7 05ghz waveguide termination load

Brand Name:YLT

Model Number:Terminations

Place of Origin:China

Wave-guide Terminations 50-800w DC4.9-7.05 Max VSWR1.15 BJ58 Wave-guide terminations are used to absorb microwave and RF power and as transmitter aging test termination or dummy loads of antenna.

Model Number:28MPL-100

Brand Name:Zysen

Place of Origin:Chengdu,China

WR28 100W Medium Power Waveguide Termination Load Zysen s Waveguide Medium Power Load, from WR28 to WR975, from 50 to 100W. VSWR 1.25Max. Custom frequency bands and optimized specifications available. Contact us with your requirement. Standard black paint...

Brand Name:Vinncom

Model Number:VN-LD-4G-200W-ODm-S-160

Place of Origin:CHINA

200 Watts 3.8GHZ 4GHZ 6GHZ DIN Male Low PIM -163dbc -165dbc RF Load Termination Dummy load/Low PIM Termination/Load is a device used to stop some port as a RF power load when testing other RF products or stop the RF power radiation when some port is not ...

Brand Name:Sinoscite

Model Number:WG45-53GW-2968

Place of Origin:Sichuan, China

Waveguide Load Rf Waveguide Components from Manufacture Supplier operation freq. 45-53GHz passband freq. BJ320 feature compact VSWR <1.25 material copper product name rf waveguide

Brand Name:Vinncom

Model Number:VN-LD-4G-200W-ODm-S-160

Place of Origin:CHINA

200 Watts 3.8GHZ 4GHZ 6GHZ DIN Male Low PIM -163dbc -165dbc RF Load Termination Wide band Good VSWR Better heating shrink VN-LD-4G-200W-ODm-S-xxx.pdf Part Number VN-LD-4G-200W-ODm-S-160 Operating Frequency ( GHz ) 0-4 Impedance ( Ohm ) 50 VSWR ≤1.30 (≤1.2...

Brand Name:CWJ

Model Number:WL

Place of Origin:China

... power terminations utilizes precision conical load elements for optimum electrical performance. This series of terminations is designed for low power input. VSWR is less than 1.05 over the full waveguide bandwidth. Waveguide Low Power Termination Product ...

Brand Name:FIBERMANIA

Model Number:PA11220SASA10

Place of Origin:Shenzhen, China

...Loaded, Optical fiber PLC splitters are advanced devices constructed from quartz substrates, designed specifically to facilitate optical power distribution in Passive Optical Networks (PON). They efficiently connect terminal equipment by dividing optical signals into multiple outputs. Utilizing integrated waveguide...