This video provides a clear explanation of resistors and their role in electronic circuits. It covers the function of ...

Surface-mounted resistors are resistors that contain numerical figures in codes similar to the ones used on axial lead-type resistors. These resistors use SMT technology to decrease the proportions of ...

This video provides a clear explanation of resistors and their role in electronic circuits. It introduces the principles ...

Surface Mount Resistors (SMDs) are usually made as very small, rectangular-shaped metal oxide film resistors. A thick layer of metal oxide resistance is deposited as it contains a ceramic substrate ...

Resistor: A passive chunk of material that resists the flow of electrical current. A terminal is connected to each end you’re done. What could be simpler? It turns out it’s not so simple at all.

The shape and size of surface mount resistors are standardized. The JEDEC standard is most commonly used by manufacturers nowadays. Given the following Imperial and Metric codes, determine the length ...

RNCE0402 75V 63mW RNCE0603 100V 100mW RNCE0805 150V 125mW RNCE1206 200V 250mW. (Power rating is at 70°C. For lower resistances, √(PxR) will reduce max voltage.) “Many thin film resistors fail to ...

High-power SMD ceramic-based chip resistors are susceptible to solder joint failure, cracking, and pulling the solder lands off the PCB. High power SMD ceramic-based chip resistors are susceptible to ...

Here’s a neat trick for your next 3D-printer build or retrofit: a Z-axis sensor using a DIY strain gauge made from SMD resistors. We’re betting it could have plenty of other applications, too.

Stackpole is offering 0.01% 2ppm/°C precision surface-mount resistors in sizes from 0402 to 2512 (1 x 0.5mm to 6.3 x 3.1mm). Part of its RNCF range, these highest spec parts don’t come in the wide ...

How a small change in lead arrangement transforms a through-hole component into a surface-mount version. The role of safety resistors in power-meter, appliance, and automotive applications. Why these ...