Live replay: Development and discussion of Microchip's multi-phase buck power supply control technology

Live replay: Development and discussion of Microchip's multi-phase buck power supply control technology

power supplyMicrochipcontrol

In today's computing environment, the power consumption of CPU/GPU is increasing. As the output current requirements continue to increase, the cost-effectiveness of using a single buck regulator for power supply is low. Multi-phase buck regulators are widely used in computing applications due to their scalability and ripple interleaving advantages, as well as excellent current transmission performance. The ACOT architecture and stackable approach can drive larger loads. This seminar mainly introduces Microchip's latest 75V two-phase buck switch controller MIC213x using the ACOT architecture, which can be stacked up to 8 phases, and the HSC control achieves ultra-fast transient response under heavy loads; typical reference solutions in high current environments will also be demonstrated. Through this seminar, you will have a comprehensive understanding of application design cases for ACOT SMPS to achieve stable output and timely response.

Total of 1 lessons30 minutes and 56 seconds

FPGA Verilog Development Practical Guide - Based on Intel Cyclone IV

FPGA Verilog Development Practical Guide - Based on Intel Cyclone IV

FPGAThe otherIntelCyclone

WildFire FPGA Verilog Development Practice Guide - Based on Intel Cyclone IV

Total of 236 lessons4 days and 3 hours and 9 minutes and 40 seconds

Design Example Unboxing - DER-716 - 62W Rated Triple Output Flyback Power Supply for Home Appliances Using InnoMux2-EP

Design Example Unboxing - DER-716 - 62W Rated Triple Output Flyback Power Supply for Home Appliances Using InnoMux2-EP

power supplyPIInnoMux2-EP

DER-716 is a 62W rated flyback converter evaluation board designed for home appliances or industrial use. It has three CV outputs (5V, 12V and 24V). The unique single-stage flyback structure achieves 3% regulation on all outputs without the need for an additional DC-DC converter. This is only possible with PI's InnoMux2-EP switcher IC.

Total of 1 lessons3 minutes and 30 seconds

Design Example Unboxing - DER-715 - Display 24W Multi-Output Flyback Power Supply using InnoMux2-BL

Design Example Unboxing - DER-715 - Display 24W Multi-Output Flyback Power Supply using InnoMux2-BL

power supplyPIInnoMux2-BL

DER-715 is an evaluation board for a 24 W power supply designed for PC monitors. It features a 5V CV output and four independently regulated CC outputs for LED strings. The unique single-stage flyback architecture achieves 3% regulation on all outputs without the need for an additional DC-DC converter. This is only possible with PI's InnoMux2-BL switcher IC.

Total of 1 lessons3 minutes and 43 seconds

1700V: A new voltage benchmark for GaN

1700V: A new voltage benchmark for GaN

benchmark1700VNitridingPressure resistance

Gallium nitride is a disruptive technology. Not only is it superior to silicon carbide in performance, it is also cheaper to manufacture because it does not require high-temperature processing, so the equipment required is cheaper and the electricity bill for the foundry is lower. The weakness of gallium nitride is its low voltage resistance, which limits the technology to consumer products and mains applications such as mobile phone chargers, TVs and home appliance bias power supplies. Power Integrations is accelerating research and development to replace silicon carbide with high-voltage gallium nitride. In recent years, it has released products based on 750V, 900V and 1250V gallium nitride, while continuing to work on the development of higher voltage products.

Total of 3 lessons44 minutes and 11 seconds

Industry's First 1700V GaN Power IC - InnoMux-2 Flyback Switcher IC

Industry's First 1700V GaN Power IC - InnoMux-2 Flyback Switcher IC

Gallium Nitride1700VPower ICInnoMux-2

The industry’s first 1700V gallium nitride (GaN) switch is now available in a new product of the InnoMux-2 IC family, greatly expanding the application range of GaN technology. Senior Application Engineer Cui Han shows this new IC achieving 90% efficiency on a design evaluation board for a 60W industrial power supply with two independently regulated outputs, eliminating the need for a DC-DC post-regulator. Reference Design Kit RDR-1053.

Total of 1 lessons2 minutes and 51 seconds

AMBA training

AMBA training

BROADSPEND

Total of 31 lessons1 hours and 1 minutes and 58 seconds

Teach you how to learn i.MX93 development board system development step by step

Teach you how to learn i.MX93 development board system development step by step

1

Teach you how to learn i.MX93 development board system development step by step

Total of 31 lessons8 hours and 1 minutes and 25 seconds

Teach you how to get started with CH32V307 step by step

Teach you how to get started with CH32V307 step by step

CH32V307

Zhengdian Atom teaches you how to learn CH32V307 quick start video tutorial

Total of 9 lessons3 hours and 40 minutes and 16 seconds

Write your own embedded operating system

Write your own embedded operating system

Embeddedoperating system

Total of 19 lessons2 hours and 23 minutes and 11 seconds

DIY Computer

DIY Computer

computer

Build your own computer, implement your own CPU, memory data bus, assembly language and compiler

Total of 81 lessons12 hours and 16 minutes and 3 seconds

IoT Internet of Things Project Basic Knowledge and Tools Introduction Training Tutorial

IoT Internet of Things Project Basic Knowledge and Tools Introduction Training Tutorial

Internet of ThingsIoT

This course will introduce the following contents: -IoT structure and elements -IoT network model and data structure -IoT network connection -IoT data traffic generation and analysis tools -IoT cloud -IoT device identity -IoT security basics -IoT solutions provided by Microchip

Total of 1 lessons1 hours and 47 minutes and 50 seconds

FOC basic and practical training course

FOC basic and practical training course

motor controlFIRE

This video introduces the FOC principle, common terms in FOC control, and the basic knowledge necessary for FOC practice, including frequency domain analysis, negative feedback control system transfer function, frequency response and stability, motor drive system model, second-order system and PI controller. In addition, the motorBench® demonstration and Qspin demonstration are also introduced.

Total of 1 lessons2 hours and 14 minutes and 8 seconds

Motor Control

Motor Control

motor control

Total of 6 lessons24 minutes and 51 seconds

Motor Control System Hardware Design Training Tutorial

Motor Control System Hardware Design Training Tutorial

Motorcontrol

Total of 1 lessons1 hours and 51 minutes and 3 seconds

Adaptive filter algorithm and practical application

Adaptive filter algorithm and practical application

filter

Introduces the theoretical basis and main applications of adaptive filters: system identification, interference elimination, channel equalization design, etc.

Total of 24 lessons10 hours and 12 minutes and 1 seconds

Live Replay: Nexperia's New Choice for High Reliability IGBTs - Introduction to Nexperia's 650V IGBT and Its Advantages

Live Replay: Nexperia's New Choice for High Reliability IGBTs - Introduction to Nexperia's 650V IGBT and Its Advantages

IGBTNexperiaNexperia Semiconductor650V

1. Introduction to Nexperia IGBT product series 2. Features and application advantages of Nexperia 650V IGBT products

Total of 1 lessons1 hours and 1 minutes and 59 seconds

Live Replay: Zhongxing Lianhua - High-speed signal integrity analysis and testing

Live Replay: Zhongxing Lianhua - High-speed signal integrity analysis and testing

testanalyzeSignal Integrityhigh speed

As the transmission rate of electronic devices continues to increase, high-speed signal integrity has become a key factor in determining system reliability, performance and market competitiveness. This session will introduce the basic framework of high-speed serial bus transmission. What is signal integrity? What are the factors affecting high-speed signal integrity? How to evaluate high-speed signal integrity? How to solve signal integrity problems? Too much jitter? Too bad eye diagram? Too much bit error rate? Most of them are signal integrity problems!!! Brother Shui will take you to completely solve the above high-speed signal integrity problems in one class

Total of 2 lessons2 hours and 51 minutes and 36 seconds

Live replay: ROHM focuses on the practical selection and use of bipolar transistors

Live replay: ROHM focuses on the practical selection and use of bipolar transistors

transistorRomaSelectionROHM

In recent years, automobiles and industrial equipment have been moving towards high voltage. On the other hand, in order to achieve a carbon-free society, higher requirements have been placed on the efficiency of power components from the perspectives of greater energy saving and miniaturization. In addition, in application fields such as consumer electronics and automotive, power components are also required to be able to cut off current when a short circuit occurs and have higher short-circuit tolerance. ROHM has always positioned the semiconductor component business as the core business of the group, and has been continuously carrying out development, production and sales activities since the 1960s. At present, it has a large share in the small signal transistor market. Looking ahead, the market size is expected to continue to grow in a wide range of fields, led by the automotive and industrial equipment markets.

Total of 1 lessons31 minutes and 17 seconds

AI Artificial Intelligence Deep Learning (RV1126) - 2nd Advanced Edition

AI Artificial Intelligence Deep Learning (RV1126) - 2nd Advanced Edition

AIRV1126

This course is a new series of video tutorials on artificial intelligence and deep learning launched by Zhengdian Atom in 2023.

Total of 77 lessons1 days and 9 hours and 59 minutes and 46 seconds

AXI High-Speed ​​Bus

AXI High-Speed ​​Bus

FPGAAXI

Total of 13 lessons8 hours and 41 minutes and 35 seconds

Teach you how to develop embedded Linux heterogeneous communication

Teach you how to develop embedded Linux heterogeneous communication

LinuxCommunications

STM32MP157 is a multi-core heterogeneous processor, in which Cortex-A7 runs the Linux operating system and Cortex-M4 runs the bare metal. This course introduces how to achieve inter-core communication between Cortex-A7 and Cortex-M4.

Total of 20 lessons6 hours and 47 minutes and 27 seconds

Teach you how to develop STM32CubeIDE step by step

Teach you how to develop STM32CubeIDE step by step

STM32

Teach you how to develop STM32CubeIDE step by step

Total of 21 lessons10 hours and 19 minutes and 18 seconds

Teach you how to learn CH395Q network communication step by step

Teach you how to learn CH395Q network communication step by step

Telecommunication

Total of 19 lessons9 hours and 6 minutes and 38 seconds

Live Replay: Seize the Opportunities of Industry 4.1 at WT Technology Day!

Live Replay: Seize the Opportunities of Industry 4.1 at WT Technology Day!

WTWen YeIndustry 4.1

Driven by the wave of industrial intelligence, Industry 4.0 has become the core of digital transformation for many enterprises. Today, with the improvement of intelligence level, data interconnection capability and autonomous computing capability, Industry 4.1 is gradually becoming the main theme of the new generation of intelligent manufacturing. Industry 4.1 not only emphasizes "intelligent manufacturing", but also focuses on improving the system's adaptability, sustainability and data sharing capabilities through more advanced technical means (such as AI, industrial Internet of Things, edge computing, etc.), so as to make the entire industrial system more efficient, flexible and intelligent.

Total of 4 lessons1 hours and 51 minutes and 31 seconds

Live replay: Nexperia ideal diodes and load switches ensure robust and efficient operation of the IoT

Live replay: Nexperia ideal diodes and load switches ensure robust and efficient operation of the IoT

Internet of Thingsdiodeload switchNexperia

Nexperia, a global leader in R&D, production and sales of power devices, continues to inject new impetus into various industries through innovative technologies. Recently, the company announced the launch of two new low-voltage ideal diodes. Experts will deeply analyze the excellent characteristics of ideal diodes, especially key parameters such as lower forward voltage drop than traditional diodes. In addition, discussing how load switches can optimize system performance is also one of the topics. Combined with practical application cases, we will show how these innovative products meet designers' pursuit of ultimate energy efficiency.

Total of 1 lessons34 minutes and 46 seconds

ALINX Zynq MPSoC XILINX FPGA Video Tutorial - Linux Basic Development

ALINX Zynq MPSoC XILINX FPGA Video Tutorial - Linux Basic Development

FPGA

Total of 46 lessons16 hours and 13 minutes and 51 seconds

ALINX Zynq MPSoC XILINX FPGA Video Tutorial - Vitis HLS Development

ALINX Zynq MPSoC XILINX FPGA Video Tutorial - Vitis HLS Development

FPGA

Total of 13 lessons2 hours and 51 minutes and 49 seconds

ALINX Zynq MPSoC XILINX FPGA Video Tutorial - Vitis AI Development

ALINX Zynq MPSoC XILINX FPGA Video Tutorial - Vitis AI Development

FPGA

Total of 5 lessons1 hours and 32 minutes and 40 seconds

ALINX Zynq MPSoC XILINX FPGA Video Tutorial - MPSoC SDK Bare Metal Development

ALINX Zynq MPSoC XILINX FPGA Video Tutorial - MPSoC SDK Bare Metal Development

FPGA

ALINX Zynq MPSoC XILINX FPGA Video Tutorial - MPSoC SDK Bare Metal Development

Total of 65 lessons1 days and 1 hours and 52 minutes and 5 seconds

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews


Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号