Quantcast Figure 1-6.Stranded conductor

Share on Google+Share on FacebookShare on LinkedInShare on TwitterShare on DiggShare on Stumble Upon
Custom Search
 
  
 
1-10 Figure 1-5.—Conductors. Conductors are stranded mainly to increase their flexibility. The wire strands in cables are arranged in the following order: The first layer of strands around the center conductor is made up of six conductors. The second layer is made up of 12 additional conductors. The third layer is made up of 18 additional conductors, and so on. Thus, standard cables are composed of 7, 19, and 37 strands, in continuing fixed increments. The overall flexibility can be increased by further stranding of the individual strands. Figure 1-6 shows a typical cross section of a 37-strand cable. It also shows how the total circular-mil cross-sectional area of a stranded cable is determined. Figure 1-6.—Stranded conductor.


Electrical News
EEVblog #748 – How Do Transistors Work?
Dave explains how BJT and MOSFET transistors work at the...
eevblog.com
Friday Quiz: Data Communications
Test your knowledge of the OSI 7-layer protocol stack....
eetimes.com
Thank You, Albert Einstein for GPS
Crazy ideas like time slowing down with velocity or mass...
eetimes.com
Huawei vs. Xiaomi: China in Microcosm
Huawei's technological prowess in telecom and Xiaomi's agility in China's...
eetimes.com
Google Rolls Android M, IoT OS
Developers were audibly excited by the bevy of improvements and...
eetimes.com
Scale & Scalability -- The Keys to True FPGA-Based Verification
Scalable FPGA-based verification has become a serious alternative to big-box...
eetimes.com
A New Broadcom: The First Cuts
The proposed $37 billion merger of Avago and Broadcom creates...
eetimes.com
Micron Bullish On Coming Year
Company president Mark Adams sees poor PC DRAM performance stabilizing...
eetimes.com
When Did Analog Steal Digital's Mojo?
Name two semiconductor companies whose names begin with the letter...
eetimes.com
Avago-Broadcom Deal: What's in It for You?
Where is the affinity - or any apparent good vibe...
eetimes.com
FPGAs Ride HP's Moonshot
SRC Computers announced a new FPGA server card that Hewlett-Packard...
eetimes.com
NXP Agrees to RF Power Business Sell-Off
NXP Semiconductors strikes deal to sell its RF power business...
eetimes.com
Internet of Things Creates Opportunity Bubble for Analog
The analog devices play a special role in the Internet...
eetimes.com
Chips Make Change in Emerging Markets
The chief executive of ARM challenges engineers to put today's...
eetimes.com
Daimler, Qualcomm Announce Strategic Partnership
Mercedes-Benz brand owner Daimler AG and Qualcomm Technologies have announced...
eetimes.com
Avago, Broadcom Combo Praised
Reports Avago will bid to buy Broadcom amid an industry...
eetimes.com
Rohm Buys Renesas Wafer Fab
Rohm Co. Ltd. (Kyoto, Japan) has moved to acquire a...
eetimes.com
Xray Sensor Startup Raises Funds
MultiX SA has developed a sensor the ME100 based on...
eetimes.com
Introducing the Cubic Board -- A Completely Open Source FPGA Project
One of the main design considerations for the FPGA-based Cubic...
eetimes.com
Can You Trust a DR-Check Without a DR-Spec?
Designers may find the flow from the design rule specification...
eetimes.com
 


Privacy Statement - Copyright Information. - Contact Us

comments powered by Disqus

Integrated Publishing, Inc.
9438 US Hwy 19N #311 Port Richey, FL 34668

Phone For Parts Inquiries: (727) 755-3260
Google +