| 品牌 | HEIMANN | 型號(hào) | HMS J21 系列 |
| 種類 | 光學(xué) | 材料 | 混合物 |
| 材料物理性質(zhì) | 半導(dǎo)體 | 材料晶體結(jié)構(gòu) | 單晶 |
| 制作工藝 | 集成 | 輸出信號(hào) | 模擬型 |
| 護(hù)等級(jí) | 1 | 線性度 | 1（%F.S.） |
| 遲滯 | 1（%F.S.） | 重復(fù)性 | 1（%F.S.） |
| 靈敏度 | 1 | 漂移 | 1 |
| 分辨率 | 1 |
德國(guó)HEIMANN熱電堆單通道，氣體探測(cè)器HMS J21系列
單通道氣體分析熱電堆探測(cè)器，可測(cè)量CO2，CO，HC，CH4等氣體。
主要技術(shù)參數(shù):
探測(cè)率:8.7*107cmHz1/2/W
時(shí)間常數(shù):10ms
尺寸：TO18 或者TO46
The HMS Series of CMOS compatible thermopile sensor chips in TO46 (or TO18) and even aller transistor housings,
features good sensitivity, all temperature coefficient of sensitivity as well as high reproducibility and reliability.
The aller package sizes benefit applications in which sensor mounting is a critical parameter. Especially the ultra all
HMS Z11 F5.5 sensor with high symmetry (no orientation tap) opens new design and application possibilities. The HMS Mtes
offers the possibility to integrate an infrared lens into a TO46 housing and to reduce the field of view accordingly. The
aller chip TP1 is well suited for temperature measurements which require a precise measuring spot whereas the chip
te TP2 offers higher signal.
The HMS Series of CMOS compatible thermopile sensor chips in TO46 (or TO18) and even aller transistor housings,
features good sensitivity, all temperature coefficient of sensitivity as well as high reproducibility and reliability.
The aller package sizes benefit applications in which sensor mounting is a critical parameter. Especially the ultra all
HMS Z11 F5.5 sensor with high symmetry (no orientation tap) opens new design and application possibilities. The HMS Mtes
offers the possibility to integrate an infrared lens into a TO46 housing and to reduce the field of view accordingly. The
aller chip TP1 is well suited for temperature measurements which require a precise measuring spot whereas the chip
te TP2 offers higher signal.
The HMS Series of CMOS compatible thermopile sensor chips in TO46 (or TO18) and even aller transistor housings,
features good sensitivity, all temperature coefficient of sensitivity as well as high reproducibility and reliability.
The aller package sizes benefit applications in which sensor mounting is a critical parameter. Especially the ultra all
HMS Z11 F5.5 sensor with high symmetry (no orientation tap) opens new design and application possibilities. The HMS Mtes
offers the possibility to integrate an infrared lens into a TO46 housing and to reduce the field of view accordingly. The
aller chip TP1 is well suited for temperature measurements which require a precise measuring spot whereas the chip
te TP2 offers higher signal.
