Check for Deals
Check for Deals
Description The RF Explorer UHF antenna is a high performance, robust rubber duck model for 400-900MHz range. It is ideal choice for Pro Audio and ...
View full detailsThe 2.4 GHz whip antenna is a compact, omnidirectional high performance antenna for 2.4 GHz band including WiFi, ZigBee, Bluetooth, Video, ISM, et...
View full detailsThe omnidirectional LTE multiband antenna is designed for worldwide LTE / 4G cell reception, and can be used for other purposes in the supported fr...
View full detailsThe 2.4Ghz directional antenna is a high gain, excellent choice to use RF Explorer analyzer to scan in a specific direction. As opposed to omnidire...
View full detailsThe 5.8Ghz directional antenna is a high gain, excellent choice to use RF Explorer analyzer to scan in a specific direction. As opposed to omnidire...
View full detailsDescription The 5.8Ghz rubber duck omnidirectional antenna is the perfect choice to use RF Explorer in 5.8GHz bands. It also has moderate quality r...
View full detailsRF Explorer RFEAH-25 is a 25mm diameter, high performance near field H-Loop antenna. RFEAH-25 is a very sensitive, compact, and easy to use H-loop ...
View full detailsThe RF Explorer Near Field Antenna Kit is a set of 4 high performance antennas designed for the most demanding RF diagnosis tasks: RFEAH-25 – ...
View full detailsUsing SMA termination or Dummy Load is suggested for protection of the SMA port of your RF Explorer when the device is exposed to unwanted high rad...
View full detailsSMA attenuators are used to reduce the input power, and therefore enable RF Explorer to measure stronger signals. It is also used to protect the in...
View full detailsSMA attenuators are used to reduce the input power, and therefore enable RF Explorer to measure stronger signals. It is also used to protect the in...
View full detailsSMA attenuators are used to reduce the input power, and therefore enable RF Explorer to measure stronger signals. It is also used to protect the in...
View full detailsSMA attenuators are used to reduce the input power, and therefore enable RF Explorer to measure stronger signals. Attenuators are also used to prot...
View full detailsAll RF Explorer models have some power ranges for input signal beyond which can be damaged. For most models, the limit is on +5dBm, some others are...
View full detailsThe semi-rigid nature of the cable allows for stable measurement independently of the position and helps on adding mechanical robustness when using...
View full detailsThe semi-rigid nature of the cable allows for stable measurement independently of the position and helps on adding mechanical robustness when using...
View full detailsRF cables are required when connecting RF Explorer to other devices. This 50cm cable is good for any frequency up to 3GHz and can fit RF Explorer w...
View full detailsRF cables are required when connecting RF Explorer to other instruments or devices. This 50cm cable is good for any frequency up to 3GHz, and can f...
View full detailsMost HAM and two-way handheld radio antennas and devices are designed for BNC connectors. This BNC-female to SMA-male connector will easily interfa...
View full detailsMost laboratory grade RF bench size instruments use N connector size cables. This N-female to SMA-male connector will easily interface your RF Expl...
View full detailsDetails: It is well known that all RF connectors wear with use. The RF Explorer SMA ports are subject to minimal wear each time the connector inter...
View full detailsThe Female to Female adapter is required to change the gender of a SMA male cable connector into a SMA female, as well as to provide male-to-male b...
View full detailsSome WiFi antennas and cables are designed for RP-SMA (reverse polarity SMA) and cannot be connected to a standard SMA plug. RP-SMA is a variation ...
View full detailsAll RF connectors wear with use. The RF Explorer SMA ports are subject to minimal wear each time the connector interface is coupled and de-coupled ...
View full details