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These are great: Electronic components that *look* like they could be, maybe, capacitors, inductors, or resistors. If you have geeks over at your party and you want to keep things lively, put these on the glasses and watch the debate that follows about which object is which. Hint: the one on the left is not a resistor!
These are some of the more interesting components that we picked up at our local electronics
This is part of a DIY "solder your own wine charms" project; read more about it here.
ECO is an electro-mechanical weighing device, the measuring of which is based on the deformation of the car silent-blocks.
Main Input - output signals:
•Power: 12 - 32 V DC
•Overload relay (NC and NO)
•Overload sound signal
Another view of three sisters reading a story on an electronic reading device. (Since you could see the words and pictures on the device from this angle, I painted over in photoshop a 94% opacity...I could increase up to 100%...but I thought it looked a little better if you could "almost" see what is on the screen...not sure what to do in a situation like this...?)
Deb Clothing Store Credit Card Swipe Reader Scanner Device Machine Verifone , 1/2015, by Mike Mozart of TheToyChannel and JeepersMedia on YouTube.
A geared device designed by Mr T Medlen of Limehouse, to give greater mechanical advantage than conventional spigot capstans, for adjusting rigging and sails.
Engraving from Transactions of the Society for the encouragement of Arts, Manufactures and Commerce.
Published by The Society, London 1833.
Half leather binding, 245 pages 14.5cm x 22cm.
This image is excerpted from a U.S. GAO report:
www.gao.gov/products/GAO-15-635R
Medical Device Companies: Trends in Reported Net Sales and Profits Before and After Implementation of the Patient Protection and Affordable Care Act
Notes:
The figure contains a scale break in the vertical axis (dollars) to better show the change in net sales for medium-sized and small-sized companies, which combined represented about 5 percent of total net sales for all companies reviewed in each year.
Data are adjusted to 2014 U.S. dollars using the gross domestic product deflator.
We defined large-sized companies as those that had a market capitalization—that is, the total combined value of the company's stock—in 2013 of over $1 billion, medium-sized companies as those that had a market capitalization of $1 billion to greater than $100 million, and small-sized companies as those that had a market capitalization of $100 million or less.
Electronic Wireless Communication Device Restrictions
New Law Bans Texting Effective January 1, 2009, a new law expands the prohibition of using a wireless communication device while driving a motor vehicle, to include writing, sending, or reading a text-based communication such as text-messaging, instant messaging, and email.
Exemptions This new law excludes emergency professionals who use these devices, while operating an emergency vehicle in the course and scope of his or her duties. This law does not prohibit reading, selecting or entering a phone number, or name in an electronic wireless device for the purpose of making or receiving a phone call.
Drivers are strongly urged not to enter a phone number while driving. Penalties Violating the law is an infraction and the violator is subject to a: $20 fine for the first offense and $50 fine for each subsequent offense. A negligent operator point will not be assigned to a driver found guilty of a text-messaging violation. Procedures Driving Schools and Traffic Violator Schools must:
• Update curriculum and lesson plans to cover these new restrictions in every traffic safety education and behind the wheel training course.
• Distribute updated curriculum and lesson plans to all instructors to ensure implementation and enforcement of these changes.
• The revised lesson plans do not need to be submitted to the department for review at this time.
The Law
Visit the California Legislative Information website for the law on electronic wireless communication device restrictions visit: http: www.leginfo.ca.gov/pub/07-08/bill/sen/sb_0001-0050/sb_28_... Background This new law expands the text-messaging penalties and other add-ons, these fines can increase to $76 for the first offense and $190 for subsequent offenses.
Title leaf with hand-colored woodcut printer's device from an incunable edition of Konrad Celtis's Proseuticum ad Fridericum III pro laurea apollinari (Nuremberg: Friedrich Creussner, after 25 April 1487; ISTC ic00373000).
Established heading: Creussner, Friedrich, active 1472-1499
Penn Libraries call number: Inc C-373
Penn Libraries catalog record
An infographic showing the history of storage. Check it out here: mikevasilev.com/portfolio/storage-device-infographic/
The GPS-driven Boom or Bust Byway tour can be downloaded onto the user’s smartphone by searching for the free “N LA Byways” app in the iTunes Store or Google Play for Android. Travelers without a smartphone can check out a handheld device called a GPS Ranger® in order to experience the video tour. Both the free app and the GPS Ranger® show travelers their position on a map while revealing the history and culture of communities along the Boom or Bust Byway. GPS Ranger® devices can be checked out from and returned to the following locations:
Louisiana Welcome Center at Greenwood – 9945 I-20 W., Greenwood
Shreveport-Bossier Convention and Tourist Bureau – 629 Spring Street, Shreveport
Lake Claiborne State Park – 225 State Park Road, Homer
Monroe-West Monroe Convention and Visitors Bureau – 601 Constitution Drive, West Monroe
Louisiana Welcome Center at Mound – 836 I-20 W., Tallulah
Nordstrom Credit Card Swipe Reader Device Verifone, 1/2015, by Mike Mozart of TheToyChannel and JeepersMedia on YouTube
once we took over operations of the cnet network-wide search engine, we had to manually suppress ppc search results for 'steve fox' because our editor shared the name of a male pornstar, and searches for the editorial work of steve fox often led to the unexpected juxtaposition of advertisements for adult video content.
san francisco, california, us - november 29, 2001
san francisco, california. november 29, 2001
copyright (c) 2001-11-29 sean dreilinger
view cnet editor-in-chief steve fox with a mobile communications device - dscf0262 on a black background.
If you remember seeing this sculpture by American artist Dennis Oppenheim in its original location at Harbour Green Park in Vancouver, you were there sometimes between 2005 and 2008. Device to Root out Evil, also known as the "Upside down church", was supposed to be on permanent display in Harbour Green Park when it was brought to the city during the 2005-2006 Vancouver Sculpture Biennale, but pressure from resident groups who were offended by it, forced the city to get rid of it in 2008. It has found a new home at the Glenbow Museum in Calgary.
The Speculum Series: Library 01
Strobist info:
285HV through satin umbrella at 1/16, 2' subject left fore.
580EX II through satin umbrella at 1/16, 2' subject right fore.
In the heat of battle
Army Sgt. Jeff Sheppard, a Bulldog Troop, Red Platoon scout, 7th Squadron, 10th Cavalry Regiment, 1st Brigade Combat Team, 4th infantry Division, scans a village for insurgent activity during a foot patrol in northern Bala Murghab Valley, Baghdis province, Afghanistan, April 4. The operation was successful and coalition forces destroyed insurgent compounds and improvised-explosive device-making facilities in the engagement. See Page 8 for more.
Michelle Ngai and Keith Lam (showing in the photo) of Dimension+ (HK/TW) work with another medium that has long since disappeared from everyday use: the cassette. Device Playing – Cassette Recorder (II) scans the magnetic field between the magnetic heads of a cassette recorder and the reel of magnetic tape, translates it into sound (which changes along with the varying strength of the magnetic field) and transfers it to an iPod.
Credit: tom mesic
Woodcut device of the House of Hapsburg. Used by Govaert Bac of Antwerp.
Established form: Bac, Govaert
Penn Libraries call number: GC5 Si116 505p
Look at my little Calista's fingers going working this electronic reading device! She is soooooooooooooooo smart!
A radio, some hat measuring devices and several victorolas from Steve Erenberg's collection..
Part of Atlas Obscura's Obscura Day, for which Mr. Erenberg kindly opened up his private collection to a limited number of people.
To learn more about Steve Erenberg visit: www.radio-guy.net
Processed in Adobe Photoshop CS2. Contact me for high resolution versions for nonpersonal use. DSC_2196 mc lr
Composants électroniques (focus stacking).
Image composée de 22 photos prises avec la bonnette Raynox DCR-250 et assemblées avec Zerene Stacker.
This image is copyright © Silvia Paveri. All right reserved. This photo must not be used under ANY circumstances without written consent.
Questa immagine è protetta da copyright © Silvia Paveri. Tutti i diritto sono riservati. L'immagine non deve essere utilizzata in nessun caso senza autorizzazione scritta dell'autore.
High-Power-Transistor Matching Device
Matching transistors at, up to 50V Vce and up to 3A, while, not using heat-sinks
Transistor Characterizing
A bipolar junction transistor (bipolar transistor or BJT) is a type of transistor that uses both electron and hole charge carriers. In contrast, unipolar transistors, such as field-effect transistors, only use one kind of charge carrier. For their operation, BJTs use two junctions between two semiconductor types, n-type and p-type.
BJTs are manufactured in two types, NPN and PNP, and are available as individual components, or fabricated in integrated circuits, often in large numbers. The basic function of a BJT is to amplify current. This allows BJTs to be used as amplifiers or switches, giving them wide applicability in electronic equipment, including computers, televisions, mobile phones, audio amplifiers, industrial control, and radio transmitters
Function[edit]
This section may be too technical for most readers to understand. Please help improve this section to make it understandable to non-experts, without removing the technical details. The talk page may contain suggestions. (July 2012) (Learn how and when to remove this template message)
BJTs come in two types, or polarities, known as PNP and NPN based on the doping types of the three main terminal regions. An NPN transistor comprises two semiconductor junctions that share a thin p-doped anode region, and a PNP transistor comprises two semiconductor junctions that share a thin n-doped cathode region.
NPN BJT with forward-biased E–B junction and reverse-biased B–C junction
Charge flow in a BJT is due to diffusion of charge carriers across a junction between two regions of different charge concentrations. The regions of a BJT are called emitter, collector, and base.[note 1] A discrete transistor has three leads for connection to these regions. Typically, the emitter region is heavily doped compared to the other two layers, whereas the majority charge carrier concentrations in base and collector layers are about the same. By design, most of the BJT collector current is due to the flow of charges injected from a high-concentration emitter into the base where they are minority carriers that diffuse toward the collector, and so BJTs are classified as minority-carrier devices.
In typical operation, the base–emitter junction is forward biased, which means that the p-doped side of the junction is at a more positive potential than the n-doped side, and the base–collector junction is reverse biased. In an NPN transistor, when positive bias is applied to the base–emitter junction, the equilibrium is disturbed between the thermally generated carriers and the repelling electric field of the n-doped emitter depletion region. This allows thermally excited electrons to inject from the emitter into the base region. These electrons diffuse through the base from the region of high concentration near the emitter towards the region of low concentration near the collector. The electrons in the base are called minority carriers because the base is doped p-type, which makes holes the majority carrier in the base.
To minimize the percentage of carriers that recombine before reaching the collector–base junction, the transistor's base region must be thin enough that carriers can diffuse across it in much less time than the semiconductor's minority carrier lifetime. In particular, the thickness of the base must be much less than the diffusion length of the electrons. The collector–base junction is reverse-biased, and so little electron injection occurs from the collector to the base, but electrons that diffuse through the base towards the collector are swept into the collector by the electric field in the depletion region of the collector–base junction. The thin shared base and asymmetric collector–emitter doping are what differentiates a bipolar transistor from two separate and oppositely biased diodes connected in series.
mobile internet device (mid) supplier
mobile internet device (mid) manufacturer
mobile internet device (mid) seller
smartQ5 MID supplier, eking MID supplier,nokia MID supplier,sony MID supplier,umpc supplier
From left to right, a 1970s Hybrid II and a 1980s Hybrid III crash test dummy on a van seat. These Anthropomorphic Testing Devices (ATD’s) have allowed the auto industry more accurately test the impact of an accident on the human body, which has resulted in the production of safer cars.
In the 1950s, crash test researchers began using anthropomorphic test devices, or ATDs -- better known as crash test dummies. Researchers and manufacturers continued to refine them through the 1960s. General Motors became an industry leader in designing ATD technology, like this 1970s model.
With 33 additional sensory channe ls than its predecessor, this 1980s crash test dummy represents a milestone in crash testing technology. Designed by General Motors, the Hybrid III is the only crash dummy currently approved by the U. S. Department of Transportation for federal testing requirements. Unlike the Hybrid II dummy, it simulates injuries to many parts of the body.
Learn more in "National Museum of American History Collects 75 Years of Auto Safety": americanhistory.si.edu/news/pressrelease.cfm?key=29&n...
Device for guiding photons coming from the scintillation towards the photomultiplier, adapting the rectangular exit of the scintillator to the round entrance of the photomultiplier to prevent any loss of light.