Electronics Tech Updates

Cable assemblies comprise of two primary elements - conductor and connector. The sole purpose of a conductor is to pass current at a given voltage, whereas, connectors affix the cable assembly securely to a mating interconnect. The conductor and connector garner most of the designer’s focus while designing cable assemblies . However, at times the specific details of how to attach the connector to the wire are overlooked. For instance, forgetting to purchase the appropriate crimp and extraction tooling for your custom cable build will delay your build, especially if these are long lead time or expensive tools. But what happens if three months into your program it’s determined that your specified connector was never meant to attach directly to a cable? What if the wire-to-board connector requires to use as a wire-to-wire connector? Wire-To-Wire Connector Systems Connectors are designed in wire-to-wire or wire-to-board systems to differentiate the application and install

While working on PCB fabrication and assembly, numerous situations go along. There are times where you even end up with an expensive quote if you are not vigilant about the executed choice. But need not to worry, as you can adjust your Printed Circuit Board Assembly request to get a better quote for your project. The only thing you need to be aware of is what factors are influencing your PCB assembly quote. Due to the number of components and their types, there will be a change in the prices. However, the cost fluctuates depending upon the component type and technology preferred by the consumer. Here are some key factors to keep in mind the next time you order prototype PCBs, so you know what makes your PCB assembly quote fluctuate. Factors impacting the cost of a prototype PCB assembly Depending on the project parameters, the cost of prototype PCBAs varies. For instance, the size of a standard Printed Circuit board will typically be less expensive than custom dimensi

PCB prototyping is at an all-time high, with Printed Circuit Boards becoming an integral part of more and more devices. As organizations continuously innovating, the need of the hour is small batch Printed Circuit Board Assembly that offers high turnaround times without the manufacturer getting stuck with high inventory. To know more about small batch PCB assembly , let us have a look at its few distinct advantages that are of immense value to a manufacturer: Cost advantage In an ever-changing technological scenario, where economies of scale are known to accrue with a high volume of production, low volume PCB production comes with significant cost advantages. For one, you will not land up getting more boards produced than you require. Also, with changing technology, the boards might not be rendered excessive. At the prototype stage, you are often improvising on the product, both regarding design and functionality. Low batch production means you not impaled with faul

Today, PC boards are complicated than ever before; however, despite being severely damaged, they can be repaired and reworked. Indeed the high value of many PC boards’ demands for repair, also less expensive assemblies, as just-in-time manufacturing and tightly controlled production runs leave little room for the shortage. In electronics assembly process procedure, repair is very reliable. SMT help for successful repair of two of the most key technology which is most likely to lead to ignoring the problem. •     To flow again before appropriate preheating of PCB •     Reflow rapid cooling after solder joints Because the two fundamental process often overlooked by repair technicians, in fact, sometimes the situation is even worse than before and after repair. Although some "repair" defects can sometimes get processed after inspectors found, however in most cases, it always looks not to come out, but  soon exposed in the circuit after the test. Over a prot

The term Electronics ManufacturingServices (EMS) used for companies which test, manufacture, distribute, and provide return/repair services for electronic components and assemblies for original equipment manufacturers (OEMs). The concept also refers to electronics contract manufacturing (ECM). While the essential economic benefits of outsourcing or offshore sourcing differ from company to company, it is no withholding that manufacturing outsourcing has seen a steady uptrend over the past couple of decades. With clear benefits regarding production efficiency, reduced overhead, labor costs, and faster new product introductions, to list a few, today OEMs continue to collaborate with EMS’s to develop their products. A productive business environment for most Original Equipment Manufacturers (OEMs) was created with the rising demand for electronic devices and components to work with overseas component manufacturers and electronic manufacturing service (EMS) providers. L

In the context of manufacturing, the difference between PCB repair and rework have become a talk of the town with much discussion and confusion. The only reason behind this is due to numerous industry specifications, which are rarely written in simple English and more jargon and legalese. If you google to know the difference between repair and rework, you will not just get one but an immense array of answers. According to the recent study, the difference between repair and rework is much simpler than anything. Let us first understand the about of Repair and Rework. Bringing a non-conforming part back into conformance by simply reprocessing a prior sequence is known as rework, whereas using methods outside the original process is known as repair. Let us now review two synopses of non-conformance. Illustration of Rework At the process inspection, drilled hole is found to be .005 undersized at the sequence of 25; however, the root cause was determined due to worn