RF Explorer Near Field Antenna Kit
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RF Explorer Near Field Antenna Kit

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$140.99 $183.99
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RF Explorer Near Field Antenna Kit is a collection of high performance set of 4 antennas designed for the most demanding RF diagnosis tasks:
RFEAH-25 ¨C 25mm H-Loop
RFEAH-15 ¨C 15mm H-Loop
RFEAH-5 ¨C 5mm H-Loop
RFEAE-10 ¨C 10mm E-Field

The three magnetic H-Loop antennas are very sensitive, compact and easy to use antennas for all sort of radiation sources. As the antenna diameter gets shorter, the antenna increase spatial resolution at the cost of some sensitivity loss; you should select RFEAH-25 for best sensitivity with connectors, large ICs and isolated signal traces, whereas RFEAH-5 works best for very narrow selective work in a populated PCB with close-by signal traces. RFEAH-15 is a good in-between compromise.

The electric field RFEAE-10 is offers a remarkable spatial resolution to determine the exact component in the PCB causing a problem, no matter how small it is.

The low loss design of these antennas exhibits at least 10dB more sensitivity than other near field antennas in the market, at a much lower cost.
Compared with other near field antennas, RF Explorer are smaller and lighter, exactly what fits best when space is constrained in a PCB.

Included with the antenna is high quality semirigid RF cable; this cable works as the handler of the antenna. The big advantage of this approach: you can shape the cable the way you want for the antenna to be located exactly where you need it, in most cases with no need to hold it in your hand.

The RF cable is coupled with a fast, easy to use SMA Push-On adapter so the different antenna models can be easily plugged in/out as required for the task. There is no need to deal with SMA nuts, just plug-n-play antennas.


Features
Robust calibrated near field low cost 3x H-Loop and 1x E-Field antenna
Can work with RF Explorer Spectrum Analyzer, Signal Generator and other RF instruments and devices
Easy to use, reliable to find interference sources with high accuracy and resolution
Can be used to detect hidden bugs and transmission sources with remarkable spatial resolution
Feasible to generate interferences with Signal Generator and confirm RF circuit sensitivity
Capable of pre-EMC compliance tests
Include semi-rigid RF cable with coupled Push-ON SMA for easy operation and antenna selection
Protected by custom-designed, wooden box case with quality foam protection inside.
High frequency RF SMA Male-Male cable included
SMA Push-On adapter included
RoHS compliant

Techsupport

For questions and support, please visit https://support.rf-explorer.com

If youd like to buy or change the RF Explorer Battery, please click here.


Technical details
Dimensions 0mm x0mm x0mm
Weight G.W 134g
Battery Exclude
Antenna Connector SMA female
Type E-Field and H-loop near field antennas
Characterized response 1MHz to 7Ghz

Part List
H-loop near field antenna (RFEAH-25, RFEAH-15, RFEAH-5) 3
Wooden box protection case 1
E-field near field antenna RFEAE-10 1
Semirigid SMA Male-Male RG402 10cm 6GHz cable 1
SMA Push-On adapter (already coupled to the cable) 1
RF Explorer Near Field Antenna Kit is a collection of high performance set of 4 antennas designed for the most demanding RF diagnosis tasks:
RFEAH-25 ¨C 25mm H-Loop
RFEAH-15 ¨C 15mm H-Loop
RFEAH-5 ¨C 5mm H-Loop
RFEAE-10 ¨C 10mm E-Field

The three magnetic H-Loop antennas are very sensitive, compact and easy to use antennas for all sort of radiation sources. As the antenna diameter gets shorter, the antenna increase spatial resolution at the cost of some sensitivity loss; you should select RFEAH-25 for best sensitivity with connectors, large ICs and isolated signal traces, whereas RFEAH-5 works best for very narrow selective work in a populated PCB with close-by signal traces. RFEAH-15 is a good in-between compromise.

The electric field RFEAE-10 is offers a remarkable spatial resolution to determine the exact component in the PCB causing a problem, no matter how small it is.

The low loss design of these antennas exhibits at least 10dB more sensitivity than other near field antennas in the market, at a much lower cost.
Compared with other near field antennas, RF Explorer are smaller and lighter, exactly what fits best when space is constrained in a PCB.

Included with the antenna is high quality semirigid RF cable; this cable works as the handler of the antenna. The big advantage of this approach: you can shape the cable the way you want for the antenna to be located exactly where you need it, in most cases with no need to hold it in your hand.

The RF cable is coupled with a fast, easy to use SMA Push-On adapter so the different antenna models can be easily plugged in/out as required for the task. There is no need to deal with SMA nuts, just plug-n-play antennas.


Features
Robust calibrated near field low cost 3x H-Loop and 1x E-Field antenna
Can work with RF Explorer Spectrum Analyzer, Signal Generator and other RF instruments and devices
Easy to use, reliable to find interference sources with high accuracy and resolution
Can be used to detect hidden bugs and transmission sources with remarkable spatial resolution
Feasible to generate interferences with Signal Generator and confirm RF circuit sensitivity
Capable of pre-EMC compliance tests
Include semi-rigid RF cable with coupled Push-ON SMA for easy operation and antenna selection
Protected by custom-designed, wooden box case with quality foam protection inside.
High frequency RF SMA Male-Male cable included
SMA Push-On adapter included
RoHS compliant

Techsupport

For questions and support, please visit https://support.rf-explorer.com

If youd like to buy or change the RF Explorer Battery, please click here.


Technical details
Dimensions 0mm x0mm x0mm
Weight G.W 134g
Battery Exclude
Antenna Connector SMA female
Type E-Field and H-loop near field antennas
Characterized response 1MHz to 7Ghz

Part List
H-loop near field antenna (RFEAH-25, RFEAH-15, RFEAH-5) 3
Wooden box protection case 1
E-field near field antenna RFEAE-10 1
Semirigid SMA Male-Male RG402 10cm 6GHz cable 1
SMA Push-On adapter (already coupled to the cable) 1

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Donec ullamcorper magna enim, vitae fermentum turpis elementum quis. Interdum et malesuada fames ac ante ipsum primis in faucibus.

Curabitur vel sem mi. Proin in lobortis ipsum. Aliquam rutrum tempor ex ac rutrum. Maecenas nunc nulla, placerat at eleifend in, viverra etos sem. Nam sagittis lacus metus, dignissim blandit magna euismod eget. Suspendisse a nisl lacus. Phasellus eget augue tincidunt, sollicitudin lectus sed, convallis desto. Pellentesque vitae dui lacinia, venenatis erat sit amet, fringilla felis. Nullam maximus nisi nec mi facilisis.