ERA-3YED561V

廠家：: Panasonic Electronic Components
封裝：: 0603 (1608 metric)
數(shù)量：: 1251
說明：: 薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 560ohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

一、本商品被瀏覽0次.

ERA-3YED561V PDF參數(shù)資料

點擊下載PDF參數(shù)資料
中文參數(shù)如下：

工廠包裝數(shù)量：5000
包裝形式：Reel - 7 in
端接類型：SMD/SMT
功率額定值：62.5 mW (1/16 W)
封裝形式：0603 (1608 metric)
溫度系數(shù)：25 PPM / C
容差：0.5 %
電阻：560 Ohms
RoHS：是
制造商：Panasonic

以上是ERA-3YED561V的詳細信息，包括ERA-3YED561V廠家代理聯(lián)系方式、PDF參數(shù)資料、圖片等信息!

其他薄膜電阻器產(chǎn)品：

厚膜電阻器 - 透孔金屬膜電阻器 - SMD 平面電阻器 - 底架安裝金屬膜電阻器 - 透孔碳膜電阻器 - 透孔

最新產(chǎn)品：

IAUT165N08S5N029ATMA1

US2B-TP

PUMD9-QX

UF1G-TP

相近型號推薦

ERA-3YED562V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 5.6Kohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED621V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 620ohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED622V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 6.2Kohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED681V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 680ohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED682V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 6.8Kohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED751V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 750ohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED752V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 7.5Kohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED821V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 820ohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED822V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 8.2Kohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED911V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 910ohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YED912V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 9.1Kohm, 25PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax

ERA-3YHD100V
薄膜電阻器 - SMD Thin Film Resistor,Chip,0603,1/16W, 0.5% 10ohm, 50PPM, 7 inch reel STD;RoHS;R-Pb;260_Cmax