The features of the Alice EduPad trainer create a new potential for students at every level. Please note that the MSP432 LaunchPad and USB cable are not included with your purchase of the Alice EduPad trainer.
RGB LED • Back-channel UART via USB to PC 1.3 Alice EduPad hardware features: The Alice EduPad board includes the following features for teaching ARM courses: 1. Four user LEDs 2. Four pushbutton switches 3. Four Servo controls or relay outputs 4.
1, Work on the MSP432 LaunchPad standalone and familiarize with its software development. Don’t plug the Launchpad onto the Alice EduPad until you feel comfortable in writing a small test program because it’s easier to test a small program on the Launchpad alone.
Page 6
The MSP432 LaunchPad on the Alice EduPad...
MSP432 forum. Many TI engineers are active on the forum to answer your questions. If you have any question regarding the Alice EduPad hardware and need a tech support call us at 1- 847 250-5160 or email your question to evbplus @ gmail.com...
Chapter 4: Hardware Descriptions The circuit is designed in such way that the value of all resistors and capacitors are not critical. 4.1 LEDs: The P3.2, P3.3, P2.5, P2.4 are connected to the LED0-LED3 via a buffer (U8). In order to turn on an LED, you need to program the corresponding pin as output and set it high.
4.9 7-Segment LED display The type of the 7-segment LED display on the Alice EduPad is called common anode, all cathodes are driven individually by an output pin and the anode is connected to the 5V supply. Before sending a number to a 7-segment LED display, the number must be converted to its corresponding 7-segment code depending on how the 7-segment display is connected to an output port.
4.10.2. Parallel interface LCD: (the jumper is placed on the 2 left-hand pins of J23) The Alice EduPad also incorporates a parallel interface for the LCD, the P3.6, P5.2, P5.0 and P4.6 are connected to the D4-D7 of the LCD via a 74HCT245 buffer (U18). The control pins are P3.0 for LCD R/S and P6.7 for LCD EN.
4.12 H-Bridge The H-bridge driver TB6612FNG is similar to the SN754410N, but has MOSFET output. It’s much more efficient than the SN754410N, especially for controlling low voltage motors. The control software is the same for both IC’s. It can control two DC motors or one stepper motor. It takes two pins, P3.2 and P3.3, to control motor direction, one must be set at high, and the other one must be set at low.
4.15 OLED H1 is used for an OLED with I2C interface. The connections are: Pin1 SDA (P6.4) Pin2 SCL (P6.5) Pin3 3.3V Pin4 Ground 4.16 SD-Card The SD-Card slot uses SPI interface. The pinouts are listed below: Chip select P6.6 MOSI P1.6 SCLK...
Page 13
http://www.MicroDigitalEd.com/ARM/MSP432_books.htm 4.18 All on-board headers: LCD connector for a 16x2 LCD DC motor power source select, jumper on left side for onboard 5V, on right for external power voltage, <12V, <1A. Two servo outputs, controlled by P2.7 and P2.6. Servos are supplied with 5V Two servo outputs, controlled by P2.5 and P5.5.
Page 14
4.19 I/O pin usage Pin Name Header Pins I/O device(s) P4.5 J14-14, J31-1 AN0, Light sensor P4.7 J14-16, J31-3 AN1, Potentiometer P4.3 J14-11, J31-5 AN2, Temperature sensor P2.7 J19-1, J1-1 PWM1 for servo P2.6 J19-3, J1-2 PWM2 for servo P2.5 J19-8, J4-1 PWM3 for servo P5.5...
Need help?
Do you have a question about the Alice EduPad and is the answer not in the manual?
Questions and answers