品牌：PANASONIC ELECTRONIC COMPONENTS,规格：汽车质量标准 -,
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, FM系列, 3900 μF, ± 20%, 10 V, 12.5 mm, 径向引线
(EN)
PANASONIC ELECTRONIC COMPONENTS
通孔电阻器, ERG系列, 18 kohm, 5 W, ± 5%, 500 V, 轴向引线
(EN)
PANASONIC ELECTRONIC COMPONENTS
膜电容, ECHU(X)系列, 6800 pF, ± 5%, PPS(聚亚苯基硫化物), 50 V, 1206 [3216公制]
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, 1500 μF, 16 V, FK系列, ± 20%, 径向引线, 10 mm
(EN)
PANASONIC ELECTRONIC COMPONENTS
电容, 聚酯膜, 0.56uF, 275VAC, ±20%, 径向引线
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, 100 μF, 160 V, EE系列, ± 20%, 径向引线, 16 mm
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, 低ESR, FR Series, 1200 μF, ± 20%, 25 V, 10 mm, 径向引线
(EN)PANASONIC ELECTRONIC COMPONENTS
铝电解电容, FR系列, 180 μF, ± 20%, 63 V, 10 mm, 径向引线
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, AEC-Q200 HD系列, 100 μF, ± 20%, 25 V, 6.3 mm, 径向引线
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, 100uF, 8V, 20%, SMD
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, 330 μF, 200 V, ED系列, ± 20%, 径向引线, 18 mm
(EN)PANASONIC ELECTRONIC COMPONENTS
铝电解电容, FM系列, 470 μF, ± 20%, 16 V, 10 mm, 径向引线
(EN)
PANASONIC ELECTRONIC COMPONENTS
CAP, ALU ELEC, 3.3UF, 450V, SMD
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, 680UF,
(EN)PANASONIC ELECTRONIC COMPONENTS
铝电解电容, EE系列, 33 μF, ± 20%, 400 V, 16 mm, 径向引线
(EN)PANASONIC ELECTRONIC COMPONENTS
电容, 聚酯膜, 0.015uF, 275VAC, ±20%, 径向引线
(EN)PANASONIC ELECTRONIC COMPONENTS
通孔电阻器, ERX系列, 2.7 ohm, 1 W, ± 5%, 350 V, 轴向引线
(EN)PANASONIC ELECTRONIC COMPONENTS
通孔电阻器, ERG系列, 33 ohm, 5 W, ± 5%, 500 V, 轴向引线
(EN)PANASONIC ELECTRONIC COMPONENTS
铝电解电容, 1500UF,
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, AEC-Q200 TA系列, 22 μF, ± 20%, 63 V, 8 mm, 径向引线
(EN)
PANASONIC ELECTRONIC COMPONENTS
膜电容, 0.68UF, 100V, 5%, 径向引线
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, AEC-Q200 FC系列, 3900 μF, ± 20%, 6.3 V, 12.5 mm, 径向引线
(EN)
PANASONIC ELECTRONIC COMPONENTS
铝电解电容, OS-CON, SEP系列, 56 μF, 0.045 ohm, 10 V, 3000 hours @ 105°C
(EN)
PANASONIC ELECTRONIC COMPONENTS
膜电容, 0.33UF, 450V, 5%, 径向引线
(EN)PANASONIC ELECTRONIC COMPONENTS
通孔电阻器, ERG系列, 220 ohm, 5 W, ± 5%, 500 V, 轴向引线
(EN)
