at TA = 25°C, temperature curves
specify ambient temperature, VDD = 3.3V, 50Ω single-ended input, and 100Ω
differential output (unless otherwise noted)
Figure 5-1 Power
Gain Across Temperature
Figure 5-3 Return Loss Across
Temperature
Figure 5-5 Reverse Isolation Across
Temperature![TRF0208-SEP OIP3 Across
Temperature TRF0208-SEP OIP3 Across
Temperature](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-RKJ6-MQRT-Z13C5TPDZMPL-low.svg)
PO /tone = –4dBm, 10MHz tone
spacing |
Figure 5-7 OIP3 Across
Temperature![TRF0208-SEP IMD3 Lower Across
Temperature TRF0208-SEP IMD3 Lower Across
Temperature](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-XKN6-4KRV-WCJJZK0MPFSC-low.svg)
At
(2f1-f2) frequency,
f1 < f2; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-9 IMD3 Lower Across
Temperature![TRF0208-SEP IMD3 Higher Across
Temperature TRF0208-SEP IMD3 Higher Across
Temperature](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-X9TT-CSG9-ZHHZSFL6RMXK-low.svg)
At
(2f2-f1) frequency,
f1 < f2; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-11 IMD3 Higher Across
Temperature![TRF0208-SEP OIP2 Lower Across
Temperature TRF0208-SEP OIP2 Lower Across
Temperature](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-049T-2WMV-ZXHPTWRRLLTZ-low.svg)
At
(f2-f1) frequency,
f2 > f1; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-13 OIP2 Lower Across
Temperature![TRF0208-SEP OIP2 Higher Across
Temperature TRF0208-SEP OIP2 Higher Across
Temperature](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-KWTN-QX5L-RJRNM41TLDVT-low.svg)
At
(f2+f1) frequency,
f2 > f1; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-15 OIP2 Higher Across
Temperature![TRF0208-SEP IMD2 Lower Across
Temperature TRF0208-SEP IMD2 Lower Across
Temperature](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-CJPM-CL1J-JFNV7JCZWDPG-low.svg)
At
(f2-f1) frequency,
f2 > f1; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-17 IMD2 Lower Across
Temperature![TRF0208-SEP IMD2 Higher Across
Temperature TRF0208-SEP IMD2 Higher Across
Temperature](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-LS1V-4MLW-JKGJ8WRFJZSV-low.svg)
At
(f2+f1) frequency,
f2 > f1; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-19 IMD2 Higher Across
Temperature
Figure 5-21 HD2 Across
Temperature
Figure 5-23 HD3 Across
Temperature
Figure 5-25 HD2 vs Output
Power
Figure 5-27 Output P1dB Across
Temperature
Figure 5-29 NF Across
Temperature
Figure 5-31 Gain Imbalance
Figure 5-33 CMRR Across
Temperature![TRF0208-SEP Overdrive Recovery TRF0208-SEP Overdrive Recovery](/ods/images/JAJSNJ7A/GUID-20210922-SS0I-QHKN-KQJJ-ZHJCQHGSRW8S-low.svg)
Input = –2dBm, f = 500MHz |
Figure 5-35 Overdrive Recovery
Figure 5-37 Single-Ended S11
Figure 5-2 Power
Gain Across VDD
Figure 5-4 Return Loss Across
VDD
Figure 5-6 Reverse Isolation Across
VDD![TRF0208-SEP OIP3 Across
VDD TRF0208-SEP OIP3 Across
VDD](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-QPD4-LDZ5-JR1QXBQM96KS-low.svg)
PO /tone = –4dBm, 10MHz tone
spacing |
Figure 5-8 OIP3 Across
VDD![TRF0208-SEP IMD3 Lower Across
VDD TRF0208-SEP IMD3 Lower Across
VDD](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-FTJX-8MT7-TKLNW2KJ6G57-low.svg)
At
(2f1-f2) frequency,
f1 < f2; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-10 IMD3 Lower Across
VDD![TRF0208-SEP IMD3 Higher Across
VDD TRF0208-SEP IMD3 Higher Across
VDD](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-F2VZ-DQ4M-S77ZQLSLDWT2-low.svg)
At
(2f2-f1) frequency,
f1 < f2; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-12 IMD3 Higher Across
VDD![TRF0208-SEP OIP2 Lower Across
VDD TRF0208-SEP OIP2 Lower Across
VDD](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-TT1Q-9DG8-VG9HH8KQFFJ0-low.svg)
At
(f2-f1) frequency,
f2 > f1; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-14 OIP2 Lower Across
VDD![TRF0208-SEP OIP2 Higher Across
VDD TRF0208-SEP OIP2 Higher Across
VDD](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-KSWC-MSCZ-CRJZSH3ZJRBC-low.svg)
At
(f2+f1) frequency,
f2 > f1; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-16 OIP2 Higher Across
VDD![TRF0208-SEP IMD2 Lower Across
VDD TRF0208-SEP IMD2 Lower Across
VDD](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-S68C-JRJR-2LGVXGKT5CJ5-low.svg)
At
(f2-f1) frequency,
f2 > f1; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-18 IMD2 Lower Across
VDD![TRF0208-SEP IMD2 Higher Across
VDD TRF0208-SEP IMD2 Higher Across
VDD](/ods/images/JAJSNJ7A/GUID-20231220-SS0I-LVMD-8LPF-XGVRNTSF6H0K-low.svg)
At
(f2+f1) frequency,
f2 > f1; PO
/tone = –4dBm, 10MHz tone
spacing |
Figure 5-20 IMD2 Higher Across
VDD
Figure 5-22 HD2 Across
VDD
Figure 5-24 HD3 Across
VDD
Figure 5-26 HD3 vs Output
Power
Figure 5-28 Output P1dB Across
VDD
Figure 5-30 NF Across
VDD
Figure 5-32 Phase Imbalance
Figure 5-34 CMRR Across
VDD
Figure 5-36 Saturation Voltage (Differential)
Figure 5-38 Differential S22