JAJU792
July 2020
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
Design Considerations
2.2.1
PCB Assembly
2.2.2
Top Side of PCB Assembly
2.3
Highlighted Products
2.3.1
TPS92682-Q1
2.3.2
TPS92682-Q1
2.3.3
TPS92520-Q1
2.3.4
MSP432
2.3.5
System Design Theory
3
Hardware, Software, Testing Requirements, and Test Results
3.1
Hardware Requirements
3.1.1
CISPR 25 Class 5 Test Setup
3.1.2
LED Load Board Top
3.1.3
LED Load Board Bottom
3.2
Test Setup
3.3
Test Results
3.3.1
Boost Turn on Delay
3.3.2
Highbeam/Lowbeam Turn on Delay
3.3.3
Highbeam/Lowbeam Switch Node and Ripple Current
3.3.4
Turn Indicator Turn on Delay
3.3.5
Turn Indictor Turn Off Delay
3.3.6
Turn Indicator 1.5 Hz Operation
3.3.7
Turn Indicator Output Voltage and Current
3.3.8
Daytime Running Light Turn-on Delay
3.3.9
Daytime Running Light Switch Node and Output Current
3.3.10
Highbeam/Lowbeam LED Short
3.3.11
Highbeam/Lowbeam Fault Indicator
3.3.12
Turn Indicator Fault Output
3.3.13
TPS92682-Q1 Boost and SEPIC Interleaving
3.3.14
TIDA-050040 Full Load Efficiency
3.3.15
Efficiency Highbeam/Lowbeam
3.3.16
Efficiency Turn Indicator and Daytime Running Light
3.3.17
Efficiency Highbeam/Lowbeam and Turn Indicator
3.3.18
CISPR 25 Class 5 EMI Scan
3.3.19
Top Side Thermal Image DRL at 15W
3.3.20
Bottom side thermal image DRL at 15W
3.3.21
Top Side Thermal Image Highbeam/Lowbeam at 30W, Turn Indicator at 7.5W average
3.3.22
Bottom Side Thermal Image Highbeam/Lowbeam at 30W, Turn Indicator at 7.5W average
4
Design and Documentation Support
4.1
Design Files
4.1.1
Schematics
4.1.2
BOM
4.2
Documentation Support
4.3
サポート・リソース
4.4
Trademarks
3.3.22
Bottom Side Thermal Image Highbeam/Lowbeam at 30W, Turn Indicator at 7.5W average
Figure 3-26
Bottom Side Thermal Image Highbeam/Lowbeam at 30W, Turn Indicator at 7.5W average.
Thermal image bottom side of PCB at 25C ambient, no airflow.