INFRATEC红外探测器              InfraTec红外热像仪英福泰克

标准型号探测器 您可以在这里找到所有infraTec的标准产品 用于气体分析，火焰探测和辐射量热。TO18或者TO39填充氮气密闭封装。 　 TO18或TO39封装 热补偿 结型场效应管或者CMOS运放 最大探测器请求数量 LIE-200 TO18 1 ø2.3 电流模式 结型场效应管 否 否 0.55 LIE-200 LIE-202 TO18 1 ø2.3 电压模式 结型场效应管 否 否 4.0 LIE-202 LIE-216 TO18 1 ø2.3 电压模式 结型场效应管 是 否 3.0 LIE-216 LIE-316 TO39-3 1 ø5.0 电压模式 结型场效应管 是 否 4.0 LIE-316 LME-302 TO39-3 1 5.0 x 5.0 电压模式 结型场效应管 否 是 6.0 LME-302 LME-316 TO39-3 1 5.0 x 5.0 电压模式 结型场效应管 是 是 4.0 LME-316 LME-335 TO39-4 1 5.0 x 5.0 电流模式 运算放大器 是 是 6.0 LME-335 LME-336 new TO39-3 1 5.0 x 5.0 电流模式 运算放大器 是 是 4.0 LME-336 NEW Ultra low power consumption LME-351 TO39-4 1 5.0 x 5.0 电流模式 运算放大器 否 是 1.8 LME-351 LME-352 new TO39-3 1 5.0 x 5.0 电流模式 运算放大器 是 是 1.5 LME-352 NEW Ultra low power consumption LME-501 TO39-3 1 5.0 x 5.0 电流模式 无 否 是 　 LME-501 LME-551 TO39-4 1 5.0 x 5.0 电流模式 运算放大器 否 是 2.5 LME-551 　 扩展型号 这里您可以找到补充型号探测器 增强型单通道探测器：快速响应，增益提高和/或高调制频率。 　 高性能 快速响应 金黑涂层 最大探测器请求数量 LIE-312 TO39-3 1 ø5.0 电压模式 结型场效应管 否 否 8.0 LIE-312 1Hz ... 4kHz, metal black LIE-312f TO39-3 1 ø5.0 电压模式 结型场效应管 否 否 4.5 LIE-312f 10Hz ... 4kHz, metal black LIE-332f TO39-3 1 ø5.0 电压模式 结型场效应管 否 否 2.8 LIE-332f 10Hz ... 4kHz, metal black 　 多色探测器 这里您可以找到InfraTec的多色探测器 双通道，三通道或者四通道的红外探测器。用于气体分析和火焰探测，可以同时探测几种气体或者项目。 　 低麦克风效应 结型场效应管和CMOS运放 分光型探测器 最大探测器请求数量 LIM-011 TO8-12 4 ø2.5 电压模式 结型场效应管 否 否 0.8 LIM-011 Beamsplitter LIM-032 TO39-4 2 2.8 x 2.8 电压模式 结型场效应管 否 否 2.9 LIM-032 Beamsplitter LIM-054 TO8-8 4 2.8 x 2.8 电流模式 运算放大器 否 否 0.42 LIM-054 Beamsplitter LIM-102 new TO46-4 (TO18) 2 1.15 x 1.7 电压模式 结型场效应管 否 否 3.5 LIM-102 NEW LIM-214 TO8-12 4 ø3.5 电压模式 结型场效应管 是 否 4.5 LIM-214 LIM-222 TO39-4 2 2.7 x 1.8 电压模式 结型场效应管 是 否 4.5 LIM-222 LIM-253 new TO39-5 3 ø2.5 电压模式 结型场效应管 是 否 3.5 LIM-253 NEW LIM-262 TO39-5 2 2.7 x 1.8 电流模式 运算放大器 是 否 4.5 LIM-262 LIM-314 TO8-12 4 ø3.5 电压模式 结型场效应管 是 否 3.5 LIM-314 LMM-244 TO8-8 4 ø3.5 电流模式 运算放大器 是 是 6.0 LMM-244 *(500K, 10Hz, 1Hz, 25ºC, without window) [10E+8cmHz1/2/W] 　 可调波长红外传感器（FPI） 这您可以找到InfraTec公司的可调波长探测器。 由Infratec研发实验室开发出一种新颖的红外探测器。它可以通过一个简单的电压控制来改变波长。法布里-佩罗滤镜能够实现一个宽波段内的连续光谱扫描，以此来取代安装不同的滤镜检测感兴趣的波段。 静电驱动 1微米调谐范围 分辨率功率λ/ Δλ达60 　 法布里-佩罗滤镜传感器模拟套件现在发售 InfraTec公司研发出一套ＵＳＢ接口连接的模拟套件，装载加入法布里－佩罗滤镜的快速红外探测器，可以用于中红外的微型红外光谱仪和分析仪器。 最大探测器请求数量 LFP-3041L TO8-12 可调 ø1.9 电流模式 运算放大器 是 是 0.049 LFP-3041L LFP-3950L TO8-12 可调 ø1.9 电流模式 运算放大器 是 是 0.035 LFP-3950L LFP-80105 new TO8-12 可调 ø1.9 电流模式 运算放大器 是 是 0.03 LFP-80105 NEW *(500K, 10Hz, 1Hz, 25ºC, without window) [10E+8cmHz1/2/W] 2(400ºC, 10Hz, 1Hz, 25ºC) [10E+8cmHz1/2/W]

Infrared detectors for IR sensors: Standard Products - Single channel ..For gas analysis, flame detection and radiometry IR sensors Infrared detector sealed with Nitrogen in TO18 or TO39 packages. Options for thermal compensation, integrated JFETs or CMOS OpAmps, and stabilizing element mounting for protection from shock and vibration.   Type Housing Pins Aperture size [mm] Chip size  [mm] Current/ Voltage Mode (CM/VM) JFET / OpAmp Compensated Low Micro Responsivity (500K, 10Hz, 25°C, without window) [V/W] Noise Density (10Hz, BW 1Hz, 25°C) [µV/Hz1/2] Detectivity (500K, 10Hz, 1Hz, 25°C, without window)  [108cmHz1/2/W] LIE-200 TO18 Ø2.3 1.4x1.0 CM JFET 　 　 1400 5.0 0.33 LIE-201 TO18 Ø2.3 1.4x1.0 CM 　 　 　 1.6µA/W 　 　 LIE-202 TO18 Ø2.3 1.4x1.0 VM JFET 　 　 900 0.35 3.0 LIE-216 TO18 Ø2.3 1.4x1.0 VM JFET x 　 450 0.22 2.4 LIE-235 TO39-4 5.0x5.0 1.3x1.3 CM OpAmp x 　 65000 45 1.9 LIE-241 TO39-4 5.0x5.0 1.3x1.3 CM OpAmp 　 　 22000 18 1.6 LIE-245 TO39-4 5.0x5.0 1.3x1.3 CM OpAmp x 　 22000 20 1.4 LIE-251 TO39-4 5.0x5.0 1.3x1.3 CM OpAmp 　 　 7000 12 0.76 LIE-302 TO39-3 5.0x5.0 2.0x2.0 VM JFET 　 　 300 0.15 4.0 LIE-316 TO39-3 5.0x5.0 2.0x2.0 VM JFET x 　 150 0.13  2.3 LME-300 TO39-3 5.0x5.0 2.0x2.0 CM JFET 　 x 30000 20 3.0 LME-301 TO39-3 5.0x5.0 2.0x2.0 CM 　 　 x 1.6µA/W 　 　 LME-302 TO39-3 5.0x5.0 2.0x2.0 VM JFET 　 x 340 0.15 4.5 LME-304 * TO39-3 5.0x5.0 2.0x2.0 VM JFET 　 x 340 0.48 1.4 LME-316 TO39-3 5.0x5.0 2.0x2.0 VM JFET x x 160 0.13 2.5 LME-335 TO39-4 5.0x5.0 2.0x2.0 CM OpAmp x x 90000 40 4.5 LME-341 TO39-4 5.0x5.0 2.0x2.0 CM OpAmp 　 x 33000 25 2.6 LME-345 TO39-4 5.0x5.0 2.0x2.0 CM OpAmp x x 33000 25 2.6 LME-351 TO39-4 5.0x5.0 2.0x2.0 CM OpAmp 　 x 8000 10 1.6 LME-500 TO39-4 5.0x5.0 3.0x3.0 CM JFET 　 x 22000 20 3.3 LME-501 TO39-3 5.0x5.0 3.0x3.0 CM 　 　 x 1.5µA/W 　 　 LME-502 TO39-3 5.0x5.0 3.0x3.0 VM JFET 　 x 160 0.13 3.7 LME-541 TO39-4 5.0x5.0 3.0x3.0 CM OpAmp 　 x 28000 25 3.4 LME-551 TO39-4 5.0x5.0 3.0x3.0 CM OpAmp 　 x 6500 12 1.6

Extended Pyroelectric Infrared Detectors .Single channel enhanced infrared detectors with fast response, extended gain, and/or high modulation frequency range.
　

Multi-channel Pyroelectric Detectors (Pyromid®) .. Infrared detector - dual, triple or quad channel - for gas analysis and flame detection sensors where more than one element or event is to be detected.
　

Infrared Detectors for IR Sensors: Variable Color This unique new infrared detector design from the R&D lab at InfraTec was developed to allow scanning over a range of wavelengths by simply adjusting the control voltage. Instead of mounting filters to inspect specific areas of interest, the Fabry-Perot filter control can be used to monitor a broad spectral region continuously. 2011 Sensor Expo Best of Show Gold Award 2009 Prism Award for photonics innovation Type Tuning Range   nm Housing Pins Aperture size [mm] Setting Time MS Current/ Voltage Mode (CM/VM) Amp (LME-337) Shift when inverted at Max/Min Wave Length (nm) Responsivity (500K, 10Hz, 25°C, without window) [V/W] Noise Density (10Hz, BW 1Hz, 25°C)  [µV/Hz1/2] Detectivity (500K, 10Hz, 1Hz, 25°C, without window)  [108cmHz1/2/W] LFP-3041L-337 3000-4100 TO8 2.0 x 2.0 450 CM OpAmp ±10/±35 1200 75 4.5 LFP-3950L-337 3900-5000 TO8 2.0 x 2.0 450 CM OpAmp ±10/±35 1500 75 4.0 LFP-80105-337 8000-10500 TO8 2.0 x 2.0 500 CM OpAmp 　 1000 65 3.5 Evaluation Kit for FPI Detectors Data sheet This kit supports customer needs for an initial test of InfraTec's Fabry-Perot detectors without having to develop test circuitry and software. It allows easy control of detector and IR source with customized software to analyze the detector signals. With the help of this kit it is possible to quickly and easily configure a simple FPI spectrometer.

Common applications using InfraTec Pyroelectric infrared detectors include:
NDIR gas analysis
IR flame detection
A variety of analytical instruments for detection of radiation from deep UV to FIR (THz)
Single and Multi-channel pyrometers
There are also a growing number of diverse applications (some surprising) that use InfraTec thermal detectors. Please let us know if your application might benefit from our highly stable, high performance, and highest quality pyroelectric infrared detectors.

Tunable Filter - New MEMS Microspectrometer for Infrared Absorption Spectroscopy

GAS DETECTORS / GAS LEAK DETECTION – By mounting a NBP (Narrow Band Pass) filter in front of our infrared detectors, our device will produce a signal when a pulsed or “chopped” source is used to illuminate it. The absorption region of CO2 gas is 4.26µm so placing a NBP filter at this spectral region in front of our device allows it to see only that region. When CO2 gas leaks into the detector’s Field of View the user would see a drop in the device signal when the gas absorbs light energy. In some cases a second “Reference” detector with a 3.95µm filter is used so that the comparison between the two channels gives further evidence of a leak.

FLAME DETECTION – Hydrocarbon flames emit radiation between 4-4.6µm and the natural 10 Hertz flickering of any flame is a natural source for our detectors mounted with an “HC” filter. Many clients use this solution to protect lives at chemical and petroleum plants as well as general building safety.

ALCOHOL TESTING – Another application in the gas detection market is the testing for an illegal level of alcohol in the breath of a driver. Very accurate readings can be obtained as legal evidence for DWI cases. This concept is being taken a step further with the discovery that certain illnesses cause gases to form in the lungs that are not normal, specifically in the case of cancer. By being able to detect certain gases, a quick and inexpensive method of diagnosis may be possible.

ANESTHESIOLOGY TESTING – Another gas detection application is the use of our detectors to test for the correct level and mixture of gases used in hospital operating rooms for anesthesiology. Too much, or too little of one component could be fatal.

PETROLEUM EXPLORATION – A number of companies are using our detectors for high-temperature down-hole operations as well as topside. Production testing for gas levels below and on the surface is important to determine if drilling operations are proceeding as planned.

PLANT HEALTH – Imagine having a device that can test the level of CO2 absorption to analyze the health of plants and check the effect of global warming…it is being done today.

RAIL SAFETY – Testing is underway for a device that will “look” at rail cars to test brake and wheel bearing temperatures on the move. This is critical, especially for high speed rail in Europe to detect potential failures before they happen.

SPACE OPERATIONS – InfraTec is qualified by the European Space Agency for use on platforms for Earth limb detection for satellite orientation and will potentially see applications in LIDAR applications in the future.

TEMPERATURE SENSOR – Our sensors can recognize temperature changes on rotating devices like motors and power generators so that the potential failure of a post can be detected long before a total failure occurs. This allows for spot repairs of small items before it causes more extensive failures.

UNDERGROUND SOLUTION – The detection of Methane and other gases in mining operations is very critical to the safety of operations around the world. Many customers use our highly reliable devices to protect the lives of those that work long hours beneath our feet.

WATER and STEEL ANALYSIS – Clients use our devices to test gases emitted from water as it is boiled down to test for and identify impurities. In the production of steel, the same process can be used to test for correct mixture of elements by super-heating steel pellet samples and observing the level of known gases for quality and content. This gives controllers an opportunity to make corrections before molding or processing the molten metal.

　

光电开关/光电传感器
	ST138-139	ST279	ST288A	ST133
	ST420	ST133	ST150	SS-030
雷射模组（激光模组）
	国产	2-LMS29A	2-LMS29B	2-LMS29C	2-LM10
		2-LM235B-3	2-LM235B-3L	2-LM21	2-ATLMF-R(3)L
		2-ATLMF-R3

常用光电传感器/模块资料下载

红外测温仪/红外热像仪 常用红外温度传感器系列 常用红外温度传感器及资料下载红外温度传感器模块摸组  红外线温度传感器一 红外线温度传感器二 红外线温度传感器三 红外线温度传感器 四 红外测温模块一 红外测温模块二 红外测温模块 三 红外测温模块 四 红外热像红外气体分析红外行业应用红外相关配件红外技术资料