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    Advances in the Environmental Performance of Polymer Capacitors

    Vishay Releases DLA Tantalum Polymer Capacitors for Military and Aerospace

    Vishay Expanded Inductor Portfolio With More Than 2000 Stock Items 

    Paumanok Releases Capacitor Foils Market Report 2025-2030

    Modelithics Welcomes CapV as a Sponsoring MVP

    Wk 40 Electronics Supply Chain Digest

    Benefits of Tantalum Powder Stress–Strain Curve Evaluation vs Conventional Wet Test

    Electrolyte Selection and Performance in Supercapacitors

    Connector PCB Design Challenges

    Trending Tags

    • Ripple Current
    • RF
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    • Tantalum vs Ceramic
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    SEPIC Converter with Coupled and Uncoupled Inductors

    Coupled Inductors in SEPIC versus Flyback Converters

    Non-Linear MLCC Class II Capacitor Measurements Challenges

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A Cost-Effective Method for Producing Printed Flexible Graphene-Based Electronics

10.2.2016
Reading Time: 2 mins read
A A

source: PhysOrg news

February 8, 2016
The introduction of flexible electronics was a paradigm change on established technologies. Now, researchers at the Barcelona Institute of Science and Technology (BIST), present a versatile, low-cost and customizable method for patterning graphene oxide onto multiple substrates. This patented technique, published in the latest issue of ACS Nano, might also be applicable to other electronic materials.

RelatedPosts

Advances in the Environmental Performance of Polymer Capacitors

Vishay Releases DLA Tantalum Polymer Capacitors for Military and Aerospace

Vishay Expanded Inductor Portfolio With More Than 2000 Stock Items 

Some methods for patterning electronic devices involve long fabrication periods, high cost, great expertise and clean room facilities. Moreover, these methods are not versatile or effective for designing simple devices such as transistors or capacitors and biosensors that require effective linking of specific bioreceptors. The patterning method by ICN2 allows the transfer of graphene oxide onto almost any substrate in an easy, cost-effective and customizable way.

The patented method consists of three steps:

Printing: A nitrocellulose membrane is patterned onto the desired shape using a wax printer. The inverse pattern is printed onto the membrane surface.
Filtering: The wax-printed membrane is set onto the filtering glass and the suspension of graphene oxide is filtered. The wax clogs the membrane pores wherever it is printed.
Pressing: The pattern obtained is transferred by pressure to the desired target substrate.
This green, low-cost and versatile approach will enable in situ transfer of multiple electronic devices such as field effect transistors (FET), LEDs, electrodes, solar cells, biosensors or supercapacitors. It requires neither a clean room nor organic solvents. The wax-printed membranes have 50μm resolution, long-term stability and infinite shaping capability over a variety of substrates, including textile, paper, adhesive film or PET. Additionally, the technology can be implemented in a roll-to-roll hardware, speeding up the printing. It is also is promising for implementation in under-developed countries.

 

 

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