红外光电系列
Infrared Detectors
Type series
Type series
|
SeriesFeature
|
Parametr |
Optimal wavelength (λopt µm) |
Cooling |
Operating Temperature |
Immersion Line |
|||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
3 |
3.4 |
4 |
5 |
6 |
8 |
9 |
10.6 |
12 |
13 |
|||||
| PC |
D*, cmHz 1/2 /W
T, ns
|
2.0x109 1000 |
1.0x109 500 |
3.0x108 200 |
2.0x107 2 |
9.0x106 1 |
uncooled | ~300K | no | |||||
| PC-2TE |
D*, cmHz 1/2 /W
T, ns
|
2.0x1010 4000 |
1.0x1010 2000 |
3.0x109 1000 |
4.5x108 20 |
1.4x108 10 |
4.5x107 2 |
9.0x106 2 |
2TE | ~230K | no | |||
| PC-3TE |
D*, cmHz 1/2 /W
T, ns
|
1.5x109 7 |
2.5x108 5 |
9.0x107 5 |
6.0x107 4 |
3TE | ~210K | no | ||||||
| PCI |
D*, cmHz 1/2 /W
T, ns
|
6.0x109 1000 |
4.0x109 500 |
1.0x109 200 |
1.0x108 2 |
9.0x107 1 |
uncooled | ~300K | yes | |||||
| PCI-2TE |
D*, cmHz 1/2 /W
T, ns
|
4.0x1010 4000 |
2.0x1010 2000 |
1.0x1010 1000 |
4.0x109 20 |
1.4x109 10 |
4.5x108 2 |
2.3x108 2 |
2TE | ~230K | yes | |||
| PCI-3TE |
D*, cmHz 1/2 /W
T, ns
|
6.0x109 7 |
2.5x109 5 |
9.0x108 5 |
4.5x108 4 |
3TE | ~210K | yes | ||||||
| PCQ |
D*, cmHz 1/2 /W
T, ns
|
9.0x106 1 |
uncooled | ~300K | no | |||||||||
| PEM |
D*, cmHz 1/2 /W
T, ns
|
1.0x107 1 |
uncooled | ~300K | no | |||||||||
| PV |
D*, cmHz 1/2 /W
T, ns
|
6.5x109 20 |
5.0x109 20 |
3.0x109 20 |
1.0x109 20 |
5.0x108 15 |
4.0x107 8 |
uncooled | ~300K | no | ||||
| PV-2TE |
D*, cmHz 1/2 /W
T, ns
|
7.0x1010 20 |
4.0x1010 20 |
3.0x1010 20 |
9.0x109 20 |
2.0x109 15 |
2.0x108 8 |
1.0x108 6 |
2TE | ~230K | no | |||
| PV-3TE |
D*, cmHz 1/2 /W
T, ns
|
1.0x1011 20 |
7.0x1010 20 |
4.0x1010 20 |
1.0x1010 20 |
4.0x109 15 |
3.0x108 8 |
1.5x108 6 |
3TE | ~210K | no | |||
| PV-4TE |
D*, cmHz 1/2 /W
T, ns
|
1.5x1011 20 |
1.0x1011 20 |
6.0x1010 20 |
1.5x1010 20 |
5.0x109 15 |
4.0x108 8 |
2.0x108 6 |
4TE | ~195K | no | |||
| PVI |
D*, cmHz 1/2 /W
T, ns
|
5.0x1010 20 |
4.5x1010 20 |
2.0x1010 20 |
9.0x109 20 |
4.0x109 15 |
4.0x108 8 |
uncooled | ~300K | yes | ||||
| PVI-2TE |
D*, cmHz 1/2 /W
T, ns
|
5.5x1011 20 |
3.0x1011 20 |
2.0x1011 20 |
6.0x1010 20 |
2.0x1010 15 |
2.0x109 8 |
1.0x109 6 |
2TE | ~230K | yes | |||
| PVI-3TE |
D*, cmHz 1/2 /W
T, ns
|
7.0x1011 20 |
5.0x1011 20 |
3.0x1011 20 |
8.0x1010 20 |
3.0x1010 15 |
3.0x109 8 |
1.5x109 6 |
3TE | ~210K | yes | |||
| PVI-4TE |
D*, cmHz 1/2 /W
T, ns
|
8.0x1011 20 |
7.0x1011 20 |
4.0x1011 20 |
1.0x1011 20 |
4.0x1010 15 |
4.0x109 8 |
2.0x109 6 |
4TE | ~195K | yes | |||
| PVM |
D*, cmHz 1/2 /W
T, ns
|
6.0x107 4 |
1.0x107 1.5 |
uncooled | ~300K | no | ||||||||
| PVM-2TE |
D*, cmHz 1/2 /W
T, ns
|
3.0x108 4 |
1.0x108 3 |
2TE | ~230K | no | ||||||||
| PVMI |
D*, cmHz 1/2 /W
T, ns
|
3.0x108 4 |
1.0x108 1.5 |
uncooled | ~300K | yes | ||||||||
| PVMI-nTE |
D*, cmHz 1/2 /W
T, ns
|
|||||||||||||
|
SeriesFeature
|
Parametr |
Optimal wavelength (λopt µm) |
|
|||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
3 |
3.4 |
4 |
5 |
6 |
8 |
9 |
10.6 |
12 |
13 |
|||
| PC |
D*, cmHz 1/2 /W
T, ns
|
2.0x109 1000 |
1.0x109 500 |
3.0x108 200 |
2.0x107 2 |
9.0x106 1 |
more | |||||
| PC-2TE |
D*, cmHz 1/2 /W
T, ns
|
2.0x1010 4000 |
1.0x1010 2000 |
3.0x109 1000 |
4.5x108 20 |
1.4x108 10 |
4.5x107 2 |
9.0x106 2 |
more | |||
| PC-3TE |
D*, cmHz 1/2 /W
T, ns
|
1.5x109 7 |
2.5x108 5 |
9.0x107 5 |
6.0x107 4 |
more | ||||||
| PCI |
D*, cmHz 1/2 /W
T, ns
|
6.0x109 1000 |
4.0x109 500 |
1.0x109 200 |
1.0x108 2 |
9.0x107 1 |
more | |||||
| PCI-2TE |
D*, cmHz 1/2 /W
T, ns
|
4.0x1010 4000 |
2.0x1010 2000 |
1.0x1010 1000 |
4.0x109 20 |
1.4x109 10 |
4.5x108 2 |
2.3x108 2 |
more | |||
| PCI-3TE |
D*, cmHz 1/2 /W
T, ns
|
6.0x109 7 |
2.5x109 5 |
9.0x108 5 |
4.5x108 4 |
more | ||||||
| PCQ |
D*, cmHz 1/2 /W
T, ns
|
9.0x106 1 |
more | |||||||||
| PEM |
D*, cmHz 1/2 /W
T, ns
|
1.0x107 1 |
more | |||||||||
| PV |
D*, cmHz 1/2 /W
T, ns
|
6.5x109 20 |
5.0x109 20 |
3.0x109 20 |
1.0x109 20 |
5.0x108 15 |
4.0x107 8 |
more | ||||
| PV-2TE |
D*, cmHz 1/2 /W
T, ns
|
7.0x1010 20 |
4.0x1010 20 |
3.0x1010 20 |
9.0x109 20 |
2.0x109 15 |
2.0x108 8 |
1.0x108 6 |
more | |||
| PV-3TE |
D*, cmHz 1/2 /W
T, ns
|
1.0x1011 20 |
7.0x1010 20 |
4.0x1010 20 |
1.0x1010 20 |
4.0x109 15 |
3.0x108 8 |
1.5x108 6 |
more | |||
| PV-4TE |
D*, cmHz 1/2 /W
T, ns
|
1.5x1011 20 |
1.0x1011 20 |
6.0x1010 20 |
1.5x1010 20 |
5.0x109 15 |
4.0x108 8 |
2.0x108 6 |
more | |||
| PVI |
D*, cmHz 1/2 /W
T, ns
|
5.0x1010 20 |
4.5x1010 20 |
2.0x1010 20 |
9.0x109 20 |
4.0x109 15 |
4.0x108 8 |
more | ||||
| PVI-2TE |
D*, cmHz 1/2 /W
T, ns
|
5.5x1011 20 |
3.0x1011 20 |
2.0x1011 20 |
6.0x1010 20 |
2.0x1010 15 |
2.0x109 8 |
1.0x109 6 |
more | |||
| PVI-3TE |
D*, cmHz 1/2 /W
T, ns
|
7.0x1011 20 |
5.0x1011 20 |
3.0x1011 20 |
8.0x1010 20 |
3.0x1010 15 |
3.0x109 8 |
1.5x109 6 |
more | |||
| PVI-4TE |
D*, cmHz 1/2 /W
T, ns
|
8.0x1011 20 |
7.0x1011 20 |
4.0x1011 20 |
1.0x1011 20 |
4.0x1010 15 |
4.0x109 8 |
2.0x109 6 |
more | |||
| PVM |
D*, cmHz 1/2 /W
T, ns
|
6.0x107 4 |
1.0x107 1.5 |
more | ||||||||
| PVM-2TE |
D*, cmHz 1/2 /W
T, ns
|
3.0x108 4 |
1.0x108 3 |
more | ||||||||
| PVMI |
D*, cmHz 1/2 /W
T, ns
|
3.0x108 4 |
1.0x108 1.5 |
more | ||||||||
| PVMI-nTE |
D*, cmHz 1/2 /W
T, ns
|
more | ||||||||||
Thermal Imaging Systems
Description
The VIGOcam v50 camera is designed for temperature distribution measurements and recording in technological device diagnostic. It can be used in various scientific and industrial applications, eg. industrial process control, power and building industry, medical diagnostic and scientific research.
The camera is constructed with the use of a 384 x 288 microbolometric detector array. The new generation, 25 μm pixel, detector array and excellent optics ensure high thermal sensitivity (NETD: 0.07°C @ 30°C) and spatial resolution (1 mrad) of the camera.
The VIGOcam v50 camera is equipped with 3.5" LCD display, video camera, laser pointer, radio link that enables remote control, SD memory card reader, microphone and loudspeaker. Connection with a PC computer is possible via Ethernet port.
The data sent to a PC computer can be processed with sophisticated THERM v50 software which offers various analytical functions to process temperature distribution data including charts, histograms within user-defined regions and report generator. The camera and it's software could be easily adjusted to the customer's specific requirements.
- Compact package
- Accurate temperature measurement
- High thermal and spatial resolution
- Frame rate: 30/60Hz
- Built-in video camera and microphone (voice memos)
- On-line data transmission to computer (Ethernet)
- Radio link
- User-friendly interface
- Sophisticated THERM v50 software which offers extensive analysis capabilities and report generator (in set)
- Software designed by group of engineers and technicians from VIGO System in cooperation with camera v20 users
- Fast customer support
- Flexible system with custom modifications possibility
Time & Frequency Counters
Description
The T3000 series of the versatile and accurate Time, Interval & Frequency counters offer in measurement of time interval an unprecedented 25 ps time resolution, below 35 ps time precision (standard deviation, sigma value), and up to 14 significant digits of the result on display. You can measure the frequency up to 3.5 GHz as standard. All instruments have built-in comprehensive analysis capabilities for estimation of the signal dynamics and its statistical behavior. The advanced measurement modes include the frequency sampling up to 2 MSa/s and testing the quality of frequency signals: Allan Deviation (ADEV), Time Interval Error (TIE, MTIE), and Time Deviation (TDEV).
- Time interval measurement range: 0 – 4400 seconds, up to 14 digits
- Resolution: 25 ps
- Precision (standard deviation) < 35 ps
- Up to 5 milion measurements per second (zero time interval, internal FIFO memory)
- Frequency range up to 3.5 GHz, up to 14 digits
- Frequency sampling up to 2 MSa/s
- Measurement of Allan Deviation (ADEV)
- Measurement of Time Interval Error (TIE, MTIE), TDEV
- Totalize mode
- On-board automatic calibrator
- Selectable pulse edge and polarity
- Selectable input threshold level or automatic threshold search
- Comprehensive statistical data processing
- Intuitive user interface and easy to use graphical display
- User-friendly software for Windows and DLL file for user’s applications
- Export of data files for processing in other programs (Stable32, MS Excel)
- Supplied Programmer’s Guide allows for easy custom
programming in system applications
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
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
一
红外测温模块二
红外测温模块
三
红外测温模块
四
红外火焰探测器红外气体分析器件
红外气体分析原理
 热释电红外人体感应传感器系列产品/防盗报警配套元器件 |
|||||
|
|
红外传感器 | RE200B | KDS209、PIS209 | LHI958、LHI878 | PD632 |
| 红外专用芯片 | |||||
|
MB8072 |
M7612 |
||||
| 菲涅尔透镜 | |||||
| 菲涅尔透镜选购资料 | |||||
| 7808 | 8002-1 | 8002-2 | 8102 | ||
| 透镜图片选型类 | |||||
| 感应开关,报警器 | |||||
|
批量生产 |
人体红外感应模块 |
 安防防盗报警配套IC |
|||
| 红外出入口控制探测器 | 吸顶式被动红外探测器 |
| 被动红外幕帘式防盗探测器 | 被动红外探测器 |
| 长距离被动红外探测器 | 无限被动红外FR920 |
| DS835IT | 三技术红外探测器 |
| 吸顶式三技术红外探测器 | 长距离三技术红外探测器 |
| 光电对射探测器 | 单射束光电对射探测器 |
| 双射束光电对射探测器 | 四射束光电对射探测器 |
| 操作手册 | 红外测距传感器/距离测量传感器 |
| 紫外传感器 | 被动式红外传感器 |
| 汽车尾气四/五气模块 | 红外气体传感器 |
| 红外发射管 | 红外探测器 |
| 红外接收管 | 红外非接触测温传感器 |
| 红外非接触测温模块 | 非接触红外测温仪 |
| 热释电红外传感器 | 红外中断开关 |
| 光电编码元件 | 光电组件 |
| 红外中断开关 | 热电堆传感器 |
| 紫外光敏管、紫外光管、紫外光电管详细资料下载 | 红外发射二极管 |
SS-101红外线人体感应模块使用说明
SS-968微波感应模块/雷达探测模块使用说明
SS-9261微波感应模块/雷达探测模块使用说明
| 安防产品 | 主动红外 | 被动红外 | 门窗磁控感应器 |
| 其它产品 | 电子元器件产品 | 液位传感器 | 接近传感器 |
| 干簧管 | 磁簧继电器 | 光电传感器 | 液位开关 |
| 浮子 |
| CO 红外探测器 CH4红外探测器 CO2红外探测器 SF6红外探测器 SO2红外探测器 HC红外探测器 |
| 红外光源 红外光电气体传感器 NDIR红外气体传感器 红外温度传感器 红外气体分析器件 |
| CO2红外光源 CH4红外光源 CO红外光源 C3H8红外光源 C4H10红外光源 C2H4红外光源 C2H2红外光源 SF6红外光源 SO2红外光源 HC红外光源 |
