MotoMama

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Overview

MotoMama.jpg

MotoMama is an H-Bridge motor driver shield bases on ST L298N chip. It is a high voltage, high current dual full-bridge driver which designed to accept standard TTL logic levels and drive inductive loads such as relays, solenoids, DC motor and stepping motors. MotoMama is designed to be easy with other sensors or wireless modules.

Features

  • Light Weight, small dimension
  • Super driver capacity
  • FED protection
  • Heavy load heat sink
  • 2 DC motor/4 coil dual phrase stepper motor output
  • Motor direction indication LED
  • Pulse protection
  • XBee/nRF24L01+ socket break out
  • UART/IIC/Ads socket break out
  • 4 standard mounting holes

Specifications

PCB size 80.36mm X 56.12mm X 1.6mm
Indicators PWR, Motor direction
Power supply 7~15V
Communication Protocol XBee, nRF24L01+,UART, IIC
RoSH Yes

Electrical Characteristics

Specification Min Type Max Unit
Power Voltage (Vlogic) 4.5 5 5.5 VDC
Power Voltage(Vsupply) 3.3 - 20 VDC
Input Voltage VH: 4.5 5 5.5 V
Input Voltage VL: -0.3 0 0.5 V
Current Consumption - - 2000 mA

Hardware

IM120417005_MotoMamapin.jpg

Figure 1 Top Map

MotoMama1.jpg

Figure 2 Bottom Map

Interface Pin Description
UART 1 5V supply
UART 2 Ground
UART 3 Tx
UART 4 Rx
AD0/1/2 1 AD0/1/2
AD0/1/2 2 5V supply
AD0/1/2 3 Ground
IIC 1 Ground
IIC 2 5V supply
IIC 3 Data wire of IIC
IIC 4 Clock wire of IIC
nRF24L01+ Socket 1 GND
nRF24L02+ Socket 2 VCC33
nRF24L03+ Socket 3 CE(Chip Enable)
nRF24L04+ Socket 4 SPI_CS
nRF24L05+ Socket 5 SPI_SCK
nRF24L06+ Socket 6 SPI_MOSI
nRF24L07+ Socket 7 SPI_MISO
nRF24L07+ Socket 8 nRF24L01+ IRQ Output
XBee Socket 1 VCC33
XBee Socket 2 Dout
XBee Socket 3 Din
XBee Socket 10 GNF
XBee Socket 4,5,6,7,8,9,11,12,13,14,15,16,17,18,19,20 No Connect

Arduino Socket definition

Pin Description
D0 XBee_Dout/UART_Rx
D1 XBee_Din/UART_Tx
D2 nRF24L01+_MISO
D3 nRF24L01+_MOSI
D4 nRF24L01+_SCK
D5 nRF24L01+_CS
D6 nRF24L01+_CE
D7 NC
D8 In1
D9 In2
D10 EnA
D11 EnB
D12 In3
D13 In4
A0 AD0
A1 AD1
A2 AD2
A3 AD3
A4 IIC_SCL
A5 IIC_SDA

Installation

Download

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