Semiconductor for You
  • Home
  • Semiconductor News
  • Semiconductor Magazine
  • Technology
    • Automotive
    • Consumer Electronics
    • IoT
    • Test and Measurement
    • Lighting
    • Power Management
    • Wireless
    • Personal Electronics
    • Hardware & Software
    • Research
    • Medical Electronics
    • Embedded Design
    • Aerospace & Defence
    • Artificial Intelligence
  • Interview
  • Industries
  • Market
  • Knowledge Base
  • Events
  • Tools
    • Resistor Color Code Calculator
No Result
View All Result
  • Home
  • Semiconductor News
  • Semiconductor Magazine
  • Technology
    • Automotive
    • Consumer Electronics
    • IoT
    • Test and Measurement
    • Lighting
    • Power Management
    • Wireless
    • Personal Electronics
    • Hardware & Software
    • Research
    • Medical Electronics
    • Embedded Design
    • Aerospace & Defence
    • Artificial Intelligence
  • Interview
  • Industries
  • Market
  • Knowledge Base
  • Events
  • Tools
    • Resistor Color Code Calculator
No Result
View All Result
Semiconductor for You
No Result
View All Result
Home Knowledge Base

Which Current is Most dangerous AC or DC

Shubham Madavi by Shubham Madavi
June 22, 2021
in Knowledge Base
0
ADVERTISEMENT

AC IS MORE DANGEROUS THAN DC

AC is four to five times more dangerous than DC. AC causes the most severe contractions. It stimulates sweating which lowers skin resistance. It is more important and the resistance goes down rapidly with continued contact. It is extremely important to free the victim from contact with the current as quickly as possible before the climbing current reaches the fibrillation-inducing level. The frequency of the AC has a lot to do with the effect on the human body. The most harmful range is 60 cycles, unfortunately. At this frequency, 25 volts can kill. On the other hand, people have withstood 40,000 volts at a frequency of a million cycles/sec. AC has a frequency and the current will be fluctuating. The electricity is still predominantly powered by alternating current and computers, LEDs, solar cells, and electric vehicles all run on DC power. Methods are now available for converting direct current to higher and lower voltages. Sometimes I come across the view that a shock from a DC source is more dangerous than a shock from an AC source because DC will hold you while AC will throw you. The flashlight, cell phones, and laptop are DC power they have to store. Because the electric grid provides AC the electricity is converted to DC when you want to charge a portable device.

 

ADVERTISEMENT
Shubham Madavi

Shubham Madavi

Browse by Category

  • Aerospace and Defence
  • AI & Data Center
  • Articles
  • Automation
  • Automotive
  • Communication
  • Consumer-Electronics
  • Design & Manufacturing
  • Hardware & Software
  • Healthcare
  • Industrial Electronics
  • Interview
  • IoT
  • Knowledge Base
  • Lighting
  • Market
  • personal-electronics
  • Power Management
  • Research
  • Robotics
  • Semiconductor Events
  • Semiconductor News
  • Sensors
  • Smart Home & Building
  • Technology
  • Test and Measurement
  • Uncategorized
  • Wireless
Semiconductor For You

Semiconductor For You is a resource hub for electronics engineers and industrialist. With its blend of
technology features, news and new product information, Semiconductor For You keeps designers and
managers up to date with the fastest moving industry in the world.

Follow Us

Browse by Category

  • Aerospace and Defence
  • AI & Data Center
  • Articles
  • Automation
  • Automotive
  • Communication
  • Consumer-Electronics
  • Design & Manufacturing
  • Hardware & Software
  • Healthcare
  • Industrial Electronics
  • Interview
  • IoT
  • Knowledge Base
  • Lighting
  • Market
  • personal-electronics
  • Power Management
  • Research
  • Robotics
  • Semiconductor Events
  • Semiconductor News
  • Sensors
  • Smart Home & Building
  • Technology
  • Test and Measurement
  • Uncategorized
  • Wireless

Recent News

TDK launches non-isolated 12.5 kW three-phase power supplies for Distributed Power Architectures

TDK launches non-isolated 12.5 kW three-phase power supplies for Distributed Power Architectures

September 10, 2026
Vishay Intertechnology XClampR® Bidirectional Flat  Clamping TVS in DO-218AC Package Deliver Low Clamping Voltage, High Power Density

Vishay Intertechnology XClampR® Bidirectional Flat Clamping TVS in DO-218AC Package Deliver Low Clamping Voltage, High Power Density

September 10, 2026
  • About
  • Advertise
  • Privacy & Policy
  • Contact

© 2026 Semiconductor For You

No Result
View All Result
  • Home
  • Semiconductor News
  • Technology
    • IoT
    • Wireless
    • Power Management
    • Automotive
    • Hardware & Software
  • Market
  • Interview
  • Knowledge Base
  • Tools
    • Resistor Color Code Calculator

© 2026 Semiconductor For You

Advertisement