Wednesday, 17 February 2016

RFI Power line Filters- Designed for Safety & Performance

What is RFI Filter?
Radio Frequency interface, also known as Emi filter (Electronic Magnetic Interface), are basically the electronic devices that are used to suppress conducted interface that is found on a signal or a power line. They are assembled from last many years, offering a complete solution of RFI Filters designed to help your equipment to meet FCC requirements. It helps to minimize the high frequency disturbance that affects an electrical circuit due to either electro magnetic conduction or radiation caused by an external source.

RFI- Designed By Superior Quality
BLA design quality to every product of RFI Filter and then test for quality by specification compliance- including leakage, grounding and component value. Our computer are controlled for 100% performance and safety testing for fulfilling demanding customer's requirements with the assurance to deliver superior quality products.





How RFI filters affects the electrical system?
There are various factors of RFI that Radio Frequency Interface that leads to disturbance in electrical systems. They are as follows:-

  • Interference with the computer system.
  • Flickering computer monitors.
  • Reliability issue with computer network.
  • Instrumental error
All the above mentioned factor leads to disturbance in the electrical system which is caused due to Radio Frequency Interface.

About RFI Filter Manufacturers- BLA Etech Pvt Ltd.
BLA Etech Pvt Ltd, a leading EMI filter manufacturer, we produce superior quality electronic and electrical components. They produce specialized and custom range of standard RFI filters. Quality is the basic principle of BLA, in order to meet the requirements of the customers and deliver them with the best qualitative products.
BLA Etech Pvt Ltd, being one of the leading emi filter supplier delivers many other products like IEC Filters, EMI-EMC Filters, HEMP filters, Motor drive filters, military filters, telecom filters and many more.