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AnalogOut_FLWS bus contains electrical and mechanical variables from the model
Category | Index | Name | Details | Data Type |
---|
Machine 1 | 0 | v_q_stator_0 | stator quadratic voltage | XFloat_8_24 |
1 | v_d_stator_0 | stator direct voltage |
2 | v_q_rotor_0 | rotor quadratic voltage |
3 | v_d_rotor_0 | rotor direct voltage |
4 | flux_q_stator_0 | stator quadratic flux |
5 | flux_d_stator_0 | stator direct flux |
6 | flux_q_rotor_0 | rotor quadratic flux |
7 | flux_d_rotor_0 | rotor direct flux |
8 | i_q_stator_0 | stator quadratic current |
9 | i_d_stator_0 | stator direct current |
10 | i_q_rotor_0 | rotor quadratic current |
11 | i_d_rotor_0 | rotor direct current |
12 | i_a_stator_0 | first phase stator current |
13 | i_b_stator_0 | second phase stator current |
14 | i_c_stator_0 | third phase stator current |
15 | i_a_rotor_0 | first phase rotor current |
16 | i_b_rotor_0 | second phase rotor current |
17 | i_c_rotor_0 | third phase rotor current |
18 | torque_0 | torque command sent to the mechanical model |
19 | speed_0 | speed of the motor |
20 | thetamec_0 | mechanical position of the motor |
21 | sin_res_0 | resolver sine signal |
22 | cos_res_0 | resolver cosine signal |
23 | Carrier_0 | resolver carrier signal |
Machine 2 | 24 | v_q_stator_1 | stator quadratic voltage |
25 | v_d_stator_1 | stator direct voltage |
26 | v_q_rotor_1 | rotor quadratic voltage |
27 | v_d_rotor_1 | rotor direct voltage |
28 | flux_q_stator_1 | stator quadratic flux |
29 | flux_d_stator_1 | stator direct flux |
30 | flux_q_rotor_1 | rotor quadratic flux |
31 | flux_d_rotor_1 | rotor direct flux |
32 | i_q_stator_1 | stator quadratic current |
33 | i_d_stator_1 | stator direct current |
34 | i_q_rotor_1 | rotor quadratic current |
35 | i_d_rotor_1 | rotor direct current |
36 | i_a_stator_1 | first phase stator current |
37 | i_b_stator_1 | second phase stator current |
38 | i_c_stator_1 | third phase stator current |
39 | i_a_rotor_1 | first phase rotor current |
40 | i_b_rotor_1 | second phase rotor current |
41 | i_c_rotor_1 | third phase rotor current |
42 | torque_1 | torque command sent to the mechanical model |
43 | speed_1 | speed of the motor |
44 | thetamec_1 | mechanical position of the motor |
45 | sin_res_1 | resolver sine signal |
46 | cos_res_1 | resolver cosine signal |
47 | Carrier_1 | resolver carrier signal |
Machine 3 | 48 | v_q_stator_2 |
|
49 | v_d_stator_2 |
|
50 | v_q_rotor_2 |
|
51 | v_d_rotor_2 |
|
52 | flux_q_stator_2 |
|
53 | flux_d_stator_2 |
|
54 | flux_q_rotor_2 |
|
55 | flux_d_rotor_2 |
|
56 | i_q_stator_2 |
|
57 | i_d_stator_2 |
|
58 | i_q_rotor_2 |
|
59 | i_d_rotor_2 |
|
60 | i_a_stator_2 |
|
61 | i_b_stator_2 |
|
62 | i_c_stator_2 |
|
63 | i_a_rotor_2 |
|
64 | i_b_rotor_2 |
|
65 | i_c_rotor_2 |
|
66 | torque_2 |
|
67 | speed_2 |
|
68 | thetamec_2 |
|
69 | sin_res_2 |
|
70 | cos_res_2 |
|
71 | Carrier_2 |
|
Machine 4 | 72 | v_q_stator_3 |
|
73 | v_d_stator_3 |
|
74 | v_q_rotor_3 |
|
75 | v_d_rotor_3 |
|
76 | flux_q_stator_3 |
|
77 | flux_d_stator_3 |
|
78 | flux_q_rotor_3 |
|
79 | flux_d_rotor_3 |
|
80 | i_q_stator_3 |
|
81 | i_d_stator_3 |
|
82 | i_q_rotor_3 |
|
83 | i_d_rotor_3 |
|
84 | i_a_stator_3 |
|
85 | i_b_stator_3 |
|
86 | i_c_stator_3 |
|
87 | i_a_rotor_3 |
|
88 | i_b_rotor_3 |
|
89 | i_c_rotor_3 |
|
90 | torque_3 |
|
91 | speed_3 |
|
92 | thetamec_3 |
|
93 | sin_res_3 |
|
94 | cos_res_3 |
|
95 | Carrier_3 |
|