at TA = 27°C, VCC = 2.5V, f = 1575MHz (L1 band), source impedance (ZS) = load impedance (ZL) = 50Ω, input matched to 50Ω with L1 = 8.2nH (0402DC-8N2XGRW) and C1 = 10pF (GJM1555C1H100JB01) with input and output configuration as shown in Figure 6-2, de-embedded up to capacitor, C1, on input and RFOUT pin on the output, ambient temperatures shown (unless otherwise noted)
Figure 5-1 Power Gain (S21) Across VCC
Figure 5-3 Reverse Isolation (S12) Across VCC
Figure 5-5 NF Across VCC
Figure 5-7 Power Gain (S21) Across Temperature
Figure 5-9 Reverse Isolation (S12) Across Temperature
| VCC = 1.8V, 5MHz tone spacing | |
Figure 5-13 Power Gain (S21) Across Temperature
Figure 5-15 Reverse Isolation (S12) Across Temperature
| VCC = 3.3V, 5MHz tone spacing | |
Figure 5-19 In-Band IM3 vs Input Power (PIN) Across VCC
| f1 = 1713MHz, f2 = 1851MHz | |
Figure 5-23 NF vs Temperature Across Frequency
| fJAM = 850MHz, PJAM = –20dBm | |
Figure 5-27 Output Power (PO) vs Input Power (PIN) Across Jammer and VCC
Figure 5-29 Gain and ICC vs PIN Across VCC
Figure 5-2 Input Return Loss (S11) Across VCC
Figure 5-4 Output Return Loss (S22) Across VCC
Figure 5-6 IP1dB vs VCC Across Temperature
Figure 5-8 Input Return Loss (S11) Across Temperature
Figure 5-10 Output Return Loss (S22) Across Temperature
Figure 5-12 Output Power (PO) vs Input Power (PIN) Across Temperature
Figure 5-14 Input Return Loss (S11) Across Temperature
Figure 5-16 Output Return Loss (S22) Across Temperature
Figure 5-18 Output Power (PO) vs Input Power (PIN) Across Temperature
| f1 = 1713MHz, f2 = 1851MHz | |
| VCC = 2V, f1 = 1713MHz, f2 = 1851MHz | |
Figure 5-24 NF vs Jammer Power (PJAM) Across Jammer Frequency (fJAM)
| fJAM = 1850MHz, PJAM = –20dBm | |
Figure 5-28 ICC vs VCC Across Temperature
Figure 5-30 ICC vs Temperature Across VCC