Lines Matching +full:hall +full:- +full:effect
2 # SPDX-License-Identifier: Apache-2.0
4 description: Texas Instruments TMAG5170 high-precision, linear 3D Hall-effect sensor.
8 include: [sensor-device.yaml, spi-device.yaml]
11 int-gpios:
12 type: phandle-array
16 data ready event. For this property to take effect, the
18 operating-mode:
23 1 - stand-by mode - in this mode the device waits for application to trigger
25 2 - active measure mode - continuous sampling on all enabled channels
28 3 - active trigger mode - in this mode, similar to stand-by mode, the device
30 the conversion is shorter than in stand-by mode, on the cost of increased power
32 4 - duty-cycled - after each sample the device goes to sleep and then
34 by `sleep-time` property. Recommended for low-power devices that don't need
37 - 1
38 - 2
39 - 3
40 - 4
41 magnetic-channels:
46 If axis is enabled more than once, sensor will do pseudo-simultaneous
67 - "None"
68 - "X"
69 - "Y"
70 - "XY"
71 - "Z"
72 - "ZX"
73 - "YZ"
74 - "XYZ"
75 - "XYX"
76 - "YXY"
77 - "YZY"
78 - "ZYZ"
79 - "ZXZ"
80 - "XZX"
81 - "XYZYX"
82 - "XYZZYX"
83 x-range:
89 0 = ±50mT (TMAG5170A1)/ ±150mT(TMAG5170A2) - (default; chip reset value)
93 - 0
94 - 1
95 - 2
96 y-range:
102 0 = ±50mT (TMAG5170A1)/ ±150mT(TMAG5170A2) - (default; chip reset value)
106 - 0
107 - 1
108 - 2
109 z-range:
115 0 = ±50mT (TMAG5170A1)/ ±150mT(TMAG5170A2) - (default; chip reset value)
119 - 0
120 - 1
121 - 2
127 effect. If temperature channel is enabled, temperature will be oversampled
128 too, unless `disable-temperature-oversampling` property is present.
137 - 1
138 - 2
139 - 4
140 - 8
141 - 16
142 - 32
143 enable-temperature-channel:
147 magnet-type:
158 - "None"
159 - "NdBFe"
160 - "SmCo"
161 - "Ceramic"
162 angle-measurement:
172 - "None"
173 - "XY"
174 - "YZ"
175 - "XZ"
176 disable-temperature-oversampling:
182 sleep-time:
187 For this property to take effect sensor must be in `duty-cycled` mode.
190 on the values of `oversampling`, `magnetic-channels`, `temperature-channel-enabled`
191 and `disable-temperature-oversampling` properties.
204 - 1
205 - 5
206 - 10
207 - 15
208 - 20
209 - 30
210 - 50
211 - 100
212 - 500
213 - 1000