高压贴片电阻
产品详情
型号/规格:0402/0603/0805/1206/1210/2010/2512
温度系数:100ppm,200ppm
额定功率:1/16W(0402),1/10W (0603),1/8W(0805),1/4W(1206),1/2W(2010),1W(2512)
电压:0402(100V-200V)/0603(200V-400V)/0805(400V-800V)/1206(500V-1000V)/ 2010(2000V-3000V)/2512(3000-4000V)
标称阻值:10R-10MR
精度类别:普通型±1%, 5%
品牌商标:BASECN,国*,厚生
*类型:无铅*型
功率分类:*率
外形结构特征:平面片状
引出线类型:无引出线
包装形式:卷带编带包装
制作工艺:膜式非线绕型
调节方式:固定
频率特性:------
材料:合成 性能:高压
种类:固定电阻器
营销方式:*
产品性质:*
高压贴片电阻(HVR)
规格尺寸:0402/0603/0805/1206/1210/2010/2512
精度:±1%, 5%
阻值范围:10R-10MR
功率:0402(1/16W),0603(1/10W),0805(1/8W),1206(1/4W), 2010(1/2W),2512(1W)
温度系数(TCR): 100ppm,200ppm
电压:0402(100V-200V)/0603(200V-400V)/0805(400V-800V)/1206(500V-1000V)/ 2010(2000V-3000V)/2512(3000-4000V)
主要应用在电源,精密仪器,量测设备,有线及无线通讯网路设备等等。
技术参数
高压贴片电阻Thick Film High Voltage Chip Resistor |
Features |
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Highly reliable multilayer electrode construction |
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Higher component and equipment reliability |
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Excellent performance at high voltage |
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Reduced size of final equipment |
Applications |
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Inverter |
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Outdoor Equipments |
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Converter |
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Automotive Industry |
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High Pulse Equipment |
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Standard Electrical Specifications |
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T*e |
Power Rating at 70°C |
Operating Temp.Range |
Max. Operating Voltage |
Max. Overload Voltage |
Resistance Range(mR) |
TCR (PPM/°C) |
±1% |
±5% |
HVR0402 |
1/16W |
-55 ~ +125 C° |
100V |
200V |
10R- 1MR |
±100 |
1.02MR-10MR |
1.1MR-20MR |
±200 |
/ |
22MR- 100MR |
±400 |
HVR0603 |
1/10W |
200V |
400V |
10R- 1MR |
±100 |
1.02MR-10MR |
1.1MR-20MR |
±200 |
/ |
22MR- 100MR |
±400 |
HVR0805 |
1/8W |
400V |
800V |
10R- 1MR |
±100 |
1.02MR-10MR |
1.1MR-20MR |
±200 |
/ |
22MR- 100MR |
±400 |
HVR1206 |
1/4W |
500V |
1000V |
10R- 1MR |
±100 |
1.02MR-10MR |
1.1MR-20MR |
±200 |
/ |
22MR- 100MR |
±400 |
HVR2010 |
1/2W |
2000V |
3000V |
10R- 1MR |
±100 |
1.02MR-10MR |
1.1MR-20MR |
±200 |
/ |
22MR- 100MR |
±400 |
HVR2512 |
1W |
3000V |
4000V |
10R- 1MR |
±100 |
1.02MR-10MR |
1.1MR-20MR |
±200 |
/ |
22MR- 100MR |
±400 |
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Operating Voltage=√(P*R) or Max. operating voltage listed above, whichever is lower. |
Overload Voltage=2.5*√(P*R) or Max. overload voltage listed above, whichever is lower. |
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