Raspberry Pi MMC2460MT 2-Axis Magnetic Sensor Python Tutorial

preview_player
Показать описание
MMC2460MT ±6 Gauss Low Noise 2-Axis Magnetic Sensor I²C Mini Module. The MMC246xMT is a complete 2-axis magnetic sensor with on-chip signal processing and integrated I2C bus. The device can be connected directly to a microprocessor, eliminating the need for A/D converters or timing resources. It can measure magnetic fields within the full scale range of ±6 G, with 0.25 mG per LSB resolution in 16 bit operation mode and 0.8 mG total RMS noise, enabling heading accuracies of less than 1 degree in electronic compass applications.
Applications :- Electronic Compassing, GPS Navigation Assist, Magnetic Field Measurement.

Related Links :-

MMC2640MT Sensor :

Python Code :

I2C Shield/Adapter :

Connecting Cable :

Queries :

Music :
  1. Dcube Tech Ventures
  2. MMC2460MT
  3. MMC2460MT Sensor
  4. MMC2460MT Code
  5. MMC2460MT interfacing
  6. MMC2460MT python
Рекомендации по теме
Raspberry Pi MMC2460MT 0:07:50

Raspberry Pi MMC2460MT 2-Axis Magnetic Sensor Java Tutorial

Raspberry Pi MMC2460MT 0:07:48

Raspberry Pi MMC2460MT 2-Axis Magnetic Sensor Python Tutorial

Arduino Nano MMC2460MT 0:07:54

Arduino Nano MMC2460MT 2-Axis Magnetic Sensor Tutorial

Particle Photon MMC2460MT 0:08:34

Particle Photon MMC2460MT 2-Axis Magnetic Sensor Tutorial

BeagleBone Black MMC2460MT 0:08:31

BeagleBone Black MMC2460MT 2-Axis Magnetic Sensor 'C' Code Tutorial

MAE/ECE 535 Demo 0:04:54

MAE/ECE 535 Demo - Hall Effect Sensor Application

Magnetic Field Sensor 0:00:31

Magnetic Field Sensor Market

Wireless magnetic field 0:02:08

Wireless magnetic field sensor AEWP

Simple Magnetic Sensor 0:00:41

Simple Magnetic Sensor

Arduino Nano MMC3316xMT 0:08:12

Arduino Nano MMC3316xMT 3-Axis Magnetic Sensor Tutorial

Dual-Axis Mirror Motion 0:02:31

Dual-Axis Mirror Motion Test 1

Particle Photon - 0:06:12

Particle Photon - AD7416ARZ 10-Bit Temperature Sensor Tutorial

Rooster with compass 0:01:11

Rooster with compass course correction and object avoidance

Комментарии
Автор

Hi guys, I have the modul you introduce here, I have a problem which is the output gives me always the same result and keep repeating it despite movement of magnet and changing the distance to sensor to see the difference in output. here is a snapshot of output(I use the same code which is available in Githup controleverything)
00:28:20.403 -> Magnetic field in X-Axis : 8197
00:28:20.403 -> Magnetic field in Y-Axis : 8208
00:28:21.808 -> Magnetic field in X-Axis : 8197
00:28:21.808 -> Magnetic field in Y-Axis : 8208
00:28:23.166 -> Magnetic field in X-Axis : 8197
00:28:23.213 -> Magnetic field in Y-Axis : 8208
00:28:24.572 -> Magnetic field in X-Axis : 8197
00:28:24.618 -> Magnetic field in Y-Axis : 8208
00:28:25.977 -> Magnetic field in X-Axis : 8197
00:28:26.024 -> Magnetic field in Y-Axis : 8208
00:28:27.382 -> Magnetic field in X-Axis : 8197
00:28:27.429 -> Magnetic field in Y-Axis : 8208
00:28:28.787 -> Magnetic field in X-Axis : 8197
00:28:28.834 -> Magnetic field in Y-Axis : 8208
00:28:30.192 -> Magnetic field in X-Axis : 8197
00:28:30.239 -> Magnetic field in Y-Axis : 8208
If you can help me out with this problem, i really appreciate it, i have this module as part of my project and the measurement result to go forward.
Thank you

kindjupiter
visit shbcf.ru