0.3 GHz to 8.5 GHz Absorptive Sp4t Solid State RF Switch with SMA-F Ports

This listing covers one Absorptive SP4T Solid State RF Switch with a verified operating range of 0.3 GHz to 8.5 GHz. The source records SMA-F RF ports and 50 ohm port impedance. Its isolation is >=80 dB. Its insertion loss is <=2.5 dB. The content is limited to this exact configuration and does not combine specifications from other switch variants. No supplier model, unlisted certification, or unsupported application claim is used to define the product

The recorded RF interface is SMA-F, and port impedance is 50 ohm. Switching time is <=200 ns. The specified DC supply is +5 VDC (current<=200 mA). The control interface is diameter 0.8 mm glass insulator. The recorded power value is 2 W. These entries describe the current listing only. No alternate connector, control logic, supply arrangement, or power rating is implied where the locked specification does not state one

Across the verified 0.3 GHz to 8.5 GHz operating range, isolation is >=80 dB. Insertion loss is <=2.5 dB. Port VSWR is <=1.5. The recorded power value is 2 W, and switching time is <=200 ns. Every number retains its stated limit or typical-value qualifier. The answer does not extend these measurements beyond the source range or add performance that is absent from the supplier table

The RF interface is SMA-F, and the control interface is diameter 0.8 mm glass insulator. Operating temperature is -40 deg C to +70 deg C, while storage temperature is -55 deg C to +85 deg C. The source specifies 6061 aluminum with a nickel plated surface finish. Recorded weight is 60 g. Dimensional information is stated as see Figure 4-1,unit:mm; this content does not invent dimensions that are absent from the text.

Compare the required signal range with the recorded 0.3 GHz to 8.5 GHz range and confirm that the Absorptive SP4T Solid State RF Switch topology is the intended switching configuration. Verify compatibility with the SMA-F RF interface and 50 ohm port impedance. The recorded power value is 2 W, and switching time is <=200 ns; these limits should be checked without extrapolation.