User's Manual
Table Of Contents
- Product Introduction
- 1.1 Overview
- 1.2 Features
- 1.3 Product Diagram
- 1.4 Appearance
- 1.5 Specification
- 1.6 Interface Definition
- 1.7 Electrical Features
- 1.8 Digital Port Features
- Hardware Design Notice
- 2.1 Application Diagram
- 2.2 GPIO
- 2.3 UART
- 2.4 Design requirement of practical application
- 2.4.1 Reset Sequence
- 2.5 Power Supply Interface
- 2.6 RF Input and Output Interface
- 2.7 Dimension
- 2.8 No wiring area
- Approval and Certification
- Disclaimer
8
IO15
GPIO15; MTDO; HSPICS; UART0_RTS
9
IO2
GPIO2; UART1_TXD
10
RXD
UART0_RXD; GPIO3
11
TXD
UART0_TXD; GPIO1
12
IO5
GPIO5
13
IO0
GPIO0
14
IO4
GPIO4
15
3V3
3.3V Power Supply
16
GND
GND
17
RST
Reset
Table 1- 3 Pin Mode
Mode
GPIO15
GPIO0
GPIO2
UART download mode
Low
Low
High
Flash Boot mode
Low
High
High
Table 1- 4 Pin Instruction
Interface
Pin
Function Instruction
PWM
IO12(R),
IO15(G),IO13(B)
To control color, buzzer, relay, motor and so on.
IR
IO14(IR_T), IO5(IR_R)
IR Remote Control4 interface is implemented by software, the interface
use NEC coding and modem, 38KHz carrier modulation
ADC
TOUT
To detect VDD3P3 (Pin3,Pin4) power voltage an TOUT(Pin6) and input
voltage(can’t be use at the same time);
Sensor application.
I2C
IO14(SCL), IO2(SDA)
To connect to external sensor and display.
UART
UART0: TXD(U0TXD),
RXD(U0RXD),
IO15(RTS),
IO13(CTS)
To connect to external device UART interface.
Download U0TXD+U0RXD or GPIO2+U0RXD.
Communication (UART0): U0TXD, U0RXD, MTDO(U0RTS), MTCK(U0CTS)
Debug: UART1_TXD (GPIO2),it can be served as debug information print.