The 6960B is a used RF Power Meter from Marconi. Radio frequency (RF) power meters are the electronic test equipment of choice to collect information, analyze RF power, and display information in an easy-to-read digital format. Engineers use RF power meters to measure and document pulsed RF signals, noise-like signals, and pseudorandom signals.
Additional Features:
Frequency coverage:30 kHz to 46 GHz
Wide dynamic range: -70 dBm (100 pW) to +44 dBm (25W)
Fast response on GPIB of 25 ms
Auto averaging with manual override
Both 50 and 75 Ohm sensors
Low sensor VSWR reduces measurement uncertainty
Sensor linearitycorrection for improved accuracy
Maximum hold facility
Optional DC operation
Non-volatile memory
The Marconi 6960B RF Power Meter is a high accuracy instrument which together with its associated power sensors provides measurements at frequencies from 30 kHz up to 46 GHz over a wide range of power levels.
Its numeric keyboard enables easy manual control while full GPIB implementation with SRQ mask and trigger modes make it the logical choice for fast ATE systems.
The 6960B is a used RF Power Meter from Marconi. Radio frequency (RF) power meters are the electronic test equipment of choice to collect information, analyze RF power, and display information in an easy-to-read digital format. Engineers use RF power meters to measure and document pulsed RF signals, noise-like signals, and pseudorandom signals.
Additional Features:
- Frequency coverage:30 kHz to 46 GHz
- Wide dynamic range: -70 dBm (100 pW) to +44 dBm (25W)
- Fast response on GPIB of 25 ms
- Auto averaging with manual override
- Both 50 and 75 Ohm sensors
- Low sensor VSWR reduces measurement uncertainty
- Sensor linearitycorrection for improved accuracy
- Maximum hold facility
- Optional DC operation
- Non-volatile memory
The Marconi 6960B RF Power Meter is a high accuracy instrument which together with its associated power sensors provides measurements at frequencies from 30 kHz up to 46 GHz over a wide range of power levels.
Its numeric keyboard enables easy manual control while full GPIB implementation with SRQ mask and trigger modes make it the logical choice for fast ATE systems.
