01:43

Generations of Power Management Experience

03:49

Engineering and Design Support

04:16

Benefits of Digital Solutions

02:38

Solving Challenges in Core Power Applications

01:41

Automotive Computing Architecture

02:13

Market Trends Driving Demand for Automotive SoCs

02:51

Powering SoCs in Automotive Applications

23:24

MPS Driving Innovation in Automotive SoCs

02:09

Why Automotive Requires High-Power, High-Current Solutions

01:34

How ZDP Enables Smaller Solutions

05:42

ZDP Offers Speed, Efficiency, and Flexibility

01:13

Why We Need a New Control Topology

02:38

How Peak Current Mode Control Works

01:00

Advantages of Peak Current Mode Control

01:23

Zero-Delay PWM (ZDP) Control for Automotive

15:43

Zero-Delay PWM (ZDP): How It Works, Advantages, and Applications

42:55

Key Considerations when Designing Battery Management Systems

02:00

Highly Integrated Stepper Motor Driver: MP6602

01:51

MPS Isolation Solutions in High-Power and Electrification Systems Enable a Greener Future

02:06

How to Accurately Measure Battery Pack SOC

04:17

Advantages of Monolithic DrMOS Power Stages in Automotive SoCs

02:20

5A, Single-Cell NVDC Buck Charger with Integrated USB Type-C DRP Detection: MP2722

06:11

Automotive Lighting Design Using Adaptive Feedback Control

01:02:39

Optical Encoder Replacement

05:24

First Magnetic Design/Potential Difficulties

03:11

Cost Discussion

04:09

Reliability Comparison: Optical vs. Magnetic Sensing

04:43

Limitations of Magnetic Sensing: Where Will Optical Encoders Continue To Be Used?

05:52

Tradeoff between Resolution and Dynamic Bandwidth

07:45

How Precision and Resolution are Represented

04:28

Magnetic Sensing Technologies Comparison

02:21

Types of Encoders

10:14

Comparing Optical vs. Magnetic Encoders

47:17

Optical Encoders vs. Magnetic Sensors

01:56

Precision, Programmable Magnetic Angle Sensor: MA600

02:27

What Is Quiescent Current?

55:46

Understanding Motor Drivers Thermal Management

02:03

Triple-Output AMOLED Display Power Supply: MP5611

03:46

Built-In Soft Start & Cost Savings

03:16

Enabling Mixed-Model Technology

04:45

MPS Fuel Gauges Make Calibration Unnecessary

02:20

Benefits of an Accurate Cell Model

05:53

Key Battery Parameters

02:27

How MPS Fuel Gauges Handle Errors

05:24

SOC vs. Analog Front End (AFE) Accuracy

03:36

MPS Fuel Gauges Improve Safety

07:53

Cell Balancing Deep Dive

05:27

State-of-Charge Estimation Methods

07:59

Traditional Fuel Gauge Methods

02:57

Introduction to BMS

54:43

Deep Dive into Battery Management Fuel Gauges

46:19

Maximizing Power Density of DC Fast-Charging Systems with an LLC Power Supply

02:13

Automotive-Grade Compact Wireless Charger Design

41:41

Designing Cooler Running, Multi-Channel Dynamic Automotive Lights

01:31

Advantages of a Battery Management Fuel Gauge Solution

02:04

Smallest Isolated Linear Hall-Effect Current Sensor: MCS1806

44:34

System on Chip (SoC) Power Tree: How to Design a Bus Regulator

56:32

パワーコンバータ設計の常識を打ち破るEMCテクニック

37:54

Maximizing Power Density of DC Fast Charging Systems with an LLC Power Supply

38:35

MPS On-Board Charging Solutions