首页 公司简介 产品展台 开发生产 资料下载 技术支持 解决方案 展会消息
代理经销 集成电路 高频微波 消费电子 工控网络 安防报警 光纤光电 汽车电子
合作交流 留言本 友情连接 热卖产品 销售网络 招聘加盟 新品介绍 联系我们
传感器/变送器/仪表按厂商品牌选用指南按种类分类选用指南按行业应用选用指南 模块模组 隔离采集仪器仪表
产品资料 技术资料 样例工程 产品驱动 参考设计 应用电路 通讯协议 使用说明 支持软件 数据查询 问题解答 标准法规 图书资料 基础知识

红外传感器/光电传感器旋转编码器/轴角传感器/角度距离传感器/激光测距传感器图像传感器/摄像头/摄像模块
色标传感器/颜色传感器激光传感器/镭射模阻硅光电池/光敏电池/太阳能板光纤传感器/光栅传感器光幕传感器

红外测温仪/红外热像仪光敏电阻/光敏元器件 常用光电传感器/模块资料下载

     
 
PerkinElmer
Excelitas光电器件
德国海曼HEIMAAN传感器
光电传感器德国SICK
光电传感器美国HONEYWELL
DI-SORIC传感器
宝德Burkert
施迈赛Schmersal 
SMC气动元件
SKF轴承系列产品
日本基恩士KEYENCE
日本竹中(TAKEX)
欧姆龙(OMRON)
基恩士( KEYENCE)
神视 (SUNX)
德国倍加福P+F
boseline-mocon
ICX
 
光离子气体传感器
红外气体传感器
红外产品/传感器
条形码传感器HOA6480
反射式光电套件
槽型红外光电传感器
编码器传感器
光电斯密特接收管
光电晶体(接收管)
红外发射二极管
光纤传感器
光纤位移传感器
光纤应变传感器
光纤压力传感器
光纤温度传感器
光纤信号调理器
光纤折射率传感器
光电传感器/光谱仪
特种光纤类
光谱仪类
视觉传感器类
测量类
光电传感器类
微波传感器
其它传感器
 
     
 
红外气体传感器
红外测温仪/红外热像仪
红外温度传感器系列
红外体温计
耳温枪额温枪
红外线体温计
电子体温计知识介绍
红外温度传感器模块摸组
红外线温度传感器
红外测温模块
红外测温仪
红外热像
红外气体分析
红外相关配件
红外行业应用
红外技术资料
 
  光电器件传感器
紫外线传感器
颜色传感器                亮度传感器              
PSD位置传感器
热释电红外传感器
光敏电阻
                  光敏传感器
VTL5C系列模拟光隔离器
光电晶体管
CPM端窗式光电倍增管以及模块
单光子计数模块
NDIR红外气体传感器
红外温度传感器
红外光源
CCD图像传感器;线阵CCD相机
激光器件;大功率红外发射管
高速PN、PIN、APD等光电探测器
X射线探测器
 
用于火焰检测的紫外线传感器
  三频红外火焰探测器
用于光强检测的紫外线传感器
EPL晶圆
UV裸片
UV-A传感器
UV-B传感器
UV-C传感器
SYP-UVT46A/SYP-UVT46B
UV模块
型号编码系统
选择指南
封装尺寸
UV传感器应用
UV指数监察
光源监察
火焰监察
UV吸收光譜
UV物质微调
 UV辐射
UV指数
应用电路
 
 
红外光电系列
光电二极管
光电晶体管
特殊光探测器
光电耦合器
红外发射管
红外接收管/红外线接收器
 红外接收头
 光敏三极管
 光电传感IC
硅光电池管
太阳能电池
镭射激光/激光二极管
发光二极管
传感器件系列
 凹槽型/透射式光电传感器
 反射式开/反射式光电传感器
 红外数据头/数据传输器
        霍尔传感器
        光纤传感器
        人体传感器
        声波传感器
        气体传感器
        温湿传感器
        颜色传感器
        压力传感器
        菲涅尔透镜
        接近传感器
        微波感应器
高频元件系列
        双栅场效应管
        高频微波管
集成IC系列
        红外数据IC
        红外遥控IC
        蓝牙通讯IC
        图像传感器
光鼠球鼠对管IC
摄像数字影像IC
手机周设/手机IC
光电藕合器IC
光管/激光IC
光电开关
反射接近开关
红外接收管
红外发射管
红外接收头
光敏接收管
发光管/数码管
光纤接收/发射头
闪光管
放电管
硅光电池
紫外线传感器
热释传感器/菲透镜 
超声波传感
霍尔元件干簧管/磁传感器 
数据传输器
热电堆/红外测温计
光敏电阻
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Military Products

Our Military products are dedicated to addressing immediate needs such as highly portable Identify Friend or Foe (IFF) / Combat ID personnel and vehicle mounted beacons, long range Asset Markers/Panel emitters and other thermal beacon identifiers.

MarkIR light sources

Narrow band MEMS bases IR emitters provide bright illumination for signaling and identification of personnel and assets with directional or Omni-directional viewability over ranges up to several miles.

IdentifIR panel

Arrays of broad- or narrow- band IR emitters provide bright illumination for signaling and identification of vehicles and assets with directional or Omni-directional viewability over ranges up to several miles. Various configuration options available.

TrailMarkIR beacon

A miniature, low power IR light source designed to be left behind to identify or mark a trail, asset or other area of interest. Packaging options include submersible housings, Omni directional deployment and drop – and – run deployment.

Industrial Products

Our products have multiple Industrial gas sensing applications including but not limited to Indoor Air Quality, Industrial Safety, Spectroscopy, Medical Capnometry, Environmental monitoring

 

PulsIR Light Sources

High power, broadband IR light sources. Available in multiple form factors with different window materials for wavelength specificity form 2 – 20um

SensorChip CO2 Gas Sensor

The SensorChip CO2 is our MEMS based IR ‘gas sensor on a chip’. This is a chip based sensor which is used in multiple gas sensing applications where portability and power conservation are critical.



 

TunIR Light source

MEMS based IR light sources which are band specific, available at either 3 – 5 um or 8 –12 um. These sources are ideal for portable applications where power conservation is critical.

markIRTM Infrared Emitters

Band specific output between 3-5μm or 8-12μm

DESCRIPTION

The markIR Tuned Band Emitters utilize a two-dimensional photonic crystal structure to tune and restrict the IR emission for visibility in only the desired spectral region. These miniature devices provide high energy Infrared signals with minimal power consumption, thus enabling long-range visibility and prolonged battery operation. Each hermetically sealed device contains 2 elements which may be coupled together or independently driven in pulsed or constant modes.

FEATURES & BENEFITS:

  • markIR 35 or markIR 812 Band Emitters

    Visible with MWIR or LWIR cameras only

  • Wavelength Specific

    No visible or near IR (Gen III) output

  • Bright Emission

    Viewable distance up to 600m

  • Power Efficient

    Up to 45 hours continuous operation (CR123 batteries)

  • Lightweight & Small

    Mountable with clip, pin or adhesive

  • Vacuum Sealed

    Submersible to 10 meters

  • MEMS Device

    May be operated pulsed or constant

  • Configurable Output Direction

    45° through 360° viewing angle


 

Electrical Specifications

Device Resistance two 116 ohm Filaments (configurable in series or parallel)
Device resistance when Powered 240 Ohms
Input Voltage 4V per filament
Power Consumption <67.5 mW per filament
Current Draw <17 mA per Filament
Operational package temperature <40°C


 
Chips

APPLICATIONS:

The tightly controlled emission spectrum of the markIR is ideal for operations where detection only by specific types of imaging equipment is desired.

  • Personnel/unit identification
  • Cargo/pallet markers
  • Vehicle IFF
  • Landing zone markers
  • Signaling

The markIR units can be operated individually or in combination to produce single or multiwavelength emitters in the mid- or long infrared portions of the spectrum. Several units in an array may be used to extend viewing distance or provide multi-directionality.


 

MarkIR 35

Output Power (integrated 3-5µm) >15 mW
Out of band Power (I2 or 8-12µm) < 0.2 mW
Modulation depth @ 1Hz 100%
Modulation depth @ 5Hz 70%
 
Emmitter Area two 1.5 x 3 mm2 filaments
Viewing Distance (bolometer w/ 180 mm lens) 500+ m

MarkIR 812

Output Power (integrated 3-5µm) 6 mW
Out of band Power (I2 or 8-12µm) < 0.5 mW
Modulation depth @ 1Hz 100%
Modulation depth @ 5Hz not measured
 
Emmitter Area two 1.5 x 3 mm2 filaments
Viewing Distance (bolometer w/ 180 mm lens) 220+ m

 

pulsIRTM Emitter

Miniature Broadband IR Sources

DESCRIPTION

The pulsIR and reflectIR product family features a low thermal-mass filament that has been ion-beam treated for high infrared emissivity. These electrically-pulsed, high intensity infrared radiators provide intense IR output while operating at relatively low temperature. This improves power efficiency, extends lifetime, and reduces the parasitic heating of system optics and detectors. They may be operated constant or pulsed at rates up to 10 Hz enabling the design of smaller and simpler systems that do not require the added complexity of a mechanical chopper.

FEATURES & BENEFITS

  • Bright IR Emission

    Sensitive Gas Measurments

  • Lightweight Element

    Pulsed or Constant operation

  • Broadband Emission

    Multi-gas measurements

  • Many Package & Window Options

    Optimize your application

  • Reflective package option

    Collimated or Lambertian output

  • Low Filament Temperature

    Long Lifetime

APPLICATIONS

The bright IR output and pulsing characteristics of these devices make them ideally suited to NDIR gas sensing applications, generally coupled with pyroelectric or thermopile detectors. Such applications include:

  • Automotive Emission
  • Refrigerant detection and identification
  • Breath analysis
  • Instrumentation
  • Spectroscopy
  • Asset identifiers

EVALUATION KIT

For demonstration and system design, ICx Photonics provides an Evaluation Kit, enabling users to explore radiaton characteristics over a wide range of pulse parameters. This Kit consists of a microprocessor-controlled drive card, and WindowsTM compatible software to enable convenient selection of temperature, pulse rate, and duty cycle.

ICx Photonics offers a unique class of electrically pulsed, high intensity infrared radiators for gas analysis, spectroscopy, calibration and tactical identify friend or foe (IFF) applications. These radiators feature a low thermal-mass filament tailored for high emissivity. The filament is fabricated using a patented process such that it supplies bright IR power output while operating much cooler than alternatives. This lower temperature operation reduces the chance of igniting combustible gasses, improves power efficiency, reduces heating of the optics and detectors, and prevents illumination in the SWIR bands. These IR sources are typically pulsed at rates from ½ to 10 Hz with several hundred degrees of temperature modulation.

For demonstration and system design, ICx Photonics provides an Evaluation Kit that includes a power supply for your region. The Evaluation Kit drive card produces a flat-topped current pulse of adjustable amplitude, length, and frequency that can be run with the pre-programmed settings, or can be connected to a PC for user control via included Windows TM software.

The table below provides the specifications for each of our broadband IR light sources. If you do not see a product that meets your requirements, please contact us as we may be able to provide a custom solution that meets your needs. Also, we have a line of narrowband IR light sources which use MEMS technology. Because of their spectral tuning, these are extremely efficient devices suitable for battery powered applications.

SPECIFICATIONS, PART NUMBERS, and WINDOW OPTIONS:

  Parabola TO-8 Mulit-Element TO-5 TO-46
 

2 Element
4 Element
Windowless reflectIR-P1N NL8LNC NL82LNC NL84LNC NM5LNC NL46LNX
Sapphire
2 to 5.25µm
relfectIR-P1S NM8ASC NM82ASC NM84ASC NM5NSC N/A
Germanium
7 to 12µm
N/A N/A N/A N/A NL5NGC N/A
Calcium
Flouride
2 to 9.5µm
reflectIR-P1C NL8ACC NL82ACC NL84ACC NL5NCC N/A
Rated
Temperature
750°C
Minimum
Resistance
1.4 Ohms 2.8 Ω 1.3 Ω per Element 2.5 Ω 0.4 Ω
Maximum
Resistance
2.0Ohms 4.5 Ω 1.7 Ω per Element 3.7 Ω 1.0 Ω
Maximum
Input
Power
1.7 W 2.2 W 1.6 W per Element 2 W 1.1 W
Modulation
Speed
Constant - 30hz; 100% modulation <5hz
Output
Radiation
Pattern*



 

PULSED OPERATION

Although capable of running at duty cycles of up to 100 % (DC) most users run the filaments with duty cycles of less than 50%. Square-waveform constant current or constant voltage drive schemes are the simplest and most cost effective means of powering the sources. For constant current drives, the power delivered to the source goes as I2 x R. As the source heats up, its resistance increases slightly, causing the power delivered to the source to increase during the “ON” portion of a pulse. For constant voltage drives, delivered power goes as V2/R; therefore the power delivered to the source tends to decrease slightly during the length of a pulse. Other drive schemes can also be employed; constant power or DC for example.

Owing to the extremely low thermal mass of pulsIR emitters, shot-to-shot stability is directly related to drive circuit stability. Variations in drive pulses will translate into variations in output. To determine this we used a liquid nitrogen cooled InSb detector available in our laboratory for detecting energy in the 2-5 μm range. The pulsIR source was driven with a constant-voltage drive circuit that ensures pulse-to-pulse repeatability (standard deviation) of 5.3x10-4. Measurements of the InSb detector reading from 16 seconds of 10 Hz operation was measured to have a comparable standard deviation of 6.8x10-4.

SOURCE LIFETIME

The following graph shows the results (to date) from an ongoing extended life test experiment using an ICx Photonics NM8ASC source. The source is being driven by a constant current drive board at 1 Hz, 30% duty cycle at an approximate temperature of 650°C. Two pyroelectric etectors are monitoring the source output at two distinct wavelengths. In the following chart, the circles show the source output at 4.29 microns (CO2) while the diamonds show the output at 3.9 microns (reference). The detectors are mounted about four inches from the front face of the source and a dry nitrogen purge is used to prevent water vapor and carbon dioxide in the lab air from affecting the measurement. The temperature in the lab is not very well controlled however, and much of the variation (specifically the bump at ~2000 hours) is due to room temperature swings.

The definition of failure, and thus the definition of lifetime, is very subjective as each system has unique sensitivity to drift (largely related to the A/D bandwidth). We have encountered several applications which define failure as >15% drift from the original power level, so we will adopt this definition for the purposes of this computation. The graph below shows that the median signal level from the 3.9 and 4.29 μm detectors is roughly 4 volts; the linear regression fits to the raw data indicate that both of these signals are decreasing at a rate of 1x10-5 volts/hour. With our assumed signal drift tolerance of 15% and 4 volt signal level, we require a 0.6 volt signal change to signal failure of the light source [0.15 x 4]. With our measured rate of change being 1x10-5 volts/hour it will take approximately 7 years of continuous operation to obtain a 15% signal change [(0.6v)/(1x10-5v/hr)/(8760hrs/yr)]. Since many systems utilize the ratio of the gas measurement to a reference, they are sensitive not to signal changes, but to change in the ratio of the two signals. With a measured slope of 1x10-6 volts/hour and a 0.75 volt signal the same computation yields a lifetime of 13 years. Since all of the known filament degradation mechanisms are temperature dependent, the time to 15% failure is strongly dependent upon operating temperature or electrical power applied. Therefore, caution should be used in extrapolating these results to your application.

 

IdentifIRTM

High Power Infrared Illumination Devices

DESCRIPTION

The IdentifIR family of products provides extremely high power infrared illumination for identifying critical assets at long range. Available in a variety of package and power configurations, the system may be operated in either pulsed or constant modes, and with patterns generated by computer or preset switches.

FEATURES

  • Intense Infrared Output in 3-5μ or 8-12μ
  • Viewable at Ranges up to 6 km
  • Broadband or Waveband Specific
  • Pulsed or Continuous Operation
  • Pattern Generation
  • Various Package & Power Configurations

OPTIONS:

  • Pulsed or Constant Operation
  • A/C or DC Powered
  • Static or Dynamic Patterns
  • Multi- or Uni- Directional
  • Custom Packaging & Controls

APPLICATIONS:

  • Signaling
  • Target Marking
  • Ranging
  • Experiments
  • Landing Zone
  • Markers
  • Active Countermeasures
  • Homeland Security
  • Vehicle IFF
  • Aircraft IFF
  • Marine IFF

 

SensorChipTM CO2 Sensor

IR gas sensor ‘on a chip’

DESCRIPTION

The SensorChip CO2 sensor is a highly integrated single component IR device containing all elements of an NDIR optical bench on a single MEMS chip. This miniature device generates narrowband infrared radiation tuned to CO2, eliminating the need for optical filters. The emitter provides tuned output with 85% of the blackbody power at the CO2 wavelength and suppresses emission at other bands for high CO2 selectivity and power efficiency. This is achieved through ICx Photonics’ patented PCE (photonic crystal enhanced) emitter technology.

When designed into a retro-reflecting optical cell, the hot filament source also acts as a narrowband infrared bolometer detector enabling sensitive and repeatable gas measurements. Within the chip is a reference element for self-compensating electronic operation and an on-chip thermistor to facilitate thermal correction. The miniature vacuum encapsulation and very high power conversion efficiency combine to provide a low case temperature and intrinsically safe operation. The SensorChip CO2 sensors can also be powered intermittently to conserve energy in battery operated systems.



BENEFITS

  • Low power consumption, 70 mW
  • Intrinsically safe
  • CO2 selective response
  • No sensor hysteresis
  • Sensitive & Repeatable, 100 ppm
  • Fast response, 1 Sec
  • Low system cost

APPLICATIONS:

The highly integrated SensorChip CO2 sensor system is ideal for many carbon dioxide sensing applications where low-power consumption, gas specificity, and intrinsic safety are critical, these include:

  • HVAC / IAQ
  • Medical Capnometry
  • Industrial Safety
  • Automotive Monitoring
  • Food & beverage processing and storage

Available for immediate sale. Please contact us for a quote.


 

 

trailmarkIRTM Infrared Beacons

Band specific output between 3-5μm or 8-12μm

DESCRIPTION

The trailmarkIR is a miniature, low power IR light source used to discreetly identify a trail or secure region. Based on MEMS technology, the IR emission is restricted for visibility in only the desired spectral region (3-5 or 8-12). These miniature devices provide high energy Infrared signals with minimal power consumption, thus enabling long-range visibility and prolonged battery operation. Packaging options/features include submersible housings, collimating- or omni-directional optics, and drop-and-run deployment.

FEATURES & BENEFITS:

  • markIR 35 or markIR 812 Band Emitters

    Visible with MWIR or LWIR cameras only

  • Wavelength Specific

    No visible or near IR (Gen III) output

  • Bright Emission

    Viewable distance up to 750m

  • Power Efficient

    more than 15 hours of continuous battery operation

  • Lightweight (1 oz) & small (3 cm x 3.5 cm)

    carry in pocket

  • Vacuum Sealed

    Submersible to 10 meters

  • MEMS Device

    May be operated pulsed or constant



APPLICATIONS:

The tightly controlled emission spectrum of the trailmarkIR is ideal for operations where detection only by specific types of imaging equipment is desired.

  • Marking Trails
  • Personnel/unit identification
  • Cargo/pallet markers
  • Vehicle IFF
  • Landing zone markers
  • Signaling
  • Perimeter Security
  • Marking Secure Areas



 

tunIRTM

restricted band infrared source 3-5μm or 8-12μm

DESCRIPTION

The tunIR Tuned Band Emitter uses a two-dimensional photonic crystal structure to tune and confine the IR emission to the spectral region of interest. They are available in either the 3 – 5 μm or 8 – 12 μm ranges. These miniature devices provide high energy infrared signals with minimal power consumption. Each device contains 2 elements which may be coupled together or independently driven in pulsed or constant modes. Both elements are vacuum sealed to create an intrinsically safe package.

FEATURES & BENEFITS:

  • Power output

    Power in either band: 1.5-2 mW

  • Power efficient

    <67.5 mW per filament

  • Continuous/Pulsed operation

    0-1Hertz

  • Wavelength Specific

    tunIR 425 or tunIR 812 Band Emitters

  • Lightweight & Small

    Different packaging options available

  • Vacuum Sealed

    Impermeable to liquids & vapors

  • Intrinsically Safe

    Non-incendiary


APPLICATIONS:

The power efficient tightly controlled emission spectrum of the tunIR devices makes them suitable for multiple applications where power consumption and intrinsic safety are critical.

  • NDIR gas sensors
  • Medical applications
  • Automotive emissions
  • Refrigerant detection
  • Indoor air quality

The tunIR units can be operated individually or in combination to produce single or multiwavelength emitters in the mid- or long infrared portions of the spectrum.




 

 

 
 
 
CMOS光电二极管阵列 TDI 成像器
成像管 多路缓冲器
光电倍增管 光电二极管
光电晶体管 光敏电阻
光子计数模块 冷却型CCD传感器
模拟光学隔离器 线性扫描成像器
医用传感器 紫外光传感器
紫外发光二极管
深紫外发光二极管 近紫外发光二极管
牙医蓝大功率发光二极管 大功率深紫外发光二极管
发光二极管驱动  
激光二极管
气体分析用激光二极管 超辐射激光二极管  
通用激光二极管   激光二极管驱动控制器  
光纤耦合激光二极管 激光二极管配件
大功率泵浦激光二极管模块 半导体光学放大器
红外发光二极管
大功率红外发光二极管 中红外发光二极管
发光二极管驱动 近红外发光二极管
光电探测器
热电堆探测器 硅光电探测器
热释电探测器 锗光电探测器
中红外光电探测器 InGaAs光电探测器
紫外探测器   双波段探测器
 

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 红外线温度传感器 四 红外测温模块红外测温模块二 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

  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

 

   
 

更多产品请看本公司产品专用销售网站:

欢迎索取免费详细资料、设计指南和光盘 ;产品凡多,未能尽录,欢迎来电查询。

中国传感器科技信息网:http://www.sensor-ic.com/

SSTKJ工控安防网:http://www.pc-ps.net/

SSTKJ电子 元器件网:http://www.sunstare.com/

SSTKJ微波光电产品网:HTTP://www.rfoe.net/

消费电子产品网://www.icasic.com/

科技产品网://www.sunstars.cn/传感器销售热线:

    地址:深圳市福田区福华路福庆街鸿图大厦9732室

    电话:0755-83376489 83376549 83607652 83370250   83370251   83376549

    传真:0755-83376182  (0)13902971329  MSN: xjr5@163.com

    邮编:518033   E-mail:szss20@163.com     QQ: 195847376

    深圳赛格展销部:深圳华强北路赛格电子市场9583号 电话:0755-83665529   13823648918

    技术支持: 0755-83394033 13501568376

    北京分公司:北京海淀区知春路132号中发电子大厦3097   TEL  13823791822  FAX010-62543996 

    上海分公司:上海市北京东路668号上海賽格电子市场地下一层D25号   TEL  56703037  13823676822  FAX021-56703037

    西安分公司:西安高新开发区20(中国电子科技集团导航技术研究所)    西安劳动南路88号电子商城二楼D23 

            TEL  18926764199  FAX:029-77678271