Panasonic Products

Panasonic offers a comprehensive range of capacitor technologies to meet diverse application requirements. Their aluminum electrolytic capacitors include radial lead, surface mount (SMD), and snap-in types for power supply filtering, energy storage, and DC bus applications. Panasonic's film capacitors feature metallized polypropylene and polyester constructions for AC filtering, snubber circuits, and power factor correction. They also offer electric double-layer capacitors (EDLC) for energy storage and backup power applications. All capacitor lines feature Panasonic's proprietary materials and manufacturing processes that ensure high reliability, long operational life, and excellent electrical performance across temperature ranges.

Browse our capacitor categories below to explore Panasonic's complete capacitor portfolio, or contact our FAE team for application-specific recommendations.

Panasonic manufactures a wide variety of relay types for different switching applications. Their electromechanical relays include power relays for high-current switching, signal relays for low-level switching, and automotive relays for vehicle applications. These relays feature various contact configurations (SPST, SPDT, DPDT), coil voltages, and mounting styles. Panasonic's solid state relays (SSRs) provide silent, fast switching with no mechanical wear, ideal for high-speed or high-reliability applications. They also offer latching relays for low-power applications and high-frequency relays for RF applications. All Panasonic relays are designed with high-quality contact materials and robust construction to ensure long electrical life and reliable operation in demanding environments.

Explore our relay categories to find the right relay type for your switching application, or consult our FAE team for relay selection guidance.

Selecting the right Panasonic capacitor requires evaluating several key parameters. First, determine the required capacitance value based on your circuit requirements such as ripple current, hold-up time, or filtering needs. Next, select a voltage rating with appropriate derating - typically 20-30% above your maximum operating voltage. Consider the operating temperature range and select a series rated for your application's temperature extremes. For switching power supplies, calculate the ripple current requirements and select a capacitor with adequate ripple current rating and thermal characteristics. Lifetime requirements are critical - Panasonic offers standard, long-life, and ultra-long-life series. Physical constraints such as size, mounting type (radial, SMD, snap-in), and lead spacing must also be considered. Our FAE team can assist with detailed calculations and selection guidance.

Use our online selection tools or contact our FAE team with your application specifications for personalized component recommendations.

When selecting Panasonic relays, several key factors must be considered to ensure reliable operation. First, determine the load type and characteristics - resistive, inductive, or capacitive loads have different switching requirements. Calculate the required switching current and voltage, including any inrush currents for inductive loads. Select the appropriate contact configuration (SPST, SPDT, DPDT) based on your circuit requirements. Consider the coil voltage and ensure it matches your control circuit. For high-reliability applications, evaluate the relay's electrical life rating and contact material. Environmental factors such as temperature, vibration, and humidity should also be considered. Panasonic offers relays with various contact materials (AgSnO2, AgCdO, Au-clad) optimized for different load types. Our FAE team can provide detailed relay selection guidance based on your specific application requirements.

Contact our FAE team with your load characteristics and switching requirements for personalized relay recommendations.

Yes, Panasonic offers a comprehensive portfolio of AEC-Q200 qualified capacitors specifically designed for automotive applications. Their automotive-grade aluminum electrolytic capacitors feature extended temperature ratings up to 150C, enhanced vibration resistance, and long operational life required by automotive standards. These capacitors undergo rigorous qualification testing including temperature cycling, mechanical shock, vibration, and high-temperature operational life testing. Panasonic's automotive film capacitors are designed for DC link, snubber, and filtering applications in EV/HEV powertrains and charging systems. All automotive-qualified capacitors are manufactured under IATF 16949 quality management systems. Panasonic provides comprehensive PPAP documentation support for automotive customers, including material composition declarations, process flow diagrams, and control plans.

Filter our product listings by automotive qualification, or contact our automotive FAE specialist for component recommendations.