The principles of RF and microwave engineering are challenging to understand solely from theory. Even though classroom learning gives the required foundations, it is more beneficial for the students and researchers to use their knowledge in a practical environment. Keysight Advanced Design Systems closes this gap by giving an opportunity for using theoretical knowledge for…
The need for faster, smaller and more powerful electronic devices has exploded in various industries including telecom, automotive, health, aerospace, and consumer electronic industries. As frequencies rise, complexity grows and engineers must plan and be precise. A well designed PCB is a key element to ensure that high-speed electronic devices operate without issues in terms…
With the advent of faster, smaller and more complex electronics, printed Circuit Board (PCB) design is becoming an increasingly integral part of the product’s performance. For consumer goods, industrial applications, healthcare devices, and communication networks, signal integrity becomes an essential requirement for guaranteed operation. This is one of the reasons businesses opt for the best…
In the current world that is dominated by electronics, product reliability is not merely a feature, but a requisite that must be followed. Regardless of whether it is a consumer device, industrial machine, or a medical device, it is the quality of its internal parts that will determine its consistency in performance. The printed circuit…
Most of the electronic equipment today is based on Printed Circuit Boards (PCBs). With consumer electronics, to the industrial systems, a good PCB design makes the electronic components interact effectively. The PCB layout performance, durability and reliability of a device directly depend on the quality of the PCB layout. This is the reason why most…
PCBs are very critical in the design of modern electronic devices. It could be a kind of consumer device, a type of industrial machine, or a healthcare device, but the overall performance of the system is determined by the correctness of the PCB. Circuit layout reliability is important so that the communications between components are…
Creating a custom PCB is a complex task entailing both sound technical and problem-solution skills. However, although designing tools and manufacturing technologies are advancing, even limited mistakes in the PCB layout may lead to significant failure of a product and, in some cases, full circuit failure. These errors may provoke expensive redesigns, production delays and…
The Internet of Things (IoT) is transforming our life and establishing billions of devices connected together, providing smart services in homes, healthcare, industries and agriculture. Every effective IoT device has a high-quality printed circuit board (PCB) at its center. Standard, off-the-shelf PCBs work fine for straightforward applications, but they typically can’t manage more complex IoT…
High-speed signal crosstalk Design Crosstalk is one of the most common problems of signal integrity in both high-density PCB designs and high-speed PCB designs. It is possible for nearby traces carrying high-speed signals to interfere with one another and with the high-speed signals themselves. With small signals at high frequencies more chances of unwanted coupling…
Today’s reliance on technology has made India a leading country for making electronic goods. Rising PCB manufacturing companies in India are majorly responsible for this development. These companies help new industries such as the IoT and the automotive sector, along with backing conventional electronics. Enabling Innovation in IoT The Internet of Things depends on all…
