41 pieces UMK212BJ104KGT This listing provides a 41piece lot of UMK212BJ104KGT capacitors. The UMK212 family comprises surfacemount multilayer ceramic capacitors (MLCC) designed for reliable PCB performance in compact assemblies. The 104 code indicates a nominal capacitance of 0.1 microfarad. Key benefits Provides stable decoupling and filtering for power rails and signal paths, helping reduce noise and improve stability. Small, surfacemount form factor suitable for density boards and automated assembly. Clear part identification (UMK212BJ104KGT) supports traceability and consistent procurement. Standard MLCC characteristics for reliable performance across common operating conditions. Key attributes Type: Multilayer Ceramic Capacitor (MLCC) Series: UMK212 Capacitance code: 104 (0.1 µF) Tolerance: K (±10%) as indicated by the part number notation Package/format: Surfacemount device (SMD) suitable for reflow soldering Packaging: 41 pieces per unit Notes on specifications Voltage rating: Not specified in this listing. For exact voltage rating and temperature characteristics, please refer to the official datasheet for UMK212BJ104KGT. Material: Ceramic dielectric typical of MLCCs Operating conditions such as temperature coefficient and maximum operating temperature are not detailed in this listing; verify with the datasheet for precise figures before designin. Applications and use cases Decoupling near microprocessors, FPGAs, or ASICs to maintain stable supply voltage during switching activity. speed signal line filtering to suppress noise and unwanted frequency components. Generalpurpose bypass in compact consumer electronics, wearables, or IoT devices where space is at a . What you get 41 pieces of UMK212BJ104KGT MLCC capacitors Clear part identification enabling consistent reordering and BOM accuracy Suitable for standard SMD assembly processes Suggested usage For projects requiring 0.1 µF bypass capacitors in dense PCB layouts, this 41piece set provides readily available units in the UMK212 series. Check the device's voltage requirements and refer to the datasheet for exact specifications before integration.