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BROADBAND WAVEGUIDE; SRSRW-10G-12*5.5mm

Waveguide type; symmetric rectangular single-ridged waveguide

A broadband symmetric rectangular single-ridged waveguide slot array has been presented.
broadband waveguides are low-loss RF transmission lines that provide wide bandwidth and are capable of handling high power with high isolation. They are durable and strong in structure. They ensure the lowest loss in a high-frequency application.
Broadband waveguides can be used in test labs, antenna feed networks for low loss and phase accuracy, and system designs for their high power handling capabilities.

Waveguide type code:

"SRSRW-10G-12.5.5mm" specifications:

"SRSRW-10G-12.5.5mm" is a A broadband symmetric rectangular single-ridged waveguide slot array operating within 8-12GHz.

X-band Waveguide:

"SRSRW-10G-12.5.5mm" is designed to work in the x-band.
the frequency range of x-band is specified by the Institute of Electrical and Electronics Engineers (IEEE) as 8.0–12.0 GHz.
The X band is used for wireless computer networks, satellite communication, medical linear accelerator technology, and radar applications including pulsed, continuous-wave, synthetic aperture radar, single-polarization, dual-polarization, and phased arrays.
10ANTENNA offers a wide array of x-band waveguide assemblies, components, and accessories in the microwave component industry. Please contact 10ANTENNA at info@10antenna.com to discuss your microwave or RF project.


BROADBAND RIDGED-WAVEGUIDE; SLOT-ANTENNA ARRAY FED BY A BACK-TO-BACK R

Waveguide VSWR:

VSWR, which stands for Voltage Standing Wave Ratio Less Than 1.5: 1, is ideal.
VSWR= (1 + | Γ |)/(1 - | Γ |) or in terms of s-parameters: VSWR= (1 + | S11 |)/(1 - | S11 |)
The VSWR of   "SRSRW-10G-12.5.5mm" measured result, shows that the array input impedance bandwidth is 11% for VSWR 1.5 from 9.6 to 10.72 GHz and the calculated one is 11.2% from 9.49 to 10.62 GHz.


BROADBAND RIDGED-WAVEGUIDE; SLOT-ANTENNA ARRAY FED BY A BACK-TO-BACK R

broadband Waveguide structure:

the slot array is simple and easy to manufacture and low loss and has precisely controlling aperture distribution. slot array has found wide applications in communication systems and radar. The most common resonant slot array is a slotted waveguide with slot radiators having spacings at each half-guide length, resulting in the excitation in phase. However, the slot excitations are changed in amplitude and phase when operating over a bandwidth. This leads to a limitation of the array bandwidth. A commonly used method to obtain a wide bandwidth is to separate an array into several resonant subarrays and feed them with a power divider. in "SRSRW-10G-12*5.5mm" we have separated an array into several resonant subarrays and fed them with a power divider which is a commonly used method to obtain a wide bandwidth.

BROADBAND RIDGED-WAVEGUIDE; SLOT-ANTENNA ARRAY FED BY A BACK-TO-BACK R

What is Substrate-Integrated-Waveguide Power Dividers?

Why buy symmetric rectangular single-ridged waveguide?

A broad bandwidth symmetric rectangular single-ridged waveguide slot array was designed, fabricated, and measured for X-band application. The measured impedance bandwidth was 11% for VSWR 1.5.
"MS-910M-CPR-10" also has the advantages of simple construction and high efficiency.

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With a bit of search, you will find out that our antennas are competitively priced.
10ANTENNA is looking for the best possible design and the lowest cost for your product.

Over 10 Years Experience

10 Antenna, LTD is the exclusive developer and manufacturer of waveguides and RF antennas for demanding applications such as public safety, wireless broadband systems, WiFi, WiMax, video monitoring systems, 3G, CDMA, GSM, PCS, and LTE.

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Waveguides and RF Antennas

10ANTENNA is the exclusive designer of waveguides and RF antennas for demanding applications such as public safety, wireless broadband systems, WiFi, WiMax, video monitoring systems, 3G, CDMA, GSM, PCS, and LTE.