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Find products for aerospace, defense, security, broadcast & media, networks & cybersecurity, and test & measurement.
Search for Products
Find products for aerospace, defense, security, broadcast & media, networks & cybersecurity, and test & measurement.
884 Results
The R&S®ADD015 HF centric mast DF antenna is a multichannel DF antenna for the frequency range of 1 MHz to 30 MHz.
The R&S®ADD011SR super-resolution HF DF antenna is a multichannel DF antenna for the frequency range of 300 kHz to 30 MHz.
The new R&S®ADD557SR direction finding and monitoring antenna system covers the frequency range from 20 MHz to 6 GHz/8.5 GHz (direction finding/monitoring) for both vertical and horizontal polarization in fixed, mobile and transportable applications.
The R&S®ADD011SRX super-resolution HF DF antenna is a N-channel DF antenna for the R&S®DDF1GTX and the frequency range of 300 kHz to 30 MHz.
The R&S®Venice video server provides a comprehensive solution for live, studio and channel playout applications.
Unlock the future of 6G with R&S Sub-Terahertz tech. Explore advanced solutions like the R&S®SFI100A for superior sub-THz communication & research.
Unlock the future of 6G with R&S Sub-Terahertz tech. Explore advanced solutions like the R&S®SFI100A for superior sub-THz communication & research.
The portfolio of Rohde & Schwarz Satellite intelligence solutions for passive interception and monitoring of satellite communications signals ranges from flexible, transportable solutions to complex stationary strategic systems for simultaneous interception of signals and services from multiple satellites.
The Rohde & Schwarz product portfolio of test and measurement, equipment for mobile radios, radiocommunications, TV broadcasting and IT-security.
Learn about basic oscilloscope operation and probes as well as various oscilloscope related applications that help you optimize your measurement results.
Unlock your measurement potential with Testing Fundamentals from Rohde & Schwarz. Expert resources to help you master measurement basics. Explore now.
Get an introduction into what channel power is and the three most common ways that channel power is measured using a spectrum analyzer.
Get an introduction into RF and read about the three general uses of radio frequency technologies: transfer information and heating & sensing objects.
Get an introduction and learn the basic settings needed for making power versus frequency measurements using a spectrum analyzer.
Get an introduction into RF test and measurement equipment necessary for the design, test, manufacture, and debug of radio frequency devices.
Understanding oscilloscopes & its four primary systems is necessary to correctly operate and evaluate the data. Learn about basic oscilloscope operation and probes.
Get expert oscilloscope probe tips. Learn about types of oscilloscope probes and how to use oscilloscope probes. Discover the top 8 scope probe tips.
Probe compensation in the process whereby probe capacitance is adjusted to compensate for the effects of inherent input capacitance. Learn more here.
UART defines a protocol for exchanging serial data between two devices. Learn more about the format and content of data transmitted in UART frames here.
Learn how to debug serial protocols with an oscilloscope. Explore the most common types of serial protocols, such as UART, (Q)SPI, I2C and CAN bus.
Serial protocols are used in a very wide variety of applications. Learn more about different serial protocols and how to decode them using an oscilloscope.
Passive oscilloscope probes are easy to use and very common for numerous measurements. Learn more about passive probes and their specifications here.
Bode plots are useful when analyzing magnitude and phase changes introduced by a LTI system. Learn more about Bode plots and oscilloscopes here.
When debugging EMI emissions with an oscilloscope, it is important to know the right probes and functions. Learn more about EMI debugging with scopes here.
Derating curves are used to represent the combinations of voltage and current supported by a power supply. Learn more about bench power supplies here.
Connecting the outputs of a power supply in parallel can increase the total output current. Increase output current with parallel power supply load sharing.
Remote sense enables power supplies to overcome voltage drop caused by the supply leads. Learn more about remote sense and other power supply operations.
Explore an engineer’s toolbox with our comprehensive list of electronic test equipment. Learn about the instruments that define modern electronics testing.
Multiple dc power supply channels can be connected to increase their maximum output voltage or current. Learn more about series and parallel operation here.
Essential DC-Arbitrary and ramp functions