Linepro Controls Pvt Ltd

  Have you ever wondered how do instruments communicate with microcontrollers? Communication between electronic components is similar to that between humans. Both the components need to speak in the same language in order to understand each other. For electronic components, these languages are known as communication protocols. Communication protocols are rules required to exchange information between computers and instruments. Serial Peripheral Interface (SPI), Inter-Integrated Circuit (I2C), Universal Asynchronous Receiver / Transmitter (UART), Controller Area Network (CAN), and Universal Serial Bus (USB) are ideal communication protocols which people use for communication between microcontrollers. Serial Peripheral Interface (SPI) SPI is a common communication protocol used in various devices like SD card modules, RFID card reader modules, etc. When designing an embedded system, it is important to consider how the speed of the system is. The speed will largely impact the user e...

  Demand for smart, lightweight, and power-efficient products has led to the development of printed electronics. There are various inventions in printed electronics. In this article, we’ll share about one of the most important inventions –   Printed Force Sensor  is also known  as Force Sensing Resistor. Force Sensing Resistor (FSR) is a thin material whose resistance varies continuously with respect to the applied force.  Hence they are also known as Force Sensitive Resistor. FSRs are basically devices that change their resistive value depending upon the amount of force applied to it.   Force sensing resistors are made up of semi-conductive material which is placed between two thin substrates. The more the pressure applied the more of those Active Element dots touch the semiconductor and that makes the resistance go down. Basic Construction of FSR Typical construction of FSR consists of two membrane substrates and a spacer adhesive. One of them is coated w...

  What is a transparent flexible heater? A heater is a device that is used to raise the temperature of the air inside a room or any vehicle or of any equipment by maintaining a temperature in which people are comfortable and all the machinery is functioning smoothly. Often, in regions where the temperature goes below 0 degrees Celsius, various electronic devices need to be heated up to a certain degree so that all the unwanted snow or condensation is removed. This ensures the safe operation of such electronic devices. Thus in such devices, transparent flexible heaters can come to the rescue. Transparent heaters can be used in applying heat directly to such devices. The advantage of such heaters is that since they are transparent, there are no visible means of heat delivery. The transparent heater is just a thin, flexible sheet that can be pasted on these devices. Thus, transparent flexible heaters can be used in any device that needs to heat the surface in order to clear snow, fog...