TDK-Micronas GmbH
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3 Assembly Guide
3.1 Communication Device Notes:
3.1.1 TDK SPI Programmer V1.x
This is TDK's dedicated Programmer for SPI Sensors. It is the preferred communication device for this
Evaluaton and can be used in all measurement configurations. Using the TDK SPI Programmer two
different configurations can be handled on the same Joystick module (eg. 3D position and Rotational )
3.1.2 TDK Magnetic Sensor Programmer V1.x
This is the original TDK Magnetic Sensor Programmer, it can only be used in 3D Position Detection. In
addition, the Joystick Module has the capapility to accommodate a biphase sensor and establish
communication through the RJ25 or using the TDK micro edge card to Dsub-25 adapter board.
A Biphase Bridge is provided for Biphase communication setup (eg. HAL3930), a 0R 0603 resistor need
to be connected between selected sensor and output in this mode. Further notes in Appendix 5.1.3.
3.1.3 Arduino
An arduino can be used for 3D Position Detection to communicate with the sensor, provided that the
sensor is already programmed and calibrated. Further notes in Appendix 5.1.2.
Configuration for Arduino:
1. Solder both Arduino headers
2. Solder a 0603 0R Resistor at the Arduino PWR bridge, between S1/3 and/or S2/4 and desired voltage
pad.
3. If you intend to use S2/4 please
4. Open Joystick_Module.ino (provided Arduino code) using the Arduino IDE and upload it to your Arduino.
Figure 4:Arduino Config, Step 1
Figure 5:Arduino Config, Step 1
Figure 6:Arduino Config, Step 3
Figure 7:Arduino Config, Step 4
Note:
Connecting any other device when an Arduino is already present could cause damage
Содержание HAL 3900
Страница 1: ...TDK Micronas GmbH Joystick Evaluation Platform User Manual HAL 3900 ...
Страница 18: ...TDK Micronas GmbH Page 18 of 23 Main Tab Configuration Tab ...
Страница 20: ...TDK Micronas GmbH Page 20 of 23 4 3 3 Joystick Tab ...
Страница 23: ...TDK Micronas GmbH Page 23 of 23 5 2 Joystick Module Schematic ...