input signals up to 150 W/300 W peak.
Wideband peak power meters are designed to provide accurate measurements and address important power control, peak power and timing issues. The different models of USB microwave power sensors make accurate modulated power measurements on many types of signals, including, but not limited to, WCDMA, LTE and WLAN. These devices are compatible with handheld instruments and can be used in many wireless, communications and aerospace applications.
Pulse power meters offer a full range of power measurement, measuring at a rate of 1 GS/s and a bandwidth of 65 MHz, essential for making pulse power measurements with fast, narrow rising edges, such as those used to measure radar signals.
Remote control of USB peak power sensors
USB peak power sensors can be easily configured for remote monitoring within your local network. Remote connections are ideal for various remote monitoring applications, such as EMI/EMC testing, particle accelerators and satellite systems, where sensors must be placed at different locations within the same facility. Using a shared Ethernet or Wi-Fi to standard USB device to connect all remote sensors and PCs to the same local subnet, the remote sensor can be controlled and monitored from a central location.
USB peak power sensors
USB peak power sensors also offer real-time processing of power readings, never missing a signal while processing captured data. Sampling rates of 100 megasamples per second continuous and 10 gigasamples per second effective provide a best-in-class time resolution of 100 ps and the ability to measure a 2 ns rise time. Even the smallest change in the signal will be captured and plotted to give a complete picture of signal behavior.
