SNVAAA6
September 2024
LM61495
1
Abstract
Trademarks
1
OLED Driving Scheme
2
Inverting Buck-Boost Concept
3
PMP23333 Introduction
3.1
PMP23333 Schematic
4
Design Considerations
4.1
VIN, VOUT Range
4.2
Inductor Selection and Maximum Output Current
4.3
Capacitor Selection
4.4
Efficiency and Thermal Considerations
4.5
Optional Enable (EN) Level Shifter
5
Summary
6
References
6
References
Texas Instruments,
Working With Inverting Buck-Boost Converters,
application note.
Texas Instruments,
Inverting Buck-Boost Application for the LM63615-Q1,
application note.
Texas Instruments,
LM62460, LM61480, and LM61495 Pin-Compatible 6-A/8-A/10-A Buck Converter Optimized for Power Density and Low EMI,
data sheet.
Texas Instruments,
Synchronous Inverting Buck-Boost Converter Reference Design for Communications Equipment
, design guide.