TIDT360
November 2023
1
Description
Features
Applications
1
Test Prerequisites
1.1
Voltage and Current Requirements
1.2
Required Equipment
1.3
Considerations
1.4
Dimensions
2
Testing and Results
2.1
Efficiency Graphs
2.2
Efficiency Data
2.3
Thermal Images
2.4
Bode Plots
3
Waveforms
3.1
Switching
3.2
Output Voltage Ripple
3.3
Load Transients
3.2
Output Voltage Ripple
Output voltage ripple is shown in the following figures.
Figure 3-7
Output Voltage Ripple of Main Boost Stage at V
IN
= 12 V, V
OUT
= 45 V, I
OUT
= 0 A
Figure 3-8
Output Voltage Ripple of Main Boost Stage at V
IN
= 12 V, V
OUT
= 45 V, I
OUT
= 3.3 A
Figure 3-9
Output Voltage Ripple of Main Boost Stage at V
IN
= 12 V, V
OUT
= 45 V, I
OUT
= 6.7 A
Figure 3-10
Output Voltage Ripple of Main Boost Stage at V
IN
= 12 V, V
OUT
= 45 V, I
OUT
= 10 A
Figure 3-11
Output Voltage Ripple of Main Boost Stage at V
IN
= 9 V, V
OUT
= 45 V, I
OUT
= 0 A
Figure 3-12
Output Voltage Ripple of Main Boost Stage at V
IN
= 9 V, V
OUT
= 45 V, I
OUT
= 3.3 A
Figure 3-13
Output Voltage Ripple of Main Boost Stage at V
IN
= 9 V, V
OUT
= 45 V, I
OUT
= 6.7 A
Figure 3-14
Output Voltage Ripple of Main Boost Stage at V
IN
= 9 V, V
OUT
= 45 V, I
OUT
= 10 A
Figure 3-15
Output Voltage Ripple of Main Boost Stage at V
IN
= 16 V, V
OUT
= 45 V, I
OUT
= 0 A
Figure 3-16
Output Voltage Ripple of Main Boost Stage at V
IN
= 16 V, V
OUT
= 45 V, I
OUT
= 3.3 A
Figure 3-17
Output Voltage Ripple of Main Boost Stage at V
IN
= 16 V, V
OUT
= 45 V, I
OUT
= 6.7 A
Figure 3-18
Output Voltage Ripple of Main Boost Stage at V
IN
= 16 V, V
OUT
= 45 V, I
OUT
= 10 A