Required Tests Engr. Specification Unit of Marginal Spec. Comments/Status (description) Measure Value # Sweep Acceptable Frequency- Look S5 GHz 0.8-3 Frequencies for Level Response Chamber S2 feet 8x8x12 Inspection Dimensions Full Wavelength S3 lambda 1 from Tx to Rx Test to See if Far Field Are S4 Conditions Oscillations in Power Leakage S6, Into/Out of dB < -80 Isolation Test S7 Chamber Connection dB/ View Part Spec S9 2 Loss connection Sheet Waived Until Absorption dB/ S10 > 15 Enough Foam is of Material reflection in Chamber DUT Encoder/ Micro S11 Rotation degrees 0.1 Controller Increment DUT Encoder/ S12 Rotation degrees 180 Observation Amount Designed Simulation Antenna- S13 mm < 15 Software to Reduced Verify Size Frequency Designed Sweep to S26 Antenna- GHz 0.8-3 Transmit in Wideband Entire Range Designed S14 Antenna- dB 15 Measure Gain High Gain
Required Tests Engr. Spec. # Specification (description) Unit of Measure Marginal Value Comments/Status S5 Acceptable Frequencies GHz 0.8-3 Sweep Frequency- Look for Level Response S2 Chamber Dimensions feet 8x8x12 Inspection S3 Full Wavelength from Tx to Rx lambda 1 S4 Far Field Conditions Test to See if Are Oscillations in Power S6, S7 Leakage Into/Out of Chamber dB < -80 Isolation Test S9 Connection Loss dB/ connection 2 View Part Spec Sheet S10 Absorption of Material dB/ reflection > 15 Waived Until Enough Foam is in Chamber S11 DUT Rotation Increment degrees 0.1 Encoder/ Micro Controller S12 DUT Rotation Amount degrees 180 Encoder/ Observation S13 Designed Antenna- Reduced Size mm < 15 Simulation Software to Verify S26 Designed Antenna- Wideband GHz 0.8-3 Frequency Sweep to Transmit in Entire Range S14 Designed Antenna- High Gain dB 15 Measure Gain