At TA = 25 °C, VS pin = 12 V, GND = 0
V, gain = 11 V/V, 100 Ω Load, RSERIES = 47.5
Ω, PAR = 15
dB, and output power measured at input of transformer (1:1) with
no assumed transformer insertion losses (unless otherwise noted).
Figure 6-1 MTPR G.Fast 212-MHz Mode
Figure 6-3 MTPR G.Fast 106-MHz Mode
Figure 6-5 MTPR VDSL-17a Mode
Figure 6-7 G.Fast Modes Power Consumption
Figure 6-9 Crosstalk G.Fast 212-MHz Mode![MTPR vs Temperature GUID-473BF27F-658C-435D-941B-534581FBF192-low.gif](/ods/images/SBOS746A/GUID-473BF27F-658C-435D-941B-534581FBF192-low.gif)
G.Fast 106-MHz channel A, line power =
8 dBm |
Figure 6-11 MTPR vs Temperature
Figure 6-13 Normalized Small-Signal Frequency
Response
Figure 6-15 Terminal Modes Output Impedance
Figure 6-17 Output Voltage vs Current
Figure 6-19 Output Voltage vs Current
Figure 6-21 Mode Switching Time
Figure 6-23 Mode Switching Time![Quiescent Current vs Temperature GUID-C4E09430-840A-40B2-8A95-D558524506D6-low.gif](/ods/images/SBOS746A/GUID-C4E09430-840A-40B2-8A95-D558524506D6-low.gif)
10 devices, channels A and B, G.Fast
106-MHz bias (mode 11) |
Figure 6-25 Quiescent Current vs Temperature![Quiescent Current vs Temperature GUID-95341C59-C129-4F1F-BDB1-80F4E8DECE7E-low.gif](/ods/images/SBOS746A/GUID-95341C59-C129-4F1F-BDB1-80F4E8DECE7E-low.gif)
10 devices, channels A and B, ADSL bias
(mode 0Z) |
Figure 6-27 Quiescent Current vs Temperature![Quiescent Current vs Temperature GUID-690779EA-256C-475C-A89F-4CF4C32EBEE1-low.gif](/ods/images/SBOS746A/GUID-690779EA-256C-475C-A89F-4CF4C32EBEE1-low.gif)
10 devices, channels A and B,
line-termination low-power bias (mode Z0) |
Figure 6-29 Quiescent Current vs Temperature
Figure 6-31 Output Offset Voltage
Figure 6-2 MTPR G.Fast 106-MHz Mode
Figure 6-4 MTPR VDSL-30a Mode
Figure 6-6 MTPR ADSL2+ Mode
Figure 6-8 xDSL Modes Power Consumption
Figure 6-10 Crosstalk G.Fast 106-MHz Mode![MTPR vs Temperature GUID-F69E2951-B868-4200-AEAE-3EA25E3D5C9C-low.gif](/ods/images/SBOS746A/GUID-F69E2951-B868-4200-AEAE-3EA25E3D5C9C-low.gif)
G.Fast 106-MHz channel B, line power =
8 dBm |
Figure 6-12 MTPR vs Temperature
Figure 6-14 Normalized Large-Signal Frequency
Response
Figure 6-16 Terminal Modes Noise Floor
Figure 6-18 Output Voltage vs Current
Figure 6-20 Output Voltage vs Current
Figure 6-22 Mode Switching Time![Quiescent Current vs Temperature GUID-15E49898-B72C-4FAE-A4E5-AFDE9D96BC81-low.gif](/ods/images/SBOS746A/GUID-15E49898-B72C-4FAE-A4E5-AFDE9D96BC81-low.gif)
10 devices, channels A and B, G.Fast
212-MHz bias (mode 10) |
Figure 6-24 Quiescent Current vs Temperature![Quiescent Current vs Temperature GUID-6C46B8EC-ED24-48AF-8A40-5D0FE6CED402-low.gif](/ods/images/SBOS746A/GUID-6C46B8EC-ED24-48AF-8A40-5D0FE6CED402-low.gif)
10 devices, channels A and B, VDSL bias
(mode Z1) |
Figure 6-26 Quiescent Current vs Temperature![Quiescent Current vs Temperature GUID-98AE878C-2A49-4C04-9CED-AE6BD8BB675E-low.gif](/ods/images/SBOS746A/GUID-98AE878C-2A49-4C04-9CED-AE6BD8BB675E-low.gif)
10 devices, channels A and B,
line-termination high-power bias (mode 00) |
Figure 6-28 Quiescent Current vs Temperature![Quiescent Current vs Temperature GUID-56ACADF1-3C27-4507-8D0C-2FB1A2367084-low.gif](/ods/images/SBOS746A/GUID-56ACADF1-3C27-4507-8D0C-2FB1A2367084-low.gif)
10 devices, channels A and B,
power-down (mode ZZ) |
|
Figure 6-30 Quiescent Current vs Temperature