Choosing The Right Cable Harness Manufacturer

Cable harnesses are bundles of wires and cables packed together with the aim of saving space while providing for a neat and organized bunch that also eradicates errors or accidents. Such bundles make it easy to track cables that run through various devices. These products have highly benefited various companies falling into different industries like electronics, automobiles, healthcare equipment, and industrial designs. Cable harnesses are available as standard and custom types. Standard cable harnesses are mass-produced from a single template, and are standardized for various electrical applications. Conversely, custom harnesses are specifically built for a particular application or client. They often provide additional features like special material utilization, extra insulation, etc. that are not otherwise available in standard harnesses.

How Can Cable Harness Assemblies Prove To Be Beneficial?

Cable harness assemblies are growing in popularity at a rapid rate, and have become one of the most reliable components in millions of applications all around the world. Certainly, bundles of wires can be bound together with tapes and ties, but utilizing a professionally set-up cable harness instead is a more preferable option, and here’s why.

All You Need To Know About Aerospace Cables

Aerospace cables, as the name says, are not confined to be used in aviation or space applications alone. They can be also used in a variety of applications like data, power, video, Ethernet, fiber, etc. However, these aerospace cables are designed and developed in a unique manner to comply with environmental and safety requirements, along with many other factors.

What Features Of Toroids Provide For An Efficient Operation?

    Toroidal transformers are round/doughnut shaped transformers with wires around the core made of ferromagnetic materials like laminated iron, iron powder or ferrite. The core cross-section can be circular, square or rectangular, out of which the circular one is most expensive. Toroidal transformers have complete magnetic field cancellation outside their core, which results in lesser leakage inductance and less EMI when compared to other types of transformers of the same power rating.

Toroidal Transformers

Physical, Chemical And Electrical Properties Of Transformer Oil

Oil-immersed transformers use transformer oil that is normally obtained by fractional distillation and subsequent treatment of crude petroleum. This oil is stable at high temperatures and has excellent electrical insulating properties. It is this oil that decides of the operation and life expectancy of the transformer it is used in. Transformer oil serves three main purposes.

How are Transformers Evolving to Meet Higher Efficiency Standards?

Customers are demanding more and more for enhanced efficiency of transformers while reducing costs and cutting down on emissions. This is the reason more and more new and efficient transformers are coming up. Many transformers currently being used are inefficient and cannot deal with the issues faced currently in industries and residences. In fact, more than 500 crores of rupees are being wasted in annual transformer losses! So, by using more efficient transformer designs, around 85 to 100 crores are estimated to be reduced by the next 7-8 years.

Transformers

Choosing the Right Inductor for Your Application

Inductors are two-terminal electrical components designed to oppose currents passing through them by inducting an electromotive force. They are primarily used for signal processing and analog circuits in power electronic applications. In SMPS devices, they are used as energy storage components. They store energy in the form of magnetic fields as long as current flows through them.

Inductors are estimated as open circuits for AC signals and as short circuits for DC signals. However, not all inductors are created equal. There are a variety of inductors available in the market that differ in terms of performance, size and cost. Also, it is the number of turns in the coil, the coil length, the coil area and core material that affect the amount of inductance of an inductor. All these factors and more must be considered while selecting an inductor for your application. Choosing the right type of inductor is highly important. Here are a few factors explained to help you choose an appropriate inductor.