Cytron Technologies SHIELD-MD10 Bedienungsanleitung

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Product User’s Manual – SHIELD-MD10

SHIELD-MD10

Cytron 10A Motor Driver Shield

User's Manual

V1.0

June 2015

 
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     Product User’s Manual – SHIELD-MD10 
 
Index 
 
1. Introduction 3 
2. Packing List 4 
3. Product Specification and Limitations 5 
4. Board Layout 6 
5. Dimension 8  
6. Hardware Installation 9 
7. Warranty 11  
 
Created by Cytron Technologies Sdn. Bhd. – All Right Reserved  2

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Product User’s Manual – SHIELD-MD10

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1.0 INTRODUCTION

SHIELD-MD10 is an Arduino shield for controlling high current brushed DC motor up to

10A continuously. It is compatible with Arduino UNO,Arduino Duemilanove,Arduino

Mega,Arduino Leonardo and possibly other pin compatible main boards. SHIELD-MD10

uses full solid state components which results in faster response time and eliminates the wear

and tear of the mechanical relay. SHIELD-MD10 shield has stackable side headers which

allows for more Arduino shields to be stacked on top of it.

SHIELD-MD10 Shield come with these features:

●Bi-directional control for 1 brushed DC motor.

●New!! Support motor voltage ranges from 7V to 30V.

●Maximum current up to 10A continuous and 15A peak (10 seconds).

●3.3V and 5V logic level input.

●Solid state components provide faster response time and eliminate the wear and tear

of mechanical relay.

●Fully NMOS H-Bridge for better efficiency and no heat sink is required.

●Speed control PWM frequency up to 10KHz.

●Stackable I/O header pin.

●Selectable digital pins for PWM and DIR.

Note: Please note that there will be only Shield MD10 Rev 2.0. There is an improvement

made in Shield MD10 Rev 2.0. For Shield MD10 Rev 2.0, "SHIELD-MD10 R2" is labelled

at the front and back of the shield like shown in the figure.

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Product User’s Manual – SHIELD-MD10

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Product User’s Manual – SHIELD-MD10

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2.0 PACKING LIST

Please check the parts and components according to the packing lists. If there are any parts

missing, please contact us at [email protected] immediately.

1. 1 x SHIELD-MD10 shield

2. 2 x mini jumper

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3.0 PRODUCT SPECIFICATION AND LIMITATIONS

Absolute Maximum Rating

Parameter

Min

Typical

Max

Unit

Power Input Voltage (Motor supply voltage)

IMAX (Maximum Continuous Motor Current)

IPEAK (Peak Motor Current)*

VIOH (Logic Input-High Level)

5.5

VIOL (Logic Input - Low Level)

0.5

Maximum PWM Frequency

KHz

*Must not exceed 10 seconds

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4.0 BOARD LAYOUT

1. Stackable Digital I/O Headers

JP4 and JP6 are Digital I/O pins stacked to the Arduino main board.

2. Optional External Control

External control is for the use of other types of microcontroller besides Arduino.

3. Test Button B

When this button is pressed, current flows from output B to A and motor will turn CCW

(or CW depending on the connection).

4. Test Button A

When this button is pressed, current flows from output A to B and motor will turn CW (or

CCW depending on the connection).

5. Stackable Analog Input Header

This is the analog port of the Arduino and is not used by SHIELD-MD10. The stackable

header allows other stacked shield to utilize these pins.

6. Stackable Power Pins Header

This is the power port of the Arduino. Only RST and GND pins are connected to the

SHIELD-MD10. The stackable header allows other stacked shield to utilize these pins.

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Product User’s Manual – SHIELD-MD10

7. Reset Button

Reset button is for the convenience of user to reset the Arduino main board.

8. Red LED B

Turns ON when the output A is low and output B is high. Indicates the current flows from

output B to A.

9. Red LED A.

Turns ON when the output B is low and output A is high. Indicates the current flows from

output A to B.

10. Green Power LED

Turn on when the SHIELD-MD10 is powered up.

11. Terminal Block

Connect to motor and power source.

Pin No.

Pin Name

Description

POWER +

Positive supply

POWER -

Negative supply

Motor Output A

Connect to motor terminal A

Motor Output B

Connect to motor terminal B

12. PWM Pin Selector

User may select D3, D5, D6, D9, D10 or D11 as the PWM pin for SHIELD-MD10 with

the mini jumper.

13. DIR Pin Selector

User may select D2, D4, D7, D8, D12 or D13 as the direction pin for SHIELD-MD10

with the mini jumper.

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5.0 DIMENSION

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6.0 HARDWARE INSTALLATION

This section shows the example of using SHIELD-MD10 with Arduino UNO as the main

controller to control a brush motor. However, other Arduino main board such as Arduino

Duemilanove and Arduino Mega can also be used.

Figure below shows that the SHIELD-MD10 is stacked on the Arduino UNO. Please ensure

that the pins alignment is correct.

Select the pins for PWM and DIR. The default PWM pin is set to D3 while the DIR pin is set

to D2. However, other pins may be selected if these pins are already used by other

application. Remember to initialize the correct Arduino’s digital pin accordingly in the user

sketch/program.

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