At Gowanda, we believe in the power of visual communication to showcase our products, technologies, and capabilities. Our Video Library is a comprehensive collection of informative videos designed to provide insights into our manufacturing processes, product features, and industry applications.
This video gives you a tour of our extensive facilities and capabilities in Gowanda, NY.
Explore a variety of videos that highlight our extensive range of components, including:
Gowanda’s off-the-shelf “flying lead” (FL) and surface mount (SM) broadband conical inductors are a special type of broadband RF choke that are used to filter radio frequency (RF) and microwave frequency interference from electronic circuits.
Suitable for medical applications such as MRI equipment where magnetic materials would compromise system performance
Chip inductors are often small, single or multi-layered, thin-wire or film-wrapped coils on a core that is used to transmit and receive radio frequency (RF) signals with other electronic devices. Ceramic-core chip inductors provide a high Quality factor (Q), which gives a sharp resonance frequency.
Gowanda's H-Core Solution No internal solder connections, increases reliability Coil forms readily available Windings are fully protected by UV Made in USA with fully automated assembly Higher Q; SRF performance is 2-3X better Higher current ratings (lower power consumption)
Our Video Library also features educational content aimed at helping customers understand the technical aspects of our products. Topics include:
This video shows a custom bobbin wound inductor being wound on an automated winding machine.
This video shows the process of loading a toroid core into a universal toroid winding machine.
This video shows a custom toroidal current transformer being wound on a universal toroid winding machine.
This video shows a small Power Inductor being wound by a "Hook Winding" technique. This technique is used to wind a relatively large gauge of magnet wire on a toroidal shaped core with a small inside diameter.
This video shows a custom bobbin wound inductor being wound on an automated winding machine.
This video shows the lamination stack being inserted into the coil. The stack is an E-I stack which is made from silicon steel. The machine insets and "E" and "I" which forms the closed magnetic loop fro each "E-I" pair.
This video shows an encapsulation technician masking around the lead wires that exit the potting shell with a masking compound. This prevents the epoxy from leaking through the lead holes in the potting cup.
This video shows an encapsulation technician potting a current transformer which is mounted in a potting cup with epoxy resin compound.
This video shows a finished potted current transformer. The current transformers are cleaned, marked and shipped to the customer after encapsulation.
Explore how Gowanda Electronics can support your industry-specific needs with our high-performance electronic components. Contact us today for more information or to discuss your project requirements.
