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To structure the information regarding U1 pins, I'll provide a table format below. Given that the datasheet excerpts for STM32WB5MMGH6TR aren't available to directly cite the functions of each pin, I'll base the functions on general knowledge about microcontrollers of this family and similar configurations. Please note that the specific functions of each pin can vary slightly depending on the precise application and microcontroller mode, so it's advisable to consult the official STM32WB5MMGH6TR datasheet for the most accurate information.
Table
Pin Number
Pin Name
Function
1
PA2
GPIO/Alternate Function
2
PA1
GPIO/Alternate Function
3
PA0
GPIO/Alternate Function
4
VREF+
Analog reference voltage positive
5
VSS_0
Ground
6
VDDA
Analog power supply
7
PC3
GPIO/Alternate Function
8
PC2
GPIO/Alternate Function
9
PC1
GPIO/Alternate Function
10
NRST
Reset input
11
PB9
GPIO/Alternate Function
12
PC0
GPIO/Alternate Function
13
PH3-BOOT0
Boot configuration
14
PB8
GPIO/Alternate Function
15
VBAT
Battery voltage input
16
VSS
Ground
17
VDD
Digital power supply
18
PB7
GPIO/Alternate Function
19
PB5
GPIO/Alternate Function
20
PB4
GPIO/Alternate Function
21
PB3
GPIO/Alternate Function
22
PC10
GPIO/Alternate Function
23
PC11
GPIO/Alternate Function
24
PC12
GPIO/Alternate Function
25
PA13
GPIO/Alternate Function/System Function
26
PA14
GPIO/Alternate Function/System Function
27
PA15
GPIO/Alternate Function
28
PA10
GPIO/Alternate Function
29
PA12
GPIO/Alternate Function
30
PA11
GPIO/Alternate Function
31
VSS_1
Ground
32
VDDUSB
USB power supply
33
PD0
GPIO/Alternate Function
34
PD1
GPIO/Alternate Function
35
PB13
GPIO/Alternate Function
36
PC6
GPIO/Alternate Function
37
PB14
GPIO/Alternate Function
38
PB15
GPIO/Alternate Function
39
PB6
GPIO/Alternate Function
40
PC13
GPIO/Alternate Function
41
PB12
GPIO/Alternate Function
42
PE4
GPIO/Alternate Function
43
PB0
GPIO/Alternate Function
44
PB1
GPIO/Alternate Function
45
PC5
GPIO/Alternate Function
46
PB11
GPIO/Alternate Function
47
PB10
GPIO/Alternate Function
48
PB2
GPIO/Alternate Function
49
PC4
GPIO/Alternate Function
50
PA8
GPIO/Alternate Function
51
PA9
GPIO/Alternate Function
52
PA7
GPIO/Alternate Function
53
PA6
GPIO/Alternate Function
54
PA5
GPIO/Alternate Function
55
PA4
GPIO/Alternate Function
56
PA3
GPIO/Alternate Function
57
VSS_2
Ground
58
ANT_IN
Antenna input (RF)
59
RF_OUT
RF output
60
VSS_3
Ground
61
PH0
GPIO/Alternate Function
62
PH1
GPIO/Alternate Function
63
PD14
GPIO/Alternate Function
64
PE1
GPIO/Alternate Function
65
PD13
GPIO/Alternate Function
66
PD12
GPIO/Alternate Function
67
PD7
GPIO/Alternate Function
68
PD2
GPIO/Alternate Function
69
PC9
GPIO/Alternate Function
70
PD3
GPIO/Alternate Function
71
PC7
GPIO/Alternate Function
72
PE3
GPIO/Alternate Function
73
PD4
GPIO/Alternate Function
74
PD9
GPIO/Alternate Function
75
PD8
GPIO/Alternate Function
76
PD15
GPIO/Alternate Function
77
PD10
GPIO/Alternate Function
78
PE2
GPIO/Alternate Function
79
PE0
GPIO/Alternate Function
80
PD5
GPIO/Alternate Function
81
PD6
GPIO/Alternate Function
82
PD11
GPIO/Alternate Function
83
PC8
GPIO/Alternate Function
84
VSS_4
Ground
85
ANT_NC
Antenna not connected (Not used)
86
VSS_5
Ground
This table provides a starting point, but keep in mind that each pin's specific role can be customized further in the microcontroller's software configuration.
2y
2
list all R1 pins in a table format. For each pin provide its pin number, pin nam...
Sure, here's a table listing all pins for component R1 (PTV09A-4020F-B103), including their pin number, pin name, and assumed function based on typical conventions:
Table
Pin Number
Pin Name
Function
1
1
Terminal 1 (input or output of the potentiometer)
2
2
Terminal 2 (wiper or adjustable terminal of the potentiometer)
3
3
Terminal 3 (input or output of the potentiometer)
4
MH1
Mounting Hole 1 (for mechanical stability)
5
MH2
Mounting Hole 2 (for mechanical stability)
For R1 (a potentiometer), pins 1, 2, and 3 are typically used for electrical connections, where pins 1 and 3 are connected to the ends of the resistive element and pin 2 is connected to the wiper that moves across the resistive element. MH1 and MH2 are not used for electrical connections but are there to provide mechanical support when the component is mounted on a PCB.
2y
1
R1
U1
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