| Sign In | Join Free | My burrillandco.com |
|
... Substrate (Al2O3), Conductive layer (Ag), Side conductive layer (NiCr), Resistive layer (RuO2 + glass), Inner protective layer (Glass), ......
..., suitable for various applications.Product Attributes Brand: Not specified Origin: Not specified Material: Ceramic Substrate (Al2O3), Resistive layer (RuO2 + glass), Termination layer (Matte Tin) Color: Not...
... power ratings, suitable for various applications.Product Attributes Brand: Not specified Origin: Not specified Material: Ceramic Substrate (Al2O3), Conductive layer (Ag), Side conductive layer (NiCr), Resis...
....Product Attributes Brand: Not specified Origin: Not specified Material: Ceramic Substrate (Al2O3), Resistive layer (RuO2 + glass), Termination layer (Matte Tin) Color: Not specified Certifications: Not spec...
..., suitable for various applications.Product Attributes Brand: Not specified Origin: Not specified Material: Ceramic substrate (Al2O3), Conductive layer (Ag), Side conductive layer (NiCr), Resistive layer (Ru...
... Attributes Brand: Not specified Origin: Not specified Material: Ceramic Substrate (Al2O3), Conductive layer (Ag), Side conductive layer (NiCr), Resistive layer (RuO2 + glass), Inner protective layer (Glass)...
... it suitable for a wide range of applications, offering optimal linearity in I/V conversion and a durable ceramic substrate.Product Attributes Brand: Littelfuse Series: WSTM Certifications: RoHS, Pb-Free Ass...
.... These components utilize a MnCu alloy resistive element and are constructed with an alumina ceramic substrate, epoxy adhesion layer, and robust terminal electrodes. The protective and marking coatings are ...
..., 2512, 3921, 4527) and are constructed with a metal foil resistive element on an alumina ceramic substrate. They are suitable for applications requiring accurate current sensing with excellent stability and...
... resistance values and dependable performance. Product Attributes Certifications: RoHS compliant Construction: Thick film network resistor Material: Ceramic substrate /...
... needs. Combinations of different ohmic values are available. Product Attributes Certifications: RoHS compliant, Lead-free Material: Ceramic substrate / Conductor Construction: Thick Film Network Resistor Te...
.... Suitable for applications requiring precise resistance and consistent performance. Product Attributes RoHS Compliant Lead-free Termination Material: Ceramic substrate / Conductor Protection Coating Outer c...
... resistance values and dependable performance. Combinations of different ohmic values are available. Product Attributes Certifications: RoHS compliant Material: Ceramic substrate / Conductor Coating: Protect...
...applications requiring combinations of different ohmic values and are designed for robust performance. The resistors adhere to IEC E-24 ratings and are constructed with a ceramic substrate and protective coa...
... resistors are available in various ohmic values and configurations, making them suitable for a wide range of electronic assemblies. They feature robust construction on a ceramic substrate with protective co...
... electronic assemblies requiring precise resistance and dependable operation. Product Attributes RoHS Compliant Lead-free Termination Material: Ceramic substrate / Conductor...
.... This resistor is suitable for applications requiring precise resistance and dependable performance. Product Attributes RoHS Compliant Lead-free termination Ceramic substrate Technical Specifications Featur...
... are suitable for various applications requiring precise resistance and dependable performance. Product Attributes RoHS Compliant Lead-free termination Ceramic substrate Outer coating Protection coating Tech...
... are available in combinations of different ohmic values and feature a ceramic substrate with a protective coating. They are suitable for various electronic assemblies requiring precise resistance values and...
... range and are available in different sizes and tolerances to meet diverse design requirements. They are constructed with a ceramic substrate, silver electrodes, and a ruthenium oxide resistive layer, encaps...