Category: Automotive Applications
Filter by Year
2025
2024
2023
2022
2021
2020
2019
2018
2017
Filter by Category
Automotive Applications
Life at Diodes
Sustainability
Technology
Filter by Tag
48V Systems
AC-DC Converters
ADAS
Analog Products
Audio
Automotive
Automotive Applications Engineering
BLDC
Boost Controller
Boost Converters
Brushed Motors
Brushless DC
Buck Converters
Cameras
CISPR 25
Class-D
Clocks
Communications
Computing
Constant Current Driver
Crossbar Switches
Crystal Oscillators
Crystals
Current Monitors
Discrete Products
Displays
Electric Control Units (ECUs)
Electrical Energy
EMI
Energy Efficiency
EPR
Ethernet
GPIO Expanders
Hall Effect Sensors
Hall Effect Switches
Home Appliances
Hot Swapping
Human Resource Management
HVAC Applications
I/O Interfaces
IIoT
Industrial
IntelliFET
Internships
IO Expanders
IoT
IT Security
LAN Signal Switches
LDO
LED
LED Driver
LED Lighting
Load Switches
Logic
MIPI
MIPI Switching
MOSFETs
Mux/Demux Switches
Offline Power
Online Appliances
Op Amps
Outline Packages
Packaging
Packet Switches
Passive Signal Switches
PCI Switches
PCIe 2.0
PCIe 2.0 Packet Switches
PCIe 3.0
PCIe 3.0 Packet Switches
Peripheral Drivers
Plug & Play
PoL Converters
Port Expanders
Power
Power Delivery
Power Switches
Powertrain
Process Engineering
Process Integration Engineering
Protocol Switches
PSU
ReDrivers
SBR
SBRT
Schottky Rectifiers
Seam Seal
Signal Conditioner
Sink Controllers
Smartphones
SPR
STEM Careers
Sustainability Report
Switches
Switching Converters
Synchronous Rectification
Telematics
Timing
Transistors
USB
USB PD
USB Type-C
Vehicle Power Distribution
Voltage Regulation
Women’s Leadership Initiative
Year in Industry (YINI)
Aditya Ambardar from Diodes Incorporated talks to PSD about what the company is doing to assist the transition from 12V to 48V power distribution in the automotive industry.
As cars continue to increase in complexity, automotive designers must provide reliable and accessible controls to prevent drivers and passengers from becoming overwhelmed.
With modern vehicles containing so many electronic components and ECUs, it’s vital that PoL converters achieve high efficiency.
汽车搭载越来越多先进科技,使驾驶更轻松、更安全、更舒适。要实现这些功能,霍尔效应传感器最实用,可检测金属零件的位置与移动。
时至今日,汽车加入了各式各样的科技,触控屏幕已成为标配,也能连接手机、平板电脑和其他设备。
双焊盘 FE/FEQ 5x3.2mm 和 FT/FTQ 3.2x2.5mm 系列是金属密封器件,包含一个超小型 AT 切割石英晶体谐振器,并采用标准陶瓷封装,可取代传统的玻璃双焊盘封装。
驾驶辅助系统 (ADAS) 和需要更多传感器的自动功能日渐普及。此外还有一个趋势是采用更多电子控制单元 (ECU) 取代原本的系统,从而减轻重量,提高效率。
汽车产业正经历一场巨大的转型,从内燃机迅速转向由电池供电的电动汽车 (EV)。世界各国政府都在通过越趋严格的法规,并要求降低排放,而电动汽车是实现这些目标的唯一途径。
我们已经普遍认为汽车是装上车轮的计算机,许多知名业界人士也如此表示。但这种比喻可能有误导成分,因为模拟信号在汽车产业中与数字计算同等重要。
随着新车用电子功能和产品应用日益增加 (例如先进驾驶辅助系统 (ADAS)、智能座舱、车载信息服务和信息娱乐系统),车内系统也必须跟上这些需求。