TIDUC56
March 2022
Description
Resources
Features
Applications
Design Images
1
System Description
2
System Overview
2.1
Block Diagram
2.2
Design Considerations
2.3
Highlighted Features
2.4
System Design Theory
3
Hardware Requirements, Test Setup, and Test Results
3.1
Hardware Requirements
3.2
Test Setup
3.3
Test Results
4
Design and Documentation Support
4.1
Design Files
4.1.1
Schematics
4.1.2
BOM
4.1.3
PCB Layout Recommendations
4.1.3.1
Layout Prints
4.1.4
Altium Projects
4.1.5
Gerber Files
4.1.6
Assembly Drawings
4.2
Documentation Support
4.3
Support Resources
4.4
Trademarks
5
About the Author
3.3
Test Results
This section provides the test results of TIDA-050056.
Figure 3-2
Efficiency V
IN
=12-V, V
OUT
=3.3-V, F
SW
=2.5-MHz, VSET
Figure 3-3
Load Regulation V
IN
=12-V, V
OUT
=3.3-V, F
SW
=2.5-MHz, VSET
Figure 3-4
Line Regulation V
IN
=5-V to 17-V, I
OUT
=0-A and 1-A, F
SW
=2.5-MHz, VSET
Figure 3-5
Loop Response Auto PFM/PWM with AEE, VSET, V
IN
=12-V, V
OUT
=3.3-V, I
OUT
=1-A
Figure 3-6
Output Voltage Ripple Auto PFM/PWM, V
IN
=12-V, V
OUT
=3.3-V, I
OUT
=0-A
Figure 3-7
Output Voltage Ripple Auto PFM/PWM, V
IN
=12-V, V
OUT
=3.3-V, I
OUT
=1-A
Figure 3-8
Input Voltage Ripple Auto PFM/PWM, V
IN
=12-V, V
OUT
=3.3-V, I
OUT
=1-A
Figure 3-9
Start up Auto PFM/PWM with AEE, V
IN
=12-V, V
OUT
=3.3-V, I
OUT
=1-A
Figure 3-10
Shut down Auto PFM/PWM with AEE, V
IN
=12-V, V
OUT
=3.3-V, I
OUT
=1-A
Figure 3-11
Pre-bias start up Auto PFM/PWM, V
IN
=12-V, V
OUT
=3.3-V, I
OUT
=0-A
Figure 3-12
Load Transient Auto PFM/PWM, V
IN
=12-V, V
OUT
=3.3-V, I
OUT
=0.5-A to 1-A, Slew rate= 1-A/μs
Figure 3-13
Thermal Image Auto PFM/PWM, V
IN
=12-V, V
OUT
=3.3-V, I
OUT
=1-A