Printed and Silicon Flexible Heaters : Practical Comparison

Posted on August 29, 2022August 29, 2022Categories Printed Electronics, Printed heater, Transparent heaters, UncategorizedTags , , ,   Leave a comment on Printed and Silicon Flexible Heaters : Practical Comparison

Flexible heaters are a great medium to get the heat needed in specific locations, whether it is for industrial, commercial, or aerospace purposes. Flexible heaters can be used in multiple ways, including keeping food warm in cafeterias or eliminating risk of condensation in aerospace control panels. They can also be used to regulate temperatures in medical equipment. These flexible heaters are unique because they can be bent without compromising their heating function. They are also extremely thin. This allows the … Continue reading “Printed and Silicon Flexible Heaters : Practical Comparison”

Flexible Transparent Heater – An innovation by Linepro

Posted on July 25, 2022July 25, 2022Categories Transparent heaters, UncategorizedTags ,   Leave a comment on Flexible Transparent Heater – An innovation by Linepro

Heating devices are commonly used as a means of temperature control, ensuring an environment where individuals feel at ease. But, they can help ensure the safety of electronic controller systems, keeping them functioning in the event of severe cold weather or deicing the surfaces covered by snow or ice. When the intended use isn’t suitable for standard heating techniques like radiant heating coils or forced hot air, transparent heaters find an opportunity to deliver direct heat to the surface without being a … Continue reading “Flexible Transparent Heater – An innovation by Linepro”

Electroluminescent Devices – From an Industrial Perspective

Posted on March 16, 2022May 10, 2022Categories UncategorizedTags , , , , ,   Leave a comment on Electroluminescent Devices – From an Industrial Perspective

What is Electroluminescence? Electroluminescence is the Optical and Electrical phenomenon wherein a material transmits light when current flows through it. This phenomenon is completely unique in relation to the emission of light from bulbs and other light producing gadgets. Electroluminescence occurs because of the radiative recombination of electrons and holes in a semi-conductor material. The excited electrons then, at that point, create Photons which show up as light. LEDs and Phosphor displays are common examples of electroluminescent lighting. In LED, … Continue reading “Electroluminescent Devices – From an Industrial Perspective”

Pressure Mapping by Force Sensing Resistors for Industrials

Posted on March 7, 2022May 29, 2022Categories Force Sensing Resistor, UncategorizedTags , , , , , , ,   Leave a comment on Pressure Mapping by Force Sensing Resistors for Industrials

To remain ahead of the competition, all manufacturers are incorporating the capabilities of force mapping and sensing using Force Sensing Resistors (FSR) into equipment and processes. Sensors keep checks in every step of manufacturing, from confirming the machine’s setup to measuring pressures on the product that is going through the manufacturing line. This allows manufacturers to: 1. Implement error-proof processes and verify the process for national and international compliance regulators 2. Reduce the amount of waste generated by manufacturing process, which will … Continue reading “Pressure Mapping by Force Sensing Resistors for Industrials”

Membrane Keypad Technologies for Harsh Working Conditions

Posted on February 11, 2022June 6, 2022Categories Membrane Keypad, UncategorizedTags , ,   Leave a comment on Membrane Keypad Technologies for Harsh Working Conditions

Membrane Keypads or Keyboards are highly sought-after components for contemporary product designs offering visually stunning and sophisticated user interface that’s intuitive and functionally top performing. Some products are made for use in extreme conditions than the standard electronic application, leading to additional design tolerances. This article will discuss membrane keypad technology and its considerations for use in harsh environments. Limited protection by certain membrane keypad technologies Membrane keypads and keyboards are made up of many layers, each having a distinct … Continue reading “Membrane Keypad Technologies for Harsh Working Conditions”

What is the first step in PCB design?

Posted on January 22, 2022September 17, 2022Categories UncategorizedTags , ,   Leave a comment on What is the first step in PCB design?

The process of PCB designing includes different phases, and each stage comes with specific processes and checklists. For a successful PCB design, it is crucial to follow the steps and go through the checklist each time you reach a milestone. The first step in PCB design imparts foundation to overall PCB as we very well know the importance of PCBs in every walk of our lives. This article will go through the first step involved in designing PCBs using Altium … Continue reading “What is the first step in PCB design?”

Untold Differences between the Input and Output Devices

Posted on January 17, 2022September 17, 2022Categories Customized Input Devices, UncategorizedTags , , , ,   Leave a comment on Untold Differences between the Input and Output Devices

In general, input and output devices are considered to be a communication tool which by using specific technology for processing information (like that of a microcontroller) delivers additional information to users. The signals or data that microcontroller receives from the source and is referred to as input, whereas the information and data that are generated in response that are processed in reaction to these inputs and then transmitted to a particular destination is referred to as output. For example, when … Continue reading “Untold Differences between the Input and Output Devices”

What is Membrane Keypad?

Posted on December 22, 2021December 23, 2021Categories Membrane Keypad, UncategorizedTags , , ,   Leave a comment on What is Membrane Keypad?

The membrane keypad and membrane switch can be described as an electric keypad that turns an electrical circuit on or off. It is different when compared to mechanical keypad that is typically constructed of plastic and copper; a membrane keypad is an electronic circuit that is printed on Polyethylene Terephthalate (PET) as well as Indium Tin Oxide (ITO). The ink used for screen printing is typically silver / copper or graphite-filled and thus a conductor. Membrane keypads are interfaces for user equipment … Continue reading “What is Membrane Keypad?”

Facts about Graphic Overlay Material for Membrane Keypad

Posted on December 18, 2021December 22, 2021Categories Membrane Keypad, UncategorizedTags , ,   Leave a comment on Facts about Graphic Overlay Material for Membrane Keypad

Graphic Overlay as the name suggests is that non-metallic (made out of polymer) part that is the topmost part of Electronic Controller. You may have noticed the graphic overlay for membrane keypad while using the microwave oven push button. This kind of graphic overlay is a part of our daily lives. They have served various industries, and they can meet customers’ specific needs, which have been happening for decades. This article focuses on Graphic overlays for membrane keypad, but you … Continue reading “Facts about Graphic Overlay Material for Membrane Keypad”

Crucial Customizations for Accurate Membrane Keypads

Posted on December 2, 2021December 22, 2021Categories Membrane Keypad, UncategorizedTags , , ,   Leave a comment on Crucial Customizations for Accurate Membrane Keypads

A variety of industries across every field have adopted membrane keypads. The reason behind this is the reliability of the keypad as well as the highly flexible design. How do you customize the membrane keypad? It will help if you remember particular aspects. The environments in which the membrane keypad operates and functions have many underlying possible issues during the manufacturing process. Specific working conditions, wherein the input devices are exposed to moisture, fluid spill, dirt, debris, and dust; membrane keypads are effective. This implies they are suitable for outdoor applications. These issues require … Continue reading “Crucial Customizations for Accurate Membrane Keypads”