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Baitron electronics distributor Baitron Electronics is a global leading independent distributor for ICs, connectors, discrete, transistors and other components and devices.

29/10/2015

In order to develop ultra-miniaturised electronic components, ultra-miniaturised capacitors are required. The two-year EU-funded PICS project has developed tools that could soon lead to the mass production of high-density 3D integrated silicon capacitors, creating new opportunities for SMEs to tap d…

21/10/2015

Graphene-Based Inks Developed for Economical Printed Electronics

By Jake Wilkinson

A fast and cost effective method to print graphene onto substrates has been developed by a team from the University of Cambridge. They hope their new method will facilitate the manufacturing of printed electronics at an affordable price.

This research could lead the way for several commercial applications such as economical printed electronics, disposable sensors and smart packaging.

The novel method involves the printing of graphene inks using a traditional roll-to-roll printing method, similar to the way in which newspapers are printed. Graphene and other electrically conducting materials were added into traditional water-based inks and printed with the aid of standard commercial equipment. This is the first time where graphene has been used for printing on a commercial-scale at high speed.

Graphene is a 2D sheet of carbon atoms which has unprecedented electrical conductivity, flexibility, and optical transparency. This behaviour makes it ideal for printed and transparent electronics. Laboratories across the globe have produced several prototypes using graphene; however, the extensive commercial use of graphene has not yet been realised.

We are pleased to be the first to bring graphene inks close to real-world manufacturing. There are lots of companies that have produced graphene inks, but none of them has done it on a scale close to this. Being able to produce conductive inks that could effortlessly be used for printing at a commercial scale at a very high speed will open up all kinds of different applications for graphene and other similar materials.

Dr Tawfique Hasan - Cambridge Graphene Centre (CGC)
The technique developed by Hasan et al. involves suspending very small graphene particles in a ‘carrier’ solvent mixture. This is then mixed into a conductive water-based ink solution. The properties of the liquid can be controlled by modifying the ratio of the components; allowing the carrier solvent to be easily blended into a traditional conductive water-based ink.

This method will allow us to put electronic systems into entirely unexpected shapes. It’s an incredibly flexible enabling technology.

Chris Jones - Novalia
This technique can also be applied to other materials, such as metallic, semiconducting and insulating nanoparticles.

Existing conductive pattern printing makes use of a mixture of weakly conducting carbon with other materials such as silver, which is expensive. The market price for silver-based inks is about £1000 or more per kilogram. In comparison this newly formulated graphene ink costs about 25 times less. The new ink aslo has green credentials in comparison to silver which is not recyclable.

The innovative technique uses non-toxic, inexpensive and environmentally friendly solvents which can be dried rapidly at room temperature. The ‘electric ink’ formed via this method is waterproof, and sticks very well to its substrate. This ink was printed at a rate of more than 100m per minute which matches the requirements for commercial production rates for graphics printing. The printing rate was also observed to be faster than earlier known prototypes. Hasan and his colleagues worked on a transparent and flexible piano prototype using graphene-based inks two years ago. This prototype took about 6-8h to create.

With the use of the new graphene-based ink, it would be possible for highly versatile devices to be made inexpensively on papers or plastics at a rate of 300 per minute.

Novalia has manufactured an interactive poster and a printed DJ deck, which acts as a drum kit using the same technique.

In partnership with Novalia, Hasan and PhD students Guohua Hu, Richard Howe and Zongyin Yang of the Hybrid Nanomaterials Engineering group at CGC, tried out the technique on a standard commercial printing press which did not need any alterations for printing with the graphene ink. Besides creating new graphene applications, this method could also kick off completely novel business prospects for commercial graphics printers.

The UK, and the Cambridge area in particular, has always been strong in the printing sector, but mostly for graphics printing and packaging. We hope to use this strong local expertise to expand our functional ink platform. In addition to cheaper printable electronics, this technology opens up potential application areas such as smart packaging and disposable sensors, which to date have largely been inaccessible due to cost.

15/10/2015

Scientists grow organic semiconductor crystals vertically | Printed Electronics World

12/10/2015

HONG KONG, Oct. 11, 2015 /PRNewswire/ -- Global Sources Electronics, the world's largest electronics sourcing show, opens today and runs in two phases through Oct. 21 at AsiaWorld-Expo. The show features a range of products in more than 5,800 booths featuring suppliers from Greater China, Korea and…

24/09/2015

Air Force researchers have helped create flexible hybrid electronics that could bring a new wave of electronics and wearable devices.

NDA for first tablet with stomach-activated digital sensorThe new drug application (NDA) was filed for a modified versio...
18/09/2015

NDA for first tablet with stomach-activated digital sensor


The new drug application (NDA) was filed for a modified version of Otsuka Pharmaceutical Co.’s previously approved anti-psychotic Abilify, this time combined with a transmitter made by Proteus Digital Health.

Each tablet contains an ingestible sensor – which has separately been cleared by the FDA – which sends a signal after it reaches the stomach to an external patch worn by the patient. The patch records and time-stamps the information, and collects other metrics, including the patient’s rest, body angle and activity. This data is relayed to patients on a mobile phone or Bluetooth device, and with consent, can be sent to their doctor.

Patient adherence

The creators say the drug-device combination provides an objective way to measure medication adherence and physiologic response. About half of patients with chronic diseases in developed countries do not stick to their prescribed regimen, according to a WHO study.

The Abilify tablet is combined with a wearable patch and software for measuring adherence in the treatment of adults with schizophrenia, acute treatment of manic and mixed episodes associated with bipolar I disorder, and adjunct therapy for adult major depressive disorder.

“Today, patients suffering from severe mental illnesses struggle with adhering to or communicating with their healthcare teams about their medication regimen, which can greatly impact outcomes and disease progression,” said William Carson, CEO of Otsuka Pharmaceutical Development & Commercialization, Inc.

“We believe this new Digital Medicine could revolutionize the way adherence is measured and fulfil a serious unmet medical need in this population. We look forward to continuing working with the FDA throughout the NDA review.”
Bio-battery

The sensor is “a food-particle-sized device comprised of an integrated circuit (IC) with layers of minerals on two sides,” according to to a draft document from the European Medicines Agency (EMA) on Proteus's part of the invention.

The sensor by itself was CE-marked in 2010 in the EU as a class IIa medical device (CE # 559373) and cleared in 2012 for marketing in United States (DEN120011).

When swallowed, the sensor produces a short signal powered by a biogalvanic battery, and a unique identified code. This signal travels through the body, where it is detected by an external medical device, such as Proteus’s wearable sensor, which can be stuck to the abdomen.

The application has been filed across several US FDA divisions, involving the FDA Center for Devices and Radiological Health (CDRH), which has already approved Proteus’s sensor on its own, and the FDA Center for Drug Evaluation and Research (CDER).

According to the EMA document, the sensor-drug combination is “unique in that the drug component and device component function completely independently of one another – the drug provides its pharmacologic effect as it would if administered singly, while the device signals that it has been ingested just as would be the case if swallowed independently.”

Proteus plans to combine its sensor with already approved medical devices, such as its own wearable digital tech, to record data.

Article come from http://www.in-pharmatechnologist.com/Regulatory-Safety/NDA-for-first-tablet-with-stomach-activated-digital-sensor

A Japanese company has filed the first US FDA application for a drug with an embedded sensor which can tell doctors if patients have taken their pills.

ST2329QTR price and datasheet Datasheets	ST2329Product Photos	10-QFNOther Related Documents	ST2329 View All Specificatio...
15/09/2015

ST2329QTR price and datasheet

Datasheets ST2329
Product Photos 10-QFN
Other Related Documents ST2329 View All Specifications
Standard Package ? 3,000
Category Integrated Circuits (ICs)
Family Logic - Translators
Series -
Packaging ? Tape & Reel (TR) ?
Logic Function Translator, Bidirectional, 3-State, Open Drain
Input Type Voltage
Output Type Voltage
Data Rate 90Mbps
Number of Channels 1
Number of Outputs/Channel 2
Differential - Input:Output No/No
Propagation Delay (Max) 4ns
Voltage - Supply 1.8 V ~ 5.5 V
Operating Temperature -40°C ~ 85°C
Package / Case 10-UFQFN
Supplier Device Package 10-QFN (1.8x1.4)
Mounting Type Surface Mount
Other Names 497-6907-2
ST2329QTR-ND

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http://www.baitron.com/productdetail-ST2329QTR-133100.html

ST2329QTR and similar parts:ST2329QTR-FAN,ST2329QTR-FAN,ST2329QTR,ST2329QTR,ST2329QTR, Baitron.com provides most effective solutions for customers to solve their problems.

1N2976RB price and datasheetDatasheets	1N2970-3015B,1N3993-98AStandard Package ? 	1Category	 Discrete Semiconductor Prod...
15/09/2015

1N2976RB price and datasheet

Datasheets 1N2970-3015B,1N3993-98A
Standard Package ? 1
Category Discrete Semiconductor Products
Family Diodes - Zener - Single
Series -
Packaging ? Bulk ?
Voltage - Zener (Nom) (Vz) 12V
Tolerance ±5%
Power - Max 10W
Impedance (Max) (Zzt) 3 Ohm
Current - Reverse Leakage @ Vr 10µA @ 9.1V
Voltage - Forward (Vf) (Max) @ If 1.5V @ 2A
Operating Temperature -65°C ~ 175°C
Mounting Type Chassis, Stud Mount
Package / Case DO-203AA, DO-4, Stud
Supplier Device Package DO-213AA

want to get quotes for 1N2976RB, please click on the following link to our website and submit RFQ.
http://www.baitron.com/productdetail-1N2976RB-133286.html

Baitron provides parts 1N2976RB , including 1N2976RB datasheet and 1N2976RB quote, we find high-quality electronic parts, ICs, and semiconductors for our customer

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