DeMint’s (UPRNS) high precision network voltage dividers save on resistors.
DeMint’s (UPRND) high precision voltage divider networks sharpen the edge of application accuracy.
DeMint’s (RJ) General Purpose Precision Resistor is designed as a low-cost alternative to traditional solutions for precision applications.
DeMint’s Precision Military Established Resistors are Ten-Times More Accurate.
Resistor TerminologyDesign GuideGeneral Information
Thick-film anti-surge resistor handles large pulse loading.
High pulse withstanding carbon composition resistors handle big peaks and pulses.
Light-Dependent Photoresistors for Sensor Applications.
Pulse load carbon film resistor is the cost-effective option.
Metal Oxide Resistors on the pulse in various forming styles for different applications.
Low-cost Ceramic Encased Cement Resistors Suit High Volumes and High Temperatures.
Precision metal-film resistors for low-cost uses.
A Quick Solution to PCB Board Connections.
Power Wire Wound Resistors Boast Consistent Precision Power Operation.
Vitreous Enamel Coated Power High Energy Wirewound Resistors.
New (HVR) High-voltage chip resistors deliver power ratings up to 4 KV.
DeMint (PWR) pulse withstanding chip resistors provide 50 percent increase in power dissipation.
DeMint’s thin-film precision chip resistors (AR) take accuracy pole position and add powerful new options.
Anti-corrosive thin film resistor of moisture-proof is ideal for high humidity precision applications.
DeMint makes Flip Chip, Resistor Networks, Chip Array a green old age.
Surface Mount Terminology & Glossary Surface Mount Component Application Notes General Information
Non-Inductance MELF offer greater choice for high frequency applications.
(RJM) professional thin film MELF resistors (Cylindrical Resistors) are the perfect choice for most fields of modern professional electronics where reliability and stability is of major concern.
DeMint Carbon Film MELF (RDM) is the cost-effective option.
Pulse Load MELF Resistor (RGM) provides maximum thermal compliance. Introduction
Terminology & Glossary General Information