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The benefits of flexible PCBs

Modern gadgets may have various weird shapes where standard electronic boards may not fit. Cameras, cell phones are possible thanks to flexible PCBs that may take the form of the enclosure and fill awkward spaces in limited areas. Flexible circuit boards allow designing free-form devices that can be small in size and volume. Flexible PCBs are also a great choice where electronics are in motion or affected by vibrations. As a great example is cameras – such miniaturization and reliability would not be possible without flexible PCBs. Besides, flexible PCBs reduce the overall weight of the devices. LED strips would be impossible without flex PCB Only flexible PCB technology allows building long strips of LED belts that can be cut at the desired length, glued to different surfaces and shapes.

OurPCB Published a Guide on ‘PCB Copper Weight – The Ultimate Guide To How To Apply Perfectly’

PRESS RELEASE UPDATED: July 24, 2019 PCB copper weight is one of the many things that require complete understanding and micromanagement when manufacturing PCBs. Measuring and calculating PCB copper weight can be very complicated. This article will focus on the measurement and calculation of PCB copper weight; I hope this article can help you! It has six chapters that cover every detail about PCB Copper Weight. The publication is available on the https://www.ourpcb.com/pcb-copper-weight.html section of the company’s website for free.

Cloom Published a “Battery Cable Assembly–The Ultimate Guide You Need To Know”

https://www.wiringo.com/battery-cable-assembly-the-ultimate-guide-you-need-to-know.html Cloom, a reliable wire harness, and cable assemblies manufacturer, today published a “Battery Cable Assembly–The Ultimate Guide You Need To Know.” Four chapters cover some useful terms about battery cable assembly knowledge. The publication is available here for free. This guide sheds insightful light on these battery cable assembly properties. “The Cloom R&D team adapts quickly to the changing market needs. The R&D team helps customers develop the design, advise on the material, develop new products, and ensure that the essential requirements for ROHS, REACH, and halogen-free for wiring harnesses are met,” said Mr. Hommer, General manager of Cloom.

OurPCB Published a Guide on ‘What Are the Differences Between a Flexible and Flex-Rigid PCBs?’

SHIJIAZHUANG, China, July 22, 2019 (Newswire.com) –OurPCB, a multi-national PCB Manufacturing, and PCB Assembly company, today published a Guide on ‘What Are the Differences Between a Flexible and Flex-Rigid PCBs?’ It has five chapters that cover every detail about Flexible and Flex-Rigid PCBs. The publication is available on the https://www.ourpcb.com/flexible-and-flex-rigid-pcbs.html section of the company’s website for free. It is a simple guide authored by the OurPCB technical team to help both beginners and professionals have a better understanding of Flexible and Flex-Rigid PCBs. Among the key subjects on Flexible and Flex-Rigid PCBs include:

Programming AVR I2C interface

I2C interface (also referred to as IIC or TWI) is a widely used interface in embedded applications. A two-wire bus was initially used by Philips and become a standard among chip vendors. I2C bus consists of Serial Data Line (SDA) and Serial Clock Line (SCL). Communication is relatively fast, and short distances are mainly used to communicate between sensors, RTC, EEPROM, LCD. I2C protocol allows up to 128 devices connected to those two lines, where each of them has a unique address. Communication between devices is master and slave-based. Master generates a clock signal, initiates, and terminates data transfer. From an electrical point of view, I2C devices use open drain (open collector) pins. For correct operation, SDA and SCL lines require pull-up resistors. Typically 4.7kΩ resistors are used. The START signal initiates each communication and is finished by STOP. The master always generates these signals. START and STOP signals are generated by pulling the SDA line low while the SCL line is high. In other cases, when data is transferred, the data line must be stable during clock high and…

WellPCB Published a Guide on “How to choose the type of printed circuit board.”

PRESS RELEASE UPDATED: JULY 19, 2019 The publication is available on the https://www.wellpcb.com/ section of the company’s website for free. It is a simple guide authored by the WellPCB technical team to help beginners and professionals better understand 6 Types Of Printed Circuit Boards. Among the key subjects on Choice of printed circuit board type include: 1. Types of the Circuit Board: This section provides a brief overview of the board in six models: Single Sided PCBs, Double Sided PCBs, Multilayer PCBs, Rigid PCBs, Flex PCBs, Rigid-Flex PCBs, and Their respective advantages and disadvantages. 2. Types of the Circuit Board – Factors to Consider When Choosing: This section details some of the factors that must consider when choosing a board type:

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