PAC25140 Users Guide Preview
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Rev. 1.0.0 28 February 2023 © 2023 Qorvo US, Inc.
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Table 8-3
AFE MUX channels
AFE MUX Channel
Value
Description
VCORE
0
VCORE
VCORE
1
VCORE / 2.5
VDDA
2
VDDA / 2.5
VCCIO
3
VCCIO / 2.5
VSYS
4
VSYS / 2.5
ISENSE
5
Current Sense Diff Amp Output
VPTAT
6
Internal temperature sensor (VPTAT).
VP
7
VP / 10
VREF
8
VREF / 2
FUSE
9
FUSE / 10
CHG
10
CHG / 50
DSG
11
DSG / 50
BAT
12
BAT / 50
AIO0A
13
Analog Input/Output 0 Amp Output
LOADDET
14
Load Detection Voltage
SCPDAC
15
SCP DAC Voltage
OCCDAC
16
OCC DAC Voltage
OCDDAC
17
OCD DAC Voltage
BATOVDAC
18
BAT Over Voltage DAC
VIN
19
VIN / 50
PACK+
20
PACK+ / 50
VCP
21
VCP / 50
For more information on the configuration and use of the EMUX, see the section below.
8.5.2 EMUX
The EMUX is a dedicated high-speed, low-latency serial interface to control the AFE MUX using the ADC
sequencing engine.
To enable the EMUX, set the
SOC.AFEMUXCTL.EMUX_EN
= 1b. This will enable the ADC sequencer to
command the control of the AFE MUX using the EMUX data sent by the sequencer.
The format of the EMUX command used to control the AFE MUX is shown below. The EMUX data is
transmitted MSb first.