紫外线传感器 流量光学传感器 IC 设备 紫外线传感器,小体积封装,2.2μW超低功耗,全球首款三合一单芯片紫外线传感器 低功耗、高灵敏度紫外线指数传感器 |
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Si1147 |
紫外线 + 临近 + 环境光传感器 |
是 |
3 |
3D 手势感应 |
2x2 mm |
是 |
I2C |
Si1145 |
紫外线 + 临近 + 环境光传感器 |
是 |
1 |
运动感应 |
2x2 mm |
是 |
I2C |
Si1142 |
临近 + 环境光传感器 |
否 |
2 |
2D 手势感应 |
2x2 mm |
是 |
I2C |
Si1120-A-GM |
临近 + 环境光传感器 |
否 |
1 |
运动感应 |
3x3 mm |
是 |
PWM |
Si1132 |
紫外线指数 + 环境光传感器 |
是 |
— |
— |
2x2 mm |
是 |
I2C |
Si1146 |
紫外线 + 临近 + 环境光传感器 |
是 |
2 |
2D 手势感应 |
2x2 mm |
是 |
I2C |
Si1143 |
临近 + 环境光传感器 |
否 |
3 |
3D 手势感应 |
2x2 mm |
是 |
I2C |
Si1141 |
临近 + 环境光传感器 |
否 |
1 |
运动感应 |
2x2 mm |
是 |
I2C |
Si1102-A-GM |
临近传感器 |
否 |
1 |
— |
3x3 mm |
否 |
数字开/关 | | |
紫外線指數是量度太陽紫外線到達地球表面的强度, 它直接影嚮人類皮膚. 皮膚破壞程度大致根據紅斑光譜. 國際組織 CIE (International Commission on Illumination) 採用這光譜去代表人平均皮膚受太陽紫外線反應. |
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UV 傳感器的硬件設計方案, 如電路, 透視玻璃 |
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UVI 相對 光電流 標定數據 及 套件 |
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生產車間的 測試 及 驗收方法 | |
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Definition | |
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The Global Solar UV Index(UVI) describes the level of solar UV radiation at the Earth’s surface. The values of the index range from zero upward? the higher the index value, the greater the potential for damage to the skin and eye, and the less time it takes for harm to occur. | |
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UV Index and Dangers of UV Exposure | |
UV INDEX |
0 |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
+11 |
EPA* |
MINIMAL |
LOW |
MODERATE |
HIGH |
VERY HIGH |
CANADA |
LOW |
MODERATE |
HIGH |
EXTREME |
KOREA |
MINIMAL |
LOW |
MODERATE |
HIGH |
VERY HIGH |
WHO |
LOW |
MODERATE |
HIGH |
VERY HIGH |
EXTREME | |
* EPA : U.S. Environmental Protection Agency |
* WHO : The World Health Organization | |
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Formulation for UV Index | |
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The Global Solar UV Index(UVI) is formulated using the international Commission on Illumination (CIE) reference action spectrum for UV-induced erythema on the human skin(IS) 17166:1999/CIE007/E-1998). It is measure of the UV radiation that is relevant to and defined for a horizontal surface. | |
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Sun Protection Factor | |
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Sun Protection Factor (SPF) is a scale for rating the level of sunburn protection against UV radiation in sunscreen products. The higher the SPF, the more sunburn protection it provides. Sunscreen SPF ratings are determined by testing sun-screens on the skin of human volunteers in accordance with Australian Standard AS2604: 1998. | |
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Recommended SPF by UV Index | |
UV INDEX |
0 |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
11 |
Dangers of Exposure |
MINIMAL |
LOW |
MODERATE |
HIGH |
VERY HIGH |
SPF |
Under 4 |
4 ~ 7 |
7 ~ 9 |
9 ~ 12 |
12 ~ 15 | |
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Protection Factor of UVA | |
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Protection Factor of UVA(PFA) value of a test sample is defined as the arithmetic mean of each subject’s PFA values obtained from the above equation. MPPD : Persistent Pigment darkening Dose. | |
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PFA value |
PA(Protection grade of UVA) |
UVA protectio effect |
2 or more but less than 4 |
PA+ |
effective |
4 or more but less than 8 |
PA++ |
very effective |
8 or more |
PA+++ |
highly effectiv | | |
火焰传感器/明火探测器/火灾报警器
火焰传感器/紫外线传感器/紫外线光敏管/紫外传感器/火焰探测器 |
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日本滨松 |
UV-R2868 |
C3704 |
紫外光敏(电)管 |
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1、专业供应日本产火焰UV探测传感器/火焰传感器R2868、SMD紫外线探测G5842、火焰UV探测模快C3704
我司是日本HAMAMATSU公司中国区域授权代理商主营火灾报警装置用火焰传感器R2868配套消防器材厂商。R2868称为火焰发现者.又称为紫外线传感器、紫外传感器、火焰探测器、火灾报警器、火灾探测器、明火探测器,在火星产生瞬间能够准确地发现, 并且对非可见光的高传输的电晕现象可以完全解除.Hamamatsu R2868 是利用紫外线 TRON 通过金属的光电效果和瓦斯乘法效果来发现火星源. 它可以探测 185 到 260个不同的狭窄光谱敏感源.它对可见光完全没有感应,也不需要过滤器任何可见光(不像半导体探测器). 它具有很小的体积和很宽敏感角度(择向性),并能快速准确地发现从火焰被发出的弱紫外线.(能够探测 5 m 或在稍远处发现香烟点大小的火焰.) 。HMS-R2868 UV Sensor 紫外线侦测含ADAP, NT$(请登入). 产品规格R2868 火灾侦测/ 火苗侦测含高压变压器可侦测火焰,距离达10公尺. UV Sensor 紫外线侦测含ADAP
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R2868 |
R2868 |
R2868 |
C3704 |
G5842 |
R2868日本HAMAMATSU公司生产的火焰传感器和传感器应用电路板。 Spectral Response185 to 260nm Supply Voltage 400Vdc Peak Current 30mA Average Discharge Current 1ma Operating Temperature -20 to +60C Discharge Starting Voltage (with UV radiation) 280Vdc Max. Recommended Operating Voltage 325±25Vdc Recommended Average Discharge Current 100μA Background 10cpm Max Sensitivity 4)5000cpm Typ. ★ UV TRON Driving Circuit C3704 series (Option) |
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