LTE-NB1 Band 12_Test Report

FCC ID: ZMON510GL

Test Report

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SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 1 of 25 Appendix B LTE-NB1 Band 12

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 2 of 25 CONTENT Page 1 EFFECTIVE (ISOTROPIC) RADIATED POWER OUTPUT DATA .......................................................... 3 1.1 TEST RESULT FOR LTE NB1 BAND 12 .................................................................................................... 3 2 PEAK-TO-AVERAGE RATIO....................................................................................................................... 4 2.1 FOR LTE-NB1 ........................................................................................................................................ 4 2.1.1 Test Band = LTE-NB1 Band 12 ...................................................................................................... 4 3 MODULATION CHARACTERISTICS ......................................................................................................... 6 3.1 FOR LTE-NB1 ........................................................................................................................................ 6 3.1.1 Test Band = LTE-NB1 Band 12 ...................................................................................................... 6 4 BANDWIDTH ................................................................................................................................................. 8 4.1 FOR LTE-NB1 ........................................................................................................................................ 8 4.1.1 Test Band = LTE-NB1 Band 12 ...................................................................................................... 8 5 BAND EDGES COMPLIANCE ................................................................................................................... 10 5.1 FOR LTE-NB1 ...................................................................................................................................... 10 5.1.1 Test Band = LTE-NB1 Band 12 .................................................................................................... 10 6 SPURIOUS EMISSION AT ANTENNA TERMINAL ................................................................................ 15 6.1 FOR LTE-NB1 ...................................................................................................................................... 15 6.1.1 Test Band = LTE-NB1 Band 12 .................................................................................................... 15 7 FIELD STRENGTH OF SPURIOUS RADIATION.................................................................................... 22 7.1 FOR LTE-NB1 ...................................................................................................................................... 22 7.1.1 Test Band = LTE-NB1 Band 12 .................................................................................................... 22 8 FREQUENCY STABILITY .......................................................................................................................... 24 8.1 FREQUENCY ERROR VS. VOLTAGE ....................................................................................................... 24 8.2 FREQUENCY ERROR VS. TEMPERATURE ............................................................................................... 24

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 3 of 25 1 Effective (Isotropic) Radiated Power Output Data 1.1 Test Result for LTE NB1 Band 12 Sub-carrier Conducted Test Test Test Number ERP limit Spacing Power Verdict Band Mode channel of T (dBm) (dBm) (kHz) (dBm) NB1 Band 12 BPSK 3.75 23011 1T0 23.15 22.20 34.77 PASS NB1 Band 12 BPSK 3.75 23011 1T47 22.84 21.89 34.77 PASS NB1 Band 12 BPSK 3.75 23095 1T0 23.05 22.10 34.77 PASS NB1 Band 12 BPSK 3.75 23095 1T47 22.86 21.91 34.77 PASS NB1 Band 12 BPSK 3.75 23179 1T0 22.89 21.94 34.77 PASS NB1 Band 12 BPSK 3.75 23179 1T47 23.10 22.15 34.77 PASS NB1 Band 12 QPSK 3.75 23011 1T0 23.07 22.12 34.77 PASS NB1 Band 12 QPSK 3.75 23011 1T47 22.88 21.93 34.77 PASS NB1 Band 12 QPSK 3.75 23095 1T0 23.02 22.07 34.77 PASS NB1 Band 12 QPSK 3.75 23095 1T47 22.95 22.00 34.77 PASS NB1 Band 12 QPSK 3.75 23179 1T0 22.86 21.91 34.77 PASS NB1 Band 12 QPSK 3.75 23179 1T47 23.07 22.12 34.77 PASS Sub-carrier Conducted Test Test Test Number ERP limit Spacing Power Verdict Band Mode channel of T (dBm) (dBm) (kHz) (dBm) NB1 Band 12 BPSK 15 23011 1T0 22.94 21.99 34.77 PASS NB1 Band 12 BPSK 15 23011 1T11 23.11 22.16 34.77 PASS NB1 Band 12 BPSK 15 23095 1T0 23.07 22.12 34.77 PASS NB1 Band 12 BPSK 15 23095 1T11 23.02 22.07 34.77 PASS NB1 Band 12 BPSK 15 23179 1T0 23.07 22.12 34.77 PASS NB1 Band 12 BPSK 15 23179 1T11 22.82 21.87 34.77 PASS NB1 Band 12 QPSK 15 23011 1T0 23.13 22.18 34.77 PASS NB1 Band 12 QPSK 15 23011 1T11 22.96 22.01 34.77 PASS NB1 Band 12 QPSK 15 23011 12T0 20.74 19.79 34.77 PASS NB1 Band 12 QPSK 15 23095 1T0 22.84 21.89 34.77 PASS NB1 Band 12 QPSK 15 23095 1T11 22.84 21.89 34.77 PASS NB1 Band 12 QPSK 15 23095 12T0 21.11 20.16 34.77 PASS NB1 Band 12 QPSK 15 23179 1T0 23.15 22.20 34.77 PASS NB1 Band 12 QPSK 15 23179 1T11 22.88 21.93 34.77 PASS NB1 Band 12 QPSK 15 23179 12T0 21.32 20.37 34.77 PASS Note: a: For getting the EIRP (Efficient Isotropic Radiated Power) in substitution method, the following formula should be taken to calculate it, EIRP [dBm] = Conducted Power [dBm] + Gain [dBi] ERP [dBm] = Conducted Power [dBm] + Gain [dBi] -2.15

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 4 of 25 2 Peak-to-Average Ratio Test Band Test Mode Test Channel Measured[dB] Limit [dB] Verdict NB1 Band 12 QPSK/12T0 23011 3.36 13 PASS NB1 Band 12 QPSK/12T0 23095 7.04 13 PASS NB1 Band 12 QPSK/12T0 23179 5.59 13 PASS 2.1 For LTE-NB1 2.1.1 Test Band = LTE-NB1 Band 12 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel= 23011-T size=12T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 5 of 25 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel= 23095-T size=12T0 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel= 23179-T size=12T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 6 of 25 3 Modulation Characteristics 3.1 For LTE-NB1 3.1.1 Test Band = LTE-NB1 Band 12 3.1.1.1 Test Mode = LTE-NB1/BPSK. Sub-carrier spacing=15kHz.T size=12T0 3.1.1.1.1 Test Channel = 23095

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 7 of 25 3.1.1.2 Test Mode = LTE-NB1/QPSK. Sub-carrier spacing=15kHz.T size=12T0 3.1.1.2.1 Test Channel = 23095

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 8 of 25 4 Bandwidth Test Occupied Emission Test Band Test Mode T size Verdict Channel Bandwidth [kHz] Bandwidth [kHz] NB1 Band 12 QPSK/15kHz 12T0 23011 183.02 266.53 PASS NB1 Band 12 QPSK/15kHz 12T0 23095 183.02 268.13 PASS NB1 Band 12 QPSK/15kHz 12T0 23179 182.62 260.54 PASS 4.1 For LTE-NB1 4.1.1 Test Band = LTE-NB1 Band 12 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel= 23011-T size=12T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 9 of 25 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel= 23095-T size=12T0 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel= 23179-T size=12T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 10 of 25 5 Band Edges Compliance 5.1 For LTE-NB1 5.1.1 Test Band = LTE-NB1 Band 12 LTE-NB1/BPSK. Sub-carrier spacing=3.75kHz-Test Channel=23011-T size=1T0 LTE-NB1/BPSK. Sub-carrier spacing=3.75kHz-Test Channel=23179-T size=1T47

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 11 of 25 LTE-NB1/QPSK. Sub-carrier spacing=3.75kHz-Test Channel=23011-T size=1T0 LTE-NB1/QPSK. Sub-carrier spacing=3.75kHz-Test Channel=23179-T size=1T47

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 12 of 25 LTE-NB1/BPSK. Sub-carrier spacing=15kHz-Test Channel=23011-T size=1T0 LTE-NB1/BPSK. Sub-carrier spacing=15kHz-Test Channel=23179-T size=1T11

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 13 of 25 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel=23011-T size=1T0 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel=23011-T size=12T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 14 of 25 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel=23179-T size=1T11 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel=23179-T size=12T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 15 of 25 [ 6 Spurious Emission at Antenna Terminal NOTE1: For the averaged unwanted emissions measurements, the measurement points in each sweep is greater than twice the Span/RBW in order to ensure bin-to-bin spacing of < RBW/2 so that narrowband signals are not lost between frequency bins. As to the present test item, the "Measurement Points = k * (Span / RBW)" with k between 4 and 5, which results in an acceptable level error of less than 0.5 dB. NOTE2: only the worst case data displayed in this report. Part I - Test Plots 6.1 For LTE-NB1 6.1.1 Test Band = LTE-NB1 Band 12 LTE-NB1/BPSK. Sub-carrier spacing=3.75kHz-Test Channel=23011-T size=1T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 16 of 25 LTE-NB1/BPSK. Sub-carrier spacing=3.75kHz-Test Channel=23095-T size=1T0 LTE-NB1/BPSK. Sub-carrier spacing=3.75kHz-Test Channel=23179-T size=1T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 17 of 25 LTE-NB1/QPSK. Sub-carrier spacing=3.75kHz-Test Channel=23011-T size=1T0 LTE-NB1/QPSK. Sub-carrier spacing=3.75kHz-Test Channel=23095-T size=1T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 18 of 25 LTE-NB1/QPSK. Sub-carrier spacing=3.75kHz-Test Channel=23179-T size=1T0 LTE-NB1/BPSK. Sub-carrier spacing=15kHz-Test Channel=23011-T size=1T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 19 of 25 LTE-NB1/BPSK. Sub-carrier spacing=15kHz-Test Channel=23095-T size=1T0 LTE-NB1/BPSK. Sub-carrier spacing=15kHz-Test Channel=23179-T size=1T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 20 of 25 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel=23011-T size=1T0 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel=23095-T size=1T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 21 of 25 LTE-NB1/QPSK. Sub-carrier spacing=15kHz-Test Channel=23179-T size=1T0

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 22 of 25 7 Field Strength of Spurious Radiation 7.1 For LTE-NB1 7.1.1 Test Band = LTE-NB1 Band 12 7.1.1.1 Test Mode = LTE-NB1/BPSK. Sub-carrier spacing=3.75kHz 7.1.1.1.1 Test Channel = 23011 Frequency (MHz) Level (dBm) Limit Line (dBm) Over Limit (dB) Polarization 64.533333 -80.14 -13.00 67.14 Vertical 341.126667 -84.90 -13.00 71.90 Vertical 1402.500000 -66.62 -13.00 53.62 Vertical 2200.000000 -59.43 -13.00 46.43 Vertical 6125.362500 -63.97 -13.00 50.97 Vertical 8873.887500 -62.66 -13.00 49.66 Vertical 63.040000 -76.13 -13.00 63.13 Horizontal 272.760000 -85.94 -13.00 72.94 Horizontal 1402.500000 -60.21 -13.00 47.21 Horizontal 2270.000000 -59.55 -13.00 46.55 Horizontal 3582.562500 -67.86 -13.00 54.86 Horizontal 6285.750000 -64.27 -13.00 51.27 Horizontal 7.1.1.1.2 Test Channel = 23095 Frequency (MHz) Level (dBm) Limit Line (dBm) Over Limit (dB) Polarization 63.740000 -80.00 -13.00 67.00 Vertical 317.840000 -85.65 -13.00 72.65 Vertical 1414.500000 -66.01 -13.00 53.01 Vertical 2134.000000 -61.61 -13.00 48.61 Vertical 5035.312500 -65.37 -13.00 52.37 Vertical 7984.687500 -62.64 -13.00 49.64 Vertical 62.853333 -75.04 -13.00 62.04 Horizontal 278.313333 -86.18 -13.00 73.18 Horizontal 1414.500000 -58.52 -13.00 45.52 Horizontal 2200.000000 -59.64 -13.00 46.64 Horizontal 4307.475000 -65.81 -13.00 52.81 Horizontal 6489.525000 -63.98 -13.00 50.98 Horizontal

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 23 of 25 7.1.1.1.3 Test Channel = 23179 Frequency (MHz) Level (dBm) Limit Line (dBm) Over Limit (dB) Polarization 64.673333 -80.54 -13.00 67.54 Vertical 339.213333 -84.61 -13.00 71.61 Vertical 1426.500000 -66.23 -13.00 53.23 Vertical 2200.000000 -59.23 -13.00 46.23 Vertical 3923.325000 -66.76 -13.00 53.76 Vertical 7516.687500 -63.59 -13.00 50.59 Vertical 63.320000 -76.31 -13.00 63.31 Horizontal 269.026667 -86.08 -13.00 73.08 Horizontal 1427.000000 -58.11 -13.00 45.11 Horizontal 2270.000000 -59.50 -13.00 46.50 Horizontal 3564.037500 -67.79 -13.00 54.79 Horizontal 7861.837500 -62.40 -13.00 49.40 Horizontal NOTE: 1) The disturbance below 30MHz was very low, and the above harmonics were the highest point could be found when testing, so only the above harmonics had been displayed. 2) only the worst case data presented in this report.

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 24 of 25 8 Frequency Stability 8.1 Frequency Error VS. Voltage Band Number Voltage Temperature Deviation Deviation Limit BAND Modulation Channel Verdict width of T [Vdc] (℃) (Hz) (ppm) (ppm) NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 VL TN 9.88 0.014135 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 VN TN 9.52 0.013617 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 VH TN -9.11 -0.013036 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 VL TN -11.44 -0.016172 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 VN TN 2.53 0.003573 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 VH TN 12.62 0.017836 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 VL TN -0.24 -0.000342 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 VN TN 7.14 0.009976 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 VH TN -7.16 -0.009997 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 VL TN -2.61 -0.003738 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 VN TN -1.54 -0.002204 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 VH TN 0.76 0.001087 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 VL TN 5.75 0.008120 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 VN TN -4.56 -0.006449 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 VH TN -3.29 -0.004645 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 VL TN -4.32 -0.006027 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 VN TN 11.64 0.016264 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 VH TN 13.60 0.018991 ±2.5 PASS 8.2 Frequency Error VS. Temperature Band Number Voltage Temperature Deviation Deviation Limit BAND Modulation Channel Verdict width of T [Vdc] (℃) (Hz) (ppm) (ppm) NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 NV -30 -10.74 -0.015356 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 NV -20 -12.15 -0.017380 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 NV 0 -2.84 -0.004063 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 NV 10 -4.03 -0.005765 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 NV 20 6.14 0.008788 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 NV 30 -7.32 -0.010474 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 NV 40 7.44 0.010641 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23011 12T0 NV 50 9.33 0.013345 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 NV -30 -14.11 -0.019947 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 NV -20 -7.41 -0.010470 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 NV 0 -6.81 -0.009630 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 NV 10 5.95 0.008403 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 NV 20 -7.28 -0.010285 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 NV 30 -8.67 -0.012252 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 NV 40 9.27 0.013108 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23095 12T0 NV 50 -8.40 -0.011872 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 NV -30 -3.13 -0.004369 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 NV -20 6.48 0.009046 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 NV 0 6.11 0.008542 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 NV 10 5.27 0.007365 ±2.5 PASS

SGS-CSTC Standards Technical Services Co.,Ltd. Shenzhen Branch Report No.: ZR/2019/6003101 Page: 25 of 25 NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 NV 20 -9.03 -0.012614 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 NV 30 3.41 0.004759 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 NV 40 -6.31 -0.008816 ±2.5 PASS NB1 Band 12 180KHz BPSK/15KHz 23179 12T0 NV 50 -13.73 -0.019174 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 NV -30 -12.41 -0.017748 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 NV -20 -0.75 -0.001067 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 NV 0 -5.89 -0.008427 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 NV 10 -7.97 -0.011398 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 NV 20 5.28 0.007554 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 NV 30 -14.17 -0.020276 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 NV 40 1.13 0.001622 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23011 12T0 NV 50 -3.07 -0.004385 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 NV -30 6.14 0.008676 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 NV -20 -9.08 -0.012838 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 NV 0 -6.21 -0.008771 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 NV 10 -10.31 -0.014575 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 NV 20 6.06 0.008566 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 NV 30 11.54 0.016309 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 NV 40 -2.67 -0.003776 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23095 12T0 NV 50 0.18 0.000254 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 NV -30 14.48 0.020221 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 NV -20 8.70 0.012158 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 NV 0 -5.76 -0.008051 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 NV 10 -0.04 -0.000057 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 NV 20 0.97 0.001355 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 NV 30 -2.60 -0.003626 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 NV 40 3.78 0.005286 ±2.5 PASS NB1 Band 12 180KHz QPSK/15KHz 23179 12T0 NV 50 -11.03 -0.015403 ±2.5 PASS The End


Document Created: 2019-09-03 00:05:06
Document Modified: 2019-09-03 00:05:06
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