Specification Brand : Generic BulletPoint1 : For RF network measurement, the output reflected has both amplitude and phase information. BulletPoint2 : With the characteristics of wide frequency and high orientation. 1MHz ~ 3GHz (1MHz ~ 2.6GHz is relatively flat) of the frequency range. BulletPoint3 : Widely used in antenna measurement and debugging, radio frequency circuit and radio, television and communication equipment measurement and debugging. BulletPoint4 : PCB Adopts 1.6mm thick double‑sided sheet and the whole process of tin spraying treatment, BulletPoint5 : Maximum input power ≤0.2W, with good passing performance of both large and small currents. IncludedComponents : 1 X Cable Communication Analyzer ItemName : 10‑3000MHz VSWR Bridge Module VSWR Detector Antenna Analyzer Reflective Bridge ItemPackageDimensions_Height : 1 centimeters ItemPackageDimensions_Length : 12 centimeters ItemPackageDimensions_Width : 8 centimeters ItemTypeKeyword : logic-analyzers Manufacturer : Generic MeasurementAccuracy : +/-0.001 ModelName : Generic8xcehgn53s ModelNumber : Generic8xcehgn53s NumberOfItems : 1 PartNumber : Generic8xcehgn53s ProductDescription : 1. For RF network measurement, the output reflected has both amplitude and phase information. 2. With the characteristics of wide frequency and high orientation. 1MHz ~ 3GHz (1MHz ~ 2.6GHz is relatively flat) of the frequency range. 3. Widely used in antenna measurement and debugging, radio frequency circuit and radio, television and communication equipment measurement and debugging. 4. PCB Adopts 1.6mm thick double‑sided sheet and the whole process of tin spraying treatment, stable performance. 5. Maximum input power ≤0.2W, with good passing performance of both large and small currents.
Specification: Item Type: VSWR Bridge Material: PCB Frequency Range: 1MHz ~ 3GHz (1MHz ~ 2.6GHz is relatively flat) Characteristic Impedance: 50Ω Direction: ≥30dB Maximum Input Power: ≤0.2W
Package List: 1 x VSWR Bridge
Note: 1. Do not overload. 2. Do not use under overpressure. 3. Do not use over current.