Choosing the right resistor for your circuit can literally make or break your project – but the number of options can be daunting.
Heat sinks are indispensable components for efficiently moving heat away from an electronic device, keeping it cool and running properly. Learn everything you need to know about how they do what they do in this whitepaper.
There are simple ways to predict resistor stability and calculate what the change in Temperature Coefficient of Resistance (TCR) will be. Ohmite outlines the fundamentals in the whitepaper, “Resistor Stability and Calculating Resistor Drift.”
Are you experiencing design constrains where standard components simply won’t work?
Thick film can be applied to multiple substrates in multiple patterns to develop a heater customized to the application, and it’s cost-competitive.
Ohmite’s high energy, axial lead, and bulk ceramic slab resistors.
For resistive products to meet the needs of different applications, they need to be available in different construction types.
From surface mount components to large load banks, Ohmite carries the resistors required for your application. All are RoHS compliant.
Review the common constructions and their properties in “Power Resistor Materials and Construction.”
Heat sinks are not one size fits all. Selecting the wrong one for your device can result in inadequate heat dissipation, leading to slow performance or failure.