JAJU817
May 2021
概要
リソース
特長
アプリケーション
5
1
System Description
2
System Overview
2.1
Block Diagram
2.2
Highlighted Products
2.2.1
SimpleLink MCU
2.2.1.1
CC3235MODS
2.2.1.2
CC1352R LaunchPad
2.2.1.2.1
CC1352R
2.2.2
Power
2.2.2.1
TPS63802
2.2.2.2
TPS63900
2.2.2.3
TPS62825
2.2.2.4
TPS7A03
2.2.2.5
TPS7A20
2.2.2.6
TPS62840
2.2.2.7
TPS22919
2.2.2.8
LM66100
2.2.3
Peripherals
2.2.3.1
OPT3004
2.2.3.2
DRV8837C
2.2.3.3
TPA2011
2.2.3.4
TLV61048
2.2.4
OmniVision Video Encoder OA7000
2.2.5
OmniVision Image Sensor SP2329
2.2.6
YTOT Lens Module
2.3
Design Considerations
2.3.1
Input Power: Battery and USB
2.3.2
Power Requirements
2.3.3
Camera Wake-up and Day or Night Sensing
2.3.3.1
PIR and MSP430 Based Motion Detection Design for Low Cost and High Performance
2.3.4
Battery Gauging
2.3.5
IR LED Illumination
2.3.6
IR Cut Filter
2.3.7
Audio
2.3.8
System Operation
2.3.9
Wi-Fi and Host Subsystem
2.3.10
Firmware Control
2.3.10.1
Application Flow
3
Hardware, Software, Testing Requirements, and Test Results
3.1
Hardware
3.2
Software
3.3
Setup
3.3.1
Configuration Steps for Video over Wi-Fi
3.3.2
(Optional) Flash OA7000 With Latest Firmware or Stream Video Over USB
3.3.3
Audio Streaming
3.3.4
LPSTK-CC1352R Configuration Steps for Camera Module
3.4
Test Results
3.4.1
Power Supply Rails and Current Consumption
3.4.2
Battery Life Calculations
3.4.3
Video Streaming
3.4.4
IR LED Drive
4
Design and Documentation Support
4.1
Design Files
4.1.1
Schematics
4.1.2
Bill of Materials
4.2
Software
4.3
サポート・リソース
4.4
References
4.5
Trademarks
5
About the Author
4.4
References
Texas Instruments,
Buck-boost Converter Battery Life Time Estimation for Wireless Network Cameras Application Brief
Texas Instruments,
75-nA I
Q
Buck-Boost Converter in Parallel for Increased Output Current (≥ 2 A) Application Brief
OV07000 DSIF Protocol Document
OA7000 data sheet
SP2329 product brief
Dongguan Yutong Optical Technology (YTOT) lens