What is AEC-Q200 (passive component reliability test standard)?

Conductive Polymer Hybrid Aluminum Electrolytic Capacitors

This capacitor has an electrolyte mixture of a conductive polymer and an electrolytic solution. The capacitor can handle a large ripple current applied thereto while suppressing leak current, and is therefore expected to be highly reliable in performance. It can also be incorporated in shockproof structures (ø6～) as well. Achieve maximum category temperature 150 ℃. It is the best choice for use in an ECU that requires the capacitor to be small and highly reliable, and a communication base station, etc.

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Aluminum Electrolytic Capacitors (Surface Mount Type)

This capacitor offers high heat resistance, long service life, low impedance, and a high capability of handling ripple current. It is the best capacitor for use in power supplies in electronic equipment. The product can be applied to various equipment, such as general electronic devices and in-vehicle electrical equipment. It can also be incorporated in shockproof structures (ø8 or more) as well. Achieve maximum category temperature 125 ℃. The product complies with RoHS directives (2011/65/EU) and requirements for lead-free soldering.

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Film Capacitors (Automotive, Industrial and Infrastructure Use)

This is a capacitor that handles high voltage/large current in applications for xEV (electric vehicles), smoothing inverter circuits for industrial infrastructures, snubber circuits, and noise suppression. Its electrodes are composed of films with a security mechanism that are deposited by Panasonic’s original technology. Achieve maximum category temperature 110 ℃. The film capacitor series for xEV charge circuits offers the following product lineup.

• EZPV
• ECWFG

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Chip Resistors

Chip resistors come in a variety of types, ranging from high-heat-resistant chip resistors to resistance networks. Achieve maximum category temperature 175 ℃.

• Thin-film ERA*V series offers high accuracy and high durability, being optimum for use in in-vehicle control circuits.
• ERJH series offers high resistance to heat and solder cracking.
• ERJ* series offers high resistance to sulfurization.

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Power Inductors for Automotive application

This product is compact in size but can handle large currents, allowing space-saving in the power circuit of an ECU. A product feature is that it suffers less loss than a ferrite-type power inductor, in a higher frequency range. Achieve maximum category temperature 160 ℃. Having high resistance to heat and vibrations, the product is the best choice as a power inductor incorporated in an ECU exposed to a severe service environment.

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NTC Thermistor (Chip type)

This thermistor is a surface mount type, and comes in various sizes (0402, 0603, 1005, 1608), offering a wide range of resistance temperature coefficients and resistance values. Its laminated structure and molded outline achieved by Panasonic’s original molding technology give the product high reliability. Among the NTC thermistor series is an in-vehicle thermistor capable of withstanding heat up to 150°C.

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ESD Suppressor

ESD suppressor is an electronic component that protects an electronic device from static electricity. In normal usage where the suppressor isn’t exposed to incoming high voltage, it works to ensure the quality of signals inputted to a high-speed differential signal circuit or high-frequency circuit. An ESD suppressor with high resistance to electrostatic discharge (EZAEG3W11AV conforms to AEC-Q200. Achieve maximum category temperature 125 ℃.

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Chip Varistor

Varistor stands for a variable resistor. This electronic component is characterized by its resistance' changing depending on the size of the applied voltage. This characteristic allows the component to protect electronic devices from lightning surges and static electricity. It is made from a specific ceramic material and fabricated with an original processing technology allowing the product to offer an excellent protection effect against electrostatic charges. It can be used in a wide range of products, such as power supplies and high-speed signal lines. Among the chip varistor lineup, only the in-vehicle chip varistor conforms to AEC-Q200. Achieve maximum category temperature 150 ℃.

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Varistors (ZNR Surge Absorber)

ZNR surge absorber is an electronic component that absorbs a harmful surge voltage to prevent the destruction of an electronic device. A number of ZNR surge absorbers are incorporated in various devices/equipment, such as office equipment and cars. Among the ZNR surge absorber lineup is an SMD-type HF series which conforms to AEC-Q200. Achieve maximum category temperature 150 ℃.

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