Richardson RFPD Datasheets for Capacitors
Capacitors are electronic components used for storing charge and energy. In their simplest form, capacitors consist of two conducting plates separated by an insulating material called the dielectric.
Capacitors: Learn more
| Product Name | Notes |
|---|---|
| +85 °C Snap-Mount Aluminum Electrolytic Capacitors|•High Ripple Currents Ratings|•Rugged Design|•Large Case Size Selection|•Capacitan ce Range: 47 µF to 47,000 µF|•Voltage range: 10 WVDC to 500 WVDC|•Solvent Tolerant End Seal Standard|•For... | |
| In addition to Johanson's high performance line of low profile trimmers, Johanson Manufacturing offers a full range of surface mount capacitors that are designed and priced for high volume commercial... | |
| KYOCERA AVX’s 800R offers superb performance in demanding high RF applications requiring consistent and reliable operation. The combination of optimized case geometry, highly conductive electrode formulations and proprietary dielectrics yields... | |
| KYOCERA AVX, the industry leader, offers new improved ESR/ESL performance for the 900C Series RF Capacitors. This Series exhibits superior volumetric efficiency, providing high levels of capacitance for HF/ RF... | |
| Our Thin-Trim capacitors are ideal for applications where size and performance are most critical. These single-turn capacitors exhibit remarkable electrical characteristics for their small size. Useful up to 2 GHz,... | |
| Richardson RFPD, an Arrow Company, is a specialized electronic component distributor providing design engineers with deep technical expertise and localized global design support for the latest new products from the... | |
| The 90 Series of chip capacitors features silicon nitride/silicon dioxide dielectric layers for high reliability and stable capacitance over time. These metal-insulator-semi conductor (MIS) capacitors have high insulation resistance and... | |
| The 91 Series of chip capacitors features silicon nitride/silicon dioxide dielectric layers for high reliability and stable capacitance over time. These metal-insulator-semi conductor (MIS) capacitors have high insulation resistance and... | |
| Type 930 axial-leaded, metallized polypropylene capacitors are available in a wide range of capacitance values in small case sizes with a flame-retardant tape wrap and epoxy end seals that provide... | |
| Type 930C metalized polypropylene capacitors are designed for general purpose filtering applications. Their stability and low loss characteristics make them an excellent choice for blocking, filtering, bypassing, coupling and decoupling... | |
| Type 935 axial-leaded, metallized polypropylene capacitors are designed for 20-100 kHz switching power supply input filtering, DC blocking and output filter applications where high current, high capacitance and low ESR... | |
| Type 935 metallized polypropylene capacitors are designed for filtering applications in switching power supplies that operate in the 20-100 kHz range. Their low ESR, high current and high capacitance gives... | |
| Type 940C round, axial leaded film capacitors have polypropylene film and dual metallized electrodes for both self healing properties and high peak current carrying capability (dV/dt). This series features low... | |
| Type 941C flat, oval film capacitors are constructed with polypropylene film and dual metallized electrodes for both self healing properties and high peak current carrying capability (dV/dt). This series features... | |
| Type 942C round, axial film capacitors utilize a hybrid section design of polypropylene film, metal foils and metallized polypropylene dielectric to achieve both high peak current as well as superior... | |
| Type 943C oval, axial fi lm capacitors utilize a hybrid section design of polypropylene fi lm, metal foils and metallized polypropylene dielectric to achieve both high peak current as well... | |
| Type 943C oval, axial film capacitors utilize a hybrid section design of polypropylene film, metal foils and metallized polypropylene dielectric to achieve both high peak current as well as superior... |
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