美国Cal Sensors
地区：北京 北京市
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Cal Sensors has developed and is a volume producer of photoconductive lead sulfide (PbS) and lead selenide (PbSe) infrared detectors / Infrared Sensors which cover the 1 µm to 5.5 µm spectral region.
Our SCD-13 and SCD-15 IR detectors are manufactured via well established and superbly controlled processes, and because of their proven performance, have become the infrared detectors of choice by most system manufacturers worldwide.
This section is intended as a design guide to:
IDA (Integrated IR Detector Assembly)
Uncooled SCD-13 Detectors (Ambient Packaged)
One Stage TEC SCD-13 Detectors (50° typical DT)
Two Stage (1.5W) TEC SCD-13 Detectors (60° typical DT)
Two Stage (2.5W) TEC SCD-13 Detectors (75° typical DT)
This section is intended as a design guide to:
IDA (Integrated IR Detector Assembly)
Uncooled SCD-15 Detectors (Ambient Packaged)
One Stage TEC SCD-15 Detectors (50° typical DT)
Two Stage (1.5W) TEC SCD-15 Detectors (60° typical DT)
Two Stage (2.5W) TEC SCD-15 Detectors (75° typical DT)
MCD Array — For applications that require only a few detector elements, each element can be bonded to a dedicated package pin. These also include packages with multiple detector types.
LMA Array — For applications requiring a larger number of elements, multiplexing provides a convenient way to reduce the package pin count. Signal conditioning is also provided.
After years of extensive development and testing, Cal Sensors has developed low cost, high reliability pulsable and steady-state emitters specifically designed for use with infrared detectors.
Cal-Source infrared emitters, constructed with rugged, proven packaging techniques developed at Cal Sensors, offer a new level in state-of-the-art design and performance:
| Ambient Temperature: | +23°C |
| Detector Operating Temperature | +23°C |
| Detectors tested using 50 V/mm across the detector and a one Megohm load resistor in series. (except AP-1x3, AP-1x5, and AP-2x5 use 0.5 megohm load resistor.) | ||||
| Standard Specifications - Electrical | ||||
| Minimum | Typical | Maximum | Units | |
| Wavelength of Max. Response | 2.2 | 2.4 | µm | |
| D*(500K, 650 Hz, 1Hz) | 7.5 x 108 | 9.4 x 108 | cm Hz1/2 w-1 | |
| D*( lpk, 650 Hz, 1 Hz) | 8.0 x 1010 | 1.0 x 1011 | cm Hz1/2 w-1 | |
| Element Resistance (Dark) | 0.5 | 1.0 | 2.0 |
Megohms/
|
| Time Constant (not measured) | 200 | 400 | µsec | |
| Rated Element Temperature | +65 | °C | ||
When using the table below, remove parenthesis and insert appropriate designation for package type in this space: Example: 3 for TO-3, 5 for TO-5, 8 for TO-8.
|
Model Number |
Element Size (mm) |
Responsivity (lpk, 650) vw-1 |
Standard Package Options |
|
| Minimum | Typical | |||
| AP-1( ) | 1 x 1 | 5.3 x 105 | 8.0 x 105 | TO-5, TO-8 |
| AP-1 x 3( ) | 1 x 3 | 2.1 x 105 | 3.1 x 105 | TO-5, TO-8 |
| AP-1 x 5( ) | 1 x 5 | 1.2 x 105 | 1.8 x 105 | TO-5, TO-8 |
| AP-2( ) | 2 x 2 | 2.7 x 105 | 4.0 x 105 | TO-5, TO-8 |
| AP-2 x 5( ) | 2 x 5 | 0.8 x 105 | 1.2 x 105 | TO-5, TO-8 |
| AP-3( ) | 3 x 3 | 1.7 x 105 | 2.6 x 105 | TO-5, TO-8 |
| AP-48 | 4 x 4 | 1.3 x 105 | 2.0 x 105 | TO-8 |
| AP-58* | 5 x 5 | 1.1 x 105 | 1.6 x 105 | TO-8 |
| AP-68* | 6 x 6 | 9.0 x 104 | 1.4 x 105 | TO-8 |
| AP-103** | 10 x 10 | 5.0 x 104 | 7.5 x 104 | TO-3 |
|
* Minimum D*(lpk, 650, 1) >7.0 x 1010 cm Hz1/2 w-1 ** Minimum D*(lpk, 650, 1) >6.0 x 1010 cm Hz1/2 w-1 |
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| Ambient Temperature: | +25°C |
| Detector Operating Temperature | -25°C |
| Typical Cooler Power @/or near Max. Cooling: |
AT1 - 1.0 volts @1.2 amps AT1S - 1.8 volts @ 1.2 amps |
|
Standard Specifications - Electrical All detector specifications are at a bias voltage of 50 V/mm distance between electrodes applied across the detector and with a one megohm load resistor in series. All specifications apply at or near maximum cooling with the heat sink @ +25°C. |
|
| Minimum | Typical | Maximum | Units | |
| Wavelength of Max. Response | 2.4 | 2.5 | µm | |
| D*(500K, 650 Hz, 1Hz) | 1.0 x 109 | 1.5 x 109 | cm Hz1/2 w-1 | |
| D*( lpk, 650 Hz, 1 Hz) | 1.0 x 1011 | 1.5 x 1011 | cm Hz1/2 w-1 | |
| Element Resistance (Dark) | 1.5 | 3.0 | 10.0 |
Megohms/
|
| Time Constant (not measured) | 800 | 1600 | µsec | |
| Rated Element Temperature | +65 | °C | ||
| DT@/or near Max. Cooling | 45 | 50 | °C |
For square or rectangular element sizes and/or packages not listed, please contact our application engineers, phone (707) 303-3837, or fax (707) 545-5113.
When using the table below, remove parenthesis and insert appropriate designation for package type in this space: Example: 6 for TO-66, 7 for TO-37, 8 for TO-8.
|
Model Number |
Element Size (mm) |
Responsivity (lpk, 650) vw-1 |
Standard Package Options |
|
| Minimum | Typical | |||
| AT1-1( ) | 1 x 1 | 1.3 x 106 | 1.9 x 106 | TO-37,TO-8 |
| AT1-2( ) | 2 x 2 | 6.3 x 105 | 9.5 x 105 | TO-37,TO-8 |
| AT1-3( ) | 3 x 3 | 4.2 x 105 | 6.3 x 105 | TO-37,TO-8 |
| AT1S-4( ) | 4 x 4 | 3.1 x 105 | 4.7 x 105 | TO-66, TO-8 |
| AT1S-5( )* | 5 x 5 | 2.5 x 105 | 3.8 x 105 | TO-66, TO-8 |
| AT1S-6( )* | 6 x 6 | 2.0 x 105 | 3.0 x 105 | TO-66, TO-8 |
| AT1S-103** | 10 x 10 | 1.2 x 105 | 1.8 x 105 | TO-3 |
|
* Minimum D*(lpk, 650, 1) >8.0 x 1010 cm Hz1/2 w-1 **Minimum D*(lpk, 650, 1) >7.0 x 1010 cm Hz1/2 w-1 |
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|
Ambient Temperature: |
+25°C |
| Detector Operating Temperature | -35°C |
| Typical Cooler Power @/or near Max. Cooling: | 0.9 volts @1.2 amps |
|
Standard Specifications - Electrical All detector specifications are at a bias voltage of 50 V/mm distance between electrodes applied across the detector and with a one megohm load resistor in series. All specifications apply at or near maximum cooling with the heat sink @ +25°C. |
||||
| Minimum | Typical | Maximum | Units | |
| Wavelength of Max. Response | 2.5 | 2.6 | µm | |
| D*(500K, 650 Hz, 1Hz) | 1.6 x 109 | 2.7 x 109 | cm Hz1/2 w-1 | |
| D*( lpk, 650 Hz, 1 Hz) | 1.5 x 1011 | 2.5 x 1011 | cm Hz1/2 w-1 | |
| Element Resistance (Dark) | 2.5 | 5.0 | 15.0 |
Megohms/
|
| Time Constant (not measured) | 1250 | 2500 | µsec | |
| Rated Element Temperature | +65 | °C | ||
| DT@/or near Max. Cooling | 55 | 60 | °C | |
For square or rectangular element sizes and/or packages not listed, please contact our application engineers, phone (707) 303-3837, or fax (707) 545-5113.
When using the table below, remove parenthesis and insert appropriate designation for package type in this space: Example: 6 for TO-66, 7 for TO-37, 8 for TO-8.
|
Model Number |
Element Size (mm) |
Responsivity (lpk, 650) vw-1 |
Standard Package Options |
|
| Minimum | Typical | |||
| AT2-1( ) | 1 x 1 | 1.3 x 106 | 2.0 x 106 | TO-37, TO-8 |
| AT2-2( ) | 2 x 2 | 6.6 x 105 | 1.0 x 106 | TO-37, TO-8 |
| AT2-3( ) | 3 x 3 | 4.3 x 105 | 6.4 x 105 | TO-37, TO-8 |
| AT2-4( )* | 4 x 4 | 3.2 x 105 | 4.8 x 105 | TO-37, TO-8 |
| * Minimum D*(lpk, 650, 1) >1.0 x 1011 cm Hz1/2 w-1 | ||||
| Ambient Temperature: | +25°C |
| Detector Operating Temperature | See model types below |
| Typical Cooler Power @/or near Max. Cooling: | 1.8 volts @1.2 amps |
|
Standard Specifications - Electrical All detector specifications are at a bias voltage of 50 V/mm distance between electrodes applied across the detector and with a one megohm load resistor in series. All specifications apply at or near maximum cooling with the heat sink @ +25°C. |
||||
| Minimum | Typical | Maximum | Units | |
| Wavelength of Max. Response | 2.6 | 2.7 | µm | |
| D*(500K, 650 Hz, 1Hz) | 2.2 x 109 | 3.3 x 109 | cm Hz1/2 w-1 | |
| D*(lpk, 650 Hz, 1 Hz) | 2.0 x 1011 | 3.0 x 1011 | cm Hz1/2 w-1 | |
| Element Resistance (Dark) | 3.0 | 6.0 | 20.0 |
Megohms/
|
| Time Constant (not measured) | 1750 | 3500 | µsec | |
| Rated Element Temperature | +65 | °C | ||
| DT@/or near Max. Cooling | 70 | 75 | °C | |
For square or rectangular element sizes and/or packages not listed, please contact our application engineers, phone (707) 303-3837, or fax (707) 545-5113.
When using the table below, remove parenthesis and insert appropriate designation for package type in this space: Example: 6 for TO-66, 8 for TO-8.
|
Model Number |
Element Size (mm) |
Responsivity (lpk, 650) vw-1 |
Operating Temp |
Standard Package Options |
|
| Minimum | Typical | ||||
| AT2S-1( ) | 1 x 1 | 1.4 x 106 | 2.1 x 106 | -50°C | TO-66, TO-8 |
| AT2S-2( ) | 2 x 2 | 7.0 x 105 | 1.1 x 106 | -50°C | TO-66, TO-8 |
| AT2S-3( ) | 3 x 3 | 4.3 x 105 | 6.5 x 105 | -45°C | TO-66, TO-8 |
| AT2S-4( ) | 4 x 4 | 3.3 x 105 | 5.0 x 105 | -40°C | TO-66, TO-8 |
| AT2S-5( )* | 5 x 5 | 2.7 x 105 | 4.0 x 105 | -35°C | TO-66, TO-8 |
| AT2S-6( )* | 6 x 6 | 2.4 x 105 | 3.6 x 105 | -25°C | TO-66, TO-8 |
| * Minimum D*(lpk, 650, 1) >1.0x1011 cm Hz1/2 w-1 | |||||
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When using the table below, remove parenthesis and insert appropriate designation for package type in this space. Example: 5 for TO-5, 8 for TO-8.
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Other detector configurations available upon request, please contact our application engineers, phone (707) 303-3837, or fax (707) 545-5113. When using the table below, remove parenthesis and insert appropriate designation for package type in this space. Example: 5 for TO-5, 8 for TO-8.
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Other detector configurations available upon request, please contact our application engineers, phone (707) 303-3837, or fax (707) 545-5113. When using the table below, remove parenthesis and insert appropriate designation for package type in this space. Example: 5 for TO-5, 8 for TO-8.
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Other detector configurations available upon request, please contact our application engineers, phone (707) 303-3837, or fax (707) 545-5113. When using the table below, remove parenthesis and insert appropriate designation for package type in this space. Example: 6 for TO-66, 8 for TO-8.
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The Cal Sensors 256 element linear array is specifically designed for low-cost spectroscopy from 1 to 3 microns. This industry standard, low profile package includes high aspect ratio pixels on 50 micron centers. The internal electronics provide variable integration and dark current correction. Temperature stabilization is achieved by an internal thermoelectric cooler and thermistor
The Cal Sensors 256 element linear array is specifically designed for low-cost spectroscopy from 1 to 5 microns. This industry standard, low profile package includes high aspect ratio pixels on 50 micron centers. The internal electronics provide variable integration and dark current correction. Temperature stabilization is achieved by an internal thermoelectric cooler and thermistor.
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
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红外传感器 | RE200B | KDS209、PIS209 | LHI958、LHI878 | PD632 |
| 红外专用芯片 |
BISS0001 |
BISS0002 |
CS9803GP |
KC778B |
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MB8072 |
HT7610 |
M7612 |
M7610 |
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| 菲涅尔透镜 |
7601 |
7701 |
7703 |
7708 |
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| 菲涅尔透镜选购资料 |
7709 |
7802 |
7803 |
7807 |
|
| 7808 | 8002-1 | 8002-2 | 8102 | ||
| 透镜图片选型类 |
系列1 |
系列2 |
系列3 |
系列4 |
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| 感应开关,报警器 |
GH-903 |
HT-807 |
GH-608 |
主动红外入侵探测器 |
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批量生产
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人体红外感应模块 |
SS-101 |
红外火焰探测器 |
 安防防盗报警配套IC
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| 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 |
美国Cal Sensors
HONEYWELL（霍尼韦尔）
a
b
