Hopefully this update finds you doing alright during this interesting time in history. The Signal Hound team (and families) are all well and good, adjusting to the current state of normal as best we can. A large part of our staff continues to work remotely, including our software developers who have just released some new—and […]Read the post
Return Loss Bridge — 5-3000 MHz – RLB254NF
Return loss bridges are useful in measuring VSWR, or return loss of filters, mixers, antennas and amplifiers. With directivity ratings of better than 40 dB, EAGLE bridges yield excellent results. The bridges may also be used for coupling two generators for inter-modulation testing, or power splitting for leveling systems.
All EAGLE bridges have a true RF output; they can be connected directly to vector or spectrum analyzers. Even spectrum analyzers contained in communications service monitors can be used. With the high degree of accuracy found in EAGLE bridges error correction is not absolutely necessary.
The RLB254NF return loss bridge has been designed for lasting service in either laboratory or field service applications. This bridge yields laboratory performance in directivity and open/short ratio over a frequency range of 5 to 3000 MHz. pro of measuring VSWR for VHF, UHF, Cellular, PCS and 2.45 GHz ISM.
Each bridge is constructed in a machined aluminum case. Connectors are heavy duty with field replaceable center pins. Power rating is a maximum of five watts up to one minute or 1.5 watt continuous.
These bridges have three ports: SOURCE, DUT(device under test) and REFLECTED. The REFLECTED port on all EAGLE bridges is an RF port. The bridge may be connected directly to a network or spectrum analyzer. There is no REFERENCE port as the bridge contains an internal 50 ohm reference. To insure that high quality is maintained, each unit is thoroughly inspected, both mechanically and electrically. Critical components are 100% inspected and tested before assembly into the units. After pretest the bridges are aged at 100 C and then retested.
To insure that high quality is maintained each unit is thoroughly inspected both mechanically and electrically. All units are aged and then retested to insure superior stability over the lifetime of the instruments.