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产品
C30659系列包含一个带混合前置放大器的硅(Si)或InGaAs雪崩光电二极管(APD),采用相同的气密TO-8封装,以实现超低噪音工作。我们的C30659-1060E-R8BH装置采用C30954EH Si APD,后者经过1060nm优化,感光直径为0.8 mm。
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C30659系列混合光学APD接收器包含一个带混合前置放大器的硅(Si)或InGaAs雪崩光电二极管(APD),采用相同的气密TO-8封装以实现超低噪音工作。我们的C30659-1060-R8BH装置采用C30954EH Si APD,后者在1060nm经过优化,感光直径为0.8nm。
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C30659系列混合光学APD接收器包含一个带混合前置放大器的硅(Si)或InGaAs雪崩光电二极管(APD),采用相同的TO-8封装以实现超低噪音工作。我们的C30659-900-R8AH装置采用C30817EH Si APD,后者在900nm具有峰值响应,感光直径为0.8nm。
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C30659系列包含一个带混合前置放大器的硅(Si)或InGaAs雪崩光电二极管(APD),采用相同的气密TO-8封装,以实现超低噪音工作。我们的C30659-900-R5BH装置采用C30902EH Si APD,后者在900nm具有峰值响应,感光直径为0.5nm。
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1102502系列电源是一种125 kV/250 mA CT X射线电源,高度稳压,所有电源功能均采用高频功率转换技术。设计用于大功率旋转阳极X射线管,在标准工作模式下电流为250 mA时可产生-125 kV的电压;在射线管调节工作模式下电流为10 mA时的电压为-130 kV。
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180 kV/16 mA CT X射线电源是一种高度可调节的电源,设计用于X射线计算机断层扫描(CT)系统。在安装到转速为120 rpm(最高达25 G的加速度力)的旋转机架上时,该电源可以在满输出下持续运行。高压罐组件内充满了用于电绝缘和冷却的油液。内部互锁和诊断功能广泛的整合,确保操作安全且高度可靠。
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The XRSE High-Voltage Power Supply is a highly regulated power supply designed for use in an X-ray system. The supply provides high voltage for the X-ray tube, filament power and closed-loop emission current control. The unit is designed to run continuously at full output. High-frequency power conversion technology is used for all power supply functions. Extensive internal interlocks and diagnostics are incorporated to provide reliable and safe operation. Excelitas also designs and…
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埃赛力达的-150kV、100mA电子束HVPS电源集成了25 Vac、50Hz、<20 Arms的交流灯丝驱动器和-30 - +170Vdc、200mA的网格驱动器。网格驱动器电源是专为在电子束系统中使用而设计的负高稳压电源,能够产生0至-150kVdc、100mA的直流电源。该电源设计为在满输出功率下连续运行。
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这种埃赛力达高压电源(HVPS)旨在为电子束枪供电。1102710系列HVPS提供两个输出,即高压电子束电源,以及在高压电子束电源输出电压附近浮动的辅助电源。在70mA下,标称高压输出为-180kV,功率约为13kW。辅助电源旨在为电子束枪中的控制和灯丝电子设备供电,这些电子设备控制从HVPS引出的电子束发射电流。
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埃赛力达电子枪高压电源是一种高度稳压的电源,用于电子束系统。电源为电子束发射器提供高压、灯丝功率和闭环发射电流控制。所有电源功能都使用高频功率转换技术。此装置设计为在满输出电压下连续运行。
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埃赛力达的-150kV,100mA电子束HVPS电源集成了25Vac、50Hz、<20Arms的交流灯丝驱动器和-30 - +170Vdc、200mA的网格驱动器。网格驱动器电源是专为在电子束系统中使用而设计的负高稳压电源,能够产生0至-150kVdc、100mA的直流电源。该电源设计为在满输出功率下连续运行。
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该高压电源是一种高度可调节的电源。如果用作电子枪电源,可提供高压以及电子束发射器、灯丝电力和闭环发射电流控制功能。所有电源功能均采用高频功率转换技术。电源设计可实现满输出连续运行。
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APOLED型号包含单个具有优异热性能和高通量的高质量芯片。埃赛力达提供定制白光相关色温(CCT),具有高CRI值或任何其他可用波长裸片。我们保证生产批次遵守基本规格要求、严格的装仓要求和定制式测试,包括确保Ra、 R9和R13的最低CRI值。我们的微型APOLED尺寸非常小,足以进行高质量的混色和致密填充。
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ACULED®是一个板上芯片(COB)LED封装,其中包含四个可单独寻址的LED芯片。我们提供标准波长或定制波长的各种选项,以及具有高显色性的各种白光相关色温。ACULED封装非常适合需要可调节相关色温并具有高CRI值的医疗照明设备。
Product Category
埃赛力达电子枪高压电源是专为电子束系统设计的高度可调节电源。该电源为电子束发射器、灯丝电力和闭环发射电流控制提供高压电源。所有电源功能均采用高频功率转换技术。该装置的设计可实现满输出连续运行。
Product Category
The Excelitas family of high-voltage X-ray power supplies are highly regulated designs created for the demanding requirements of X-ray systems. These power supplies provide high voltage for X-ray tube, filament power and closed-loop emission current control. Some units run continuously at full power and others are designed for lower duty cycle applications that have high peak power demands.
Product Category
埃赛力达提供的光子探测解决方案覆盖宽广的光谱范围,包括Gamma、X射线、UV、可见光和近红外……可以让您轻松地找到适合特定探测应用的探测器。产品包括硅PIN、铟镓砷PIN、硅APD、铟镓砷APD、混合接收器和光子计数模块。除了提供广泛的即用型设备外,我们还擅长提供满足特定需求的定制式解决方案。
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埃赛力达提供一些列光输出能力无与伦比的创新光纤光源和组件,可配置易于设计、上市速度快的选配件。这些LED光源旨在将高强度白光耦合到光纤束中,以用于内窥镜检查、手术头灯、手术显微镜、工业管道镜、检测系统和机器视觉等应用。
Product Category
Excelitas offers Time-of-Flight (ToF) Chips and Modules based on proprietary CMOS/CCD imagers. The operating principle is based on the time-of-flight of photons emitted by the illumination source and reflected back from the object to the photosensitive pixels. The system measures the phase-shift between the emitted and received signal, which is proportional to the distance. High photo-sensitivity and high-resolution ADC allows measurement accuracy down to a centimeter level depending on the…
Product Category
埃赛力达提供的光子检测解决方案涵盖硅PIN、铟镓砷PIN、雪崩光电二极管、混合接收器以及光子计数模块,可以为广大市场满足高性能、大容量设备需求。埃赛力达热红外传感器包括各种热释电探测器、热电堆探测器和红外传感器模块,用于运动检测、状态监视、温度测量和气体检测。
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Excelitas offers a wide variety of single channel and array variants of pulsed laser diodes. With central wavelengths at 905 nm and 1550 nm, and packages ranging from high volume SMD to hermetically-sealed, metal-can TO, you are sure to find the correct component for your needs.With decades of experience in the field of semiconductor lasers and vertical integration, Excelitas is able to deliver the right product for various applications including range finding and LiDAR. In addition…
Product Category
The Excelitas Short-Arc Pulsed Xenon Lamps are the light sources of choice for precision performance lamp applications such as clinical and in-vitro diagnostics, life sciences, environmental monitoring, analytical instrumentation, and spectrophotometry. Short-Arc Xenon flash lamps are unconfined arc flashlamps which produce microseconds duration pulses of broadband light of high radiant intensities. Capable of operating at high repetition rates, these flashlamps generate light over a…
Product Category
Excelitas offers a wide range of flashlamp designs for various applications, including IPL, medical and industrial laser, solar simulation, and weathering. Additionally, these unique flashlamp designs are utilized in our complete Flash System solutions for applications such as rapid thermal processing and disinfection. Utilizing our unique design know-how and manufacturing capabilities obtained from decades of combined flashlamp experience, we work with our customers to develop the best…
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VTE3322LAH是采用T-1(3 mm)塑料封装的940 nm红外发光二极管(IRED)。它可提供1.5 mW的输出功率以及±10°的窄光束角。
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VTE1013H是采用气密TO-46封装的940 nm红外发光二极管(IRED)。此红外发光二极管提供30 mW的输出功率以及±35°的宽光束角。
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VTE1113H是采用气密TO-46带透镜封装的940 nm红外发光二极管(IRED)。此红外发光二极管提供30 mW的输出功率以及±10°的窄光束角。
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VTE1291W-2H是采用T-1 ¾(5mm)塑料封装的880 nm红外发光二极管(IRED)。此红外发光二极管提供25 mW的输出功率,具有±25°的宽光束角,并获得了UL认证。
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VTE1291W-1H是采用T-1 ¾(5 mm)塑料封装的880 nm红外发光二极管(IRED)。它可提供20 mW的输出功率以及±25°的宽光束角,并获得了UL认证。
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VTE3374LAH是采用T-1(3 mm)塑料封装的880 nm红外发光二极管(IRED)。它可提供5 mW的输出功率以及±10°的窄光束角。
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VTE3372LAH是采用T-1(3 mm)塑料封装的880 nm红外发光二极管(IRED)。它可提供3 mW的输出功率以及±10°的窄光束角。
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VTE1163H是采用气密TO-46带透镜封装的880 nm红外发光二极管(IRED)。此红外发光二极管提供110 mW的输出功率以及±10°的窄光束角。
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埃赛力达880 nm红外发光二极管(IRED)采用气密TO-46封装,可提供80 mW的输出功率以及±35°的宽光束角。
Product Category
Infrared Emitting Diodes (IREDs) are solid state light sources emitting in the near infrared part of the spectrum. The emission wavelength is closely matched to the response peak of silicon photodiodes and phototransistors. This product line provides a broad range of lens and power output options. Both top and side radiating cases are available as well as a wide range of emission beam profiles. These IREDs may be operated in either CW or pulsed operating modes.IREDs…
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埃赛力达科技为那些在不同行业处于领先地位的原始设备制造商(OEM)设计和制造高性能的定制电源和系统,这些行业包括:医疗、牙科、半导体、工业制造、安全与安防。我们广泛的产品组合利用最新的先进功率转换技术,是经过实践检验的设计。
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埃赛力达科技拥有大量高性能电子设备、电源及高能器件技术,可以驱动要求最高的光子系统。我们的电子设备及电源产品包括:电容充电器、火花隙和变压器、高压直流电源和原子频率标准。我们的高能器件产品组合包括:电子型安全臂装置、雷管、点火保险装置和火箭发动机起爆器。
Product Category
Excelitas Thermopile Sensors offer leading-edge, non-contact temperature measurement for applications in smart home, smart appliances, intelligent thermostats and HVAC control systems, and ear and forehead thermometers.Our Thermopile Detectors are typically Thermopiles with integrated Thermistor providing analog output in various packages. Special designs include built-in lenses or reflectors to enhance sensing performance, Isothermal constructions, or Dual narrow-band windows. Our…
Product Category
Excelitas Pyroelectric Infrared Detectors define the leading edge of motion detection technology, offering a variety of both digital and analog Pyroelectric IR Detectors to serve a wide range of applications in smart home, smart city, IOT, burglary detection and security systems. With Pyroelectrics available in Single-, Dual- and Quad-Element configurations we offer you a wider range of different sized infrared sensor surfaces, which directly translates to enhanced performance and…
Product Category
Excelitas CoolEYE™ IR Arrays offer leading-edge, non-contact temperature measurement for applications where a finer spatial temperature resolution is necessary. This can be achieved with either a sweeping linear array with 8 or 16 pixels, or a static 2-dimensional array with often only 4 x 4 pixels. These sensors are well-suited for applications such as elevated skin temperature screening, presence and motion detection, room climate control, fire and overheat detection and much more.Our…
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VTP3410LAH是一种采用可见光屏蔽、长T1透镜封装的硅光电二极管,在近IR光谱范围内具有增强的响应。这种硅光电二极管具有极高分流电阻、低暗电流和低电容的特征。
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VTP1188SH是一种带透镜陶瓷封装的硅光电二极管。这种光电二极管在可见光或近红外光谱范围内增强响应,并且具有很高的分流电阻、低暗电流和低电容的特征。
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VTD31AAH是封装在带透明环氧树脂涂层的陶瓷基板上的硅光电二极管,并且是CLD31AA的行业等效产品。此光电二极管具有弱暗电流、快速响应和宽视场等特点。
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VTD206H是采用TO-92可见光阻隔侧视封装的硅光电二极管,并且是SFH206的行业等效产品。此光电二极管具有弱暗电流、快速响应和宽视场等特点。
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VTD206KH是采用TO-92侧视透明封装的硅光电二极管,并且是SFH206K的行业等效产品。此光电二极管具有弱暗电流、快速响应和宽视场等特点。
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VTD205H是采用TO-92可见光阻隔侧视封装的硅光电二极管,并且是SFH205的行业等效产品。此光电二极管具有弱暗电流、快速响应和宽视场等特点。
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VTD205KH是采用TO-92侧视透明封装的硅光电二极管,并且是SFH205K的行业等效产品。此光电二极管具有弱暗电流、快速响应和宽视场等特点。
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VTP8740STRH是一种带集成透镜的、采用透明表面贴装塑料封装的硅光电二极管,具有宽视野、快速响应和低暗电流的特点。
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VTP3410LAH是一种采用可见光屏蔽、端面封装、长条T1滤镜封装的硅光电二极管。该光电二极管在近IR光谱范围内具有增强的响应,并具有极高分流电阻、低暗电流和低电容的特点。
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VTP1332H是一种采用可见光屏蔽T1¾透镜封装的硅光电二极管。这种光电二极管在近IR光谱范围内具有增强的响应,具有极高分流电阻、低暗电流和低电容的特点。
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VTP1332FH是一种采用可见光屏蔽T1¾平面封装的硅光电二极管。该光电二极管在近IR光谱范围内具有增强的响应,并具有极高分流电阻、低暗电流和低电容的特点。
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VTP1188SH是一种带透镜陶瓷封装的硅光电二极管。这种光电二极管在可见光或近红外光谱范围内增强响应,并且具有很高的分流电阻、低暗电流和低电容的特征。
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VTP1112H是采用气密TO-46带透镜封装的硅光电二极管,在可见光和近IR光谱范围内提供增强的响应度。此光电二极管具有极高分流电阻、弱暗电流、低电容和视场窄等特点。
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VTP1012H是采用气密TO-46扁平窗口封装的硅光电二极管。此光电二极管在可见光和近红外光谱范围内的响应速度更快,同时具有极高的分流电阻、弱暗电流和低电容。
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VTB8341H是采用带加厚透明环氧树脂保护层的陶瓷封装的蓝光增强型硅光电二极管。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
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VTB6061UVJH是采用将光电二极管芯片与外壳隔离开的气密TO-8 UV增强型扁平窗口封装的硅光电二极管。此光电二极管在UV光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
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VTB6061JH是采用将光电二极管芯片与外壳隔离开的气密TO-8扁平窗口封装的硅光电二极管。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
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VTB6061UVH是采用气密TO-8 UV增强型扁平窗口封装的硅光电二极管。此光电二极管在UV光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
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VTB6061BH是采用气密TO-8扁平窗口封装的硅光电二极管。通过使用内置IR带阻滤波器将响应限制在可见光光谱范围内,此光电二极管可提供极高的分流电阻和较弱的暗电流。
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VTB6061CIEH是采用气密TO-8扁平窗口封装的硅光电二极管。此光电二极管配备了内置滤波器,因此其光谱响应近似于人眼。它具有极高的分流电阻和较弱的暗电流。
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VTB6061H是采用气密TO-8扁平窗口封装的硅光电二极管。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
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VTB5051UVJH是采用将光电二极管芯片与外壳隔离开的气密TO-5 UV增强型扁平窗口封装的硅光电二极管。此光电二极管在UV光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
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VTB5051JH是采用将光电二极管芯片与外壳隔离开的气密TO-5扁平窗口封装的硅光电二极管。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
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VTB5051BH是采用气密TO-5扁平窗口封装的硅光电二极管。通过使用内置IR带阻滤波器将响应限制在可见光光谱范围内,此光电二极管可提供极高的分流电阻和较弱的暗电流。
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VTB5051UVH是采用气密TO-5 UV增强型扁平窗口封装的硅光电二极管。此光电二极管在UV光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
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VTB5051H是采用气密TO-5扁平窗口封装的硅光电二极管。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
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VTB4051H是采用带透明环氧树脂保护层的8 mm凹陷式陶瓷封装的蓝光增强型硅光电二极管。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
产品
VTB1113BH是采用气密TO-46带透镜封装的硅光电二极管,具有较窄的视场。此光电二极管使用内置IR带阻滤波器,将响应限制在可见光光谱范围内,并具有极高的分流电阻和较弱的暗电流。
产品
VTB1112BH是采用气密TO-46带透镜封装的硅光电二极管,具有较窄的视场。通过使用内置IR带阻滤波器将响应限制在可见光光谱范围内,此光电二极管可提供极高的分流电阻和较弱的暗电流。
产品
VTB1113H是采用气密TO-46带透镜封装的硅光电二极管,具有较窄的视场。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
产品
VTB1112H是采用气密TO-46带透镜封装的硅光电二极管,在蓝光光谱范围内具有增强的响应特性。此光电二极管具有极高的分流电阻、弱暗电流和窄视场。
产品
VTB1013BH是采用气密TO-46扁平窗口封装的硅光电二极管。通过使用内置IR带阻滤波器将响应限制在可见光光谱范围内,此光电二极管可提供极高的分流电阻和较弱的暗电流。
产品
VTB1013H是采用气密TO-46扁平窗口封装的硅光电二极管。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
产品
VTB1012H是采用气密TO-46扁平窗口封装的硅光电二极管。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
产品
VTB1012BH是采用气密TO-46扁平窗口封装的硅光电二极管。通过使用内置IR带阻滤波器将响应限制在可见光光谱范围内,此光电二极管可提供极高的分流电阻和较弱的暗电流。
产品
VTB100AH是采用塑料模压侧视封装的蓝光增强型硅光电二极管。此光电二极管在蓝光光谱范围内具有增强的响应特性,同时具备极高的分流电阻和弱暗电流。
Product Category
Excelitas offers Avalanche Photodiodes (APDs) on both Silicon (Si) and InGaAs materials. Si APDs cover the spectral range of 400 nm to 1100 nm and the InGaAs APDs cover 950 nm to 1550 nm. An Avalanche Photodiode (APD) provides higher sensitivity than a standard photodiode and is for extreme low-level light (LLL) detection and photon counting.The use of APDs instead of PIN photodetectors will result in improved sensitivity in many applications. In general, APDs are useful in…
Product Category
Excelitas “Thermal IR Sensors” represent a wide range of Pyroelectric Detectors, Thermopile Detectors and IR sensor modules. Our leading edge IR sensing technologies are used for motion detection, presence monitoring, temperature measurement and gas detection to enable smarter homes, improved energy efficiency, better health, safer home security and a more expansive and connected IOT. In addition to our wide offering of off-the-shelf devices, we also specialize in customized solutions for…
Product Category
凭借丰富的光电领域经验,埃赛力达制造了一系列具有优质性能的激光光源,可以满足您对激光器引擎的需求。无论你需求的产品是即用型还是定制型,我们都可运用激光专业知识,为您打造一款解决方案,业务范围包括:固态二极管、氦氖灯、脉冲激光二极管、扫频OCT可调谐激光引擎、氙闪光灯激光泵、高压电源。
Product Category
Axsun Technologies was established in 1998 and acquired by Excelitas Technologies in early 2019. Excelitas’ Axsun product line utilizes an array of microelectromechanical systems (MEMS) and other micro-scale optical devices to manufacture industry-leading technology.Our Axsun optical integration technology is leading the way toward higher performance, more compact, more reliable, and more cost-effective subsystems and solutions in a variety of applications – from guidance…
Product Category
pco.panda系列代表我们的紧凑型CMOS(sCMOS)科学相机产品系列。这些相机具有经过优化的被动式热管理外壳,即便外形小巧,也能实现出色的sCMOS图像传感器性能。此外,该系列相机还提供低光模式、光片扫描模式或双帧模式技术等附加可选功能,以进一步提升相机的性能,发挥更加多样的功能。
Application
功能性薄膜是现代产品中的关键组成部分,应用范围涵盖消费电子产品、汽车显示屏、电池、太阳能面板、工业涂料以及先进封装等领域。制造商需要能够提供稳定工艺性能、高产能且对薄型热敏基材热影响最小的固化技术。
Application Category
Excelitas offers innovative UV curing solutions that provide leading manufacturers worldwide with the most advanced, simple-to-use and reliable UV curing technology. Our OmniCure® product line leverages our long-standing, proven industry expertise to deliver faster and more consistent UV curing results to ensure our customers capitalize on highest product quality and production efficiency savings across various applications. UV curing systems offer a high degree of…
Application Category
Modern manufacturing is an on-going photonics revolution. Light can be used by computers to process or measure materials with no surface contact, no contamination and no wear of tool edges in the smallest of scales and over large areas. Photonics-enabled light is used to produce the devices that are ubiquitous in modern lives, to protect our health and environment, and keep us safe. Light-based machine vision and automated optical inspection systems make it possible to inspect a…
Application Category
The dramatic advancements in smart technology and the Internet of Things (IoT) have occurred over the past decade with far reaching implications for consumer products and our everyday lives. These advancements have been enabled, in no small measure, by the development of increasingly sophisticated sensors and detectors that enable our new technologies to interface with the human form in new and inventive ways. Fueling consumer appetites, Excelitas thermal IR and Photonic Detectors and …
Application Category
Excelitas products size, map, detect, time, and measure with precision that aids humanity's understanding and research in a broad range of scientific applications in astronomy, life sciences, physics and more. Excelitas offers precision lenses used for imaging from the cellular to interstellar. Our detectors are sensitive enough to detect single photons in laboratory experiments or from distant galaxies. And, we offer lasers with the beam profile and stability that ensure…
Application
从汽车电子到半导体制造工艺(如原子层沉积),整个生产过程中对电子元件的加热都需要精准、均匀且可控的温度管理。红外技术能够在不进行物理接触的情况下传递高能量,非常适合真空条件下的热处理及其他严苛制造环境。
Application Category
Excelitas is providing market-driven solutions to OEMs that help enable a safer and more secure world. We are providing leading OEMs in the security, safety and surveillance industry with a variety of detection technologies such as photodiodes and photodiode arrays, high-performance sensors, pioneering digital pyroelectric infrared detectors, and industry-leading single photon counting modules in applications such as: Smoke detection Radon detection Environmental monitoring Home …
Application Category
Excelitas’ UVC light sources fulfill a critical role in disinfecting our environments and protecting the public from infectious viral and microbial contamination. UVC disinfection is a non-contact, chemical-free method to inactivate bacteria or viruses and prevent them from replicating while offering a green process with vast environmental and social benefits. Global demand for UVC solutions is sharply increasing and represents a rapidly evolving market landscape since traditional…
Application Category
Harnessing Intelligent Infrared Heat for Industry
Nearly every product undergoes a heating process at least once during its manufacturing. This process can involve drying coatings, activating adhesives, heating plastics before forming, and welding containers using heat. Designers and plant engineers face the challenge of selecting the right heat source that can be effectively integrated into the production process while maximizing efficiency.
Infrared heating is particularly well-suited…
Application
复合材料的制造工艺因其应用领域而异,涵盖汽车、航空航天、风能、建筑及基础设施等领域。红外(IR)加热技术因其快速均匀的加热特性和可靠的固化性能,常被应用于该制造过程。
Application Category
Wide-ranging technologies for illumination, imaging and detection allow Excelitas to serve a breadth of medical applications: diagnostics, surgery, UVC Disinfection, dentistry, ophthalmology, and more. Our extensive capabilities for design and manufacturing, from components to systems, make Excelitas the ideal partner for medical OEMs with the most demanding requirements when quality, cost and ability-to-scale are critical. Excelitas laser, LED, and lamp solutions address…
Application Category
Excelitas' photonic products and expertise enable many aspects of the rapidly accelerating evolution of the automotive and transportation industries. Our detection technologies fulfill the sensory intelligence for automotive systems, enabling the leading-edge of autonomous vehicle development, driver assistance systems and even automated smart car convenience features. With more than 50 years on the defining edge of aerospace head-up displays, Excelitas is an ideal partner to meet the…
Application
埃赛力达的LINOS®和Optem®成像解决方案可为工业机器视觉、半导体和电子器件检测、生命科学成像以及其他高要求应用提供高性能、高精度成像。这些解决方案具备经过实际应用验证的可靠性和极其稳定的成像质量。
Application
UV定位技术用于喷头之间,可提供控制墨滴增大所需要的适量UV能量,并高速实现多种印刷效果。UV LED还可用于双向、单程和3D打印机中数字墨水的完全固化,用于制作海报、标签、标识、包装和3D物体等。
Application
电缆组件被广泛用于各种行业,用于在设备之间传输电信号、电能或数据。常见的电缆组件由系列导线组成单根电缆,电缆至少一端设有连接头,从简单线束到复杂光纤电缆组件均有。
Application
鉴于光缆需求的不断增长,尤其是在电信行业,制造商一直在努力提高生产效率,同时保持高标准的产品质量和耐用性。在光纤制造中使用UV固化技术具有多方面的益处,如提高生产率、改善质量和减少浪费,因此对该行业是极具吸引力的选择。
Application
埃赛力达UV系统使用高能紫外线(UV)照射对水进行消毒,无需使用化学添加剂。这种节能、环保的处理方法可以灭活微生物,包括细菌、病毒和寄生虫,同时还可帮助分解有害的有机污染物。
Application
埃赛力达正在促进当今驾驶辅助技术和未来自动驾驶车辆的发展。我们的光子探测器和脉冲激光二极管发射器经过关键国防任务、航空航天和外太空LiDAR应用领域的实践检验,而且仍在不断改进,以满足汽车行业的需求。
Application
红外线加热是一种高效、精准的现代金属处理方法。无论是加工漆面、干燥涂层,还是金属部件合金化和回流焊接的预热处理,红外线加热都可以帮助实现快速、精准、节能的效果。其快速的响应速度以及能够精准地将热量传递到所需位置的能力,使得红外技术非常适合各种金属处理应用。
Application
许多涂料、油漆和清漆需要加热才能高效干燥。水性涂料需要干燥,而粉末涂料则需要凝胶化和固化。红外线加热器对于干燥水性涂料特别有效,而且能显著加快粉末涂料的熔化过程,从而提高生产效率。
Application
随着制造商对世界各地工厂中生产力最大化的需求不断增加,UV和UV LED固化因具有快速加工、按需固化、易于自动化、低能源需求和无溶剂粘合能力,已经成为制造装配过程中一项重要的装配技术。
Application
汽车工业中的热处理工艺颇具挑战性。红外线(IR)加热技术提供了一种解决方案,它能确保产品质量始终如一,同时降低生产成本。汽车制造过程中涉及多种材料,包括金属涂层、塑料成型、去毛刺、焊接以及玻璃印刷。
Application
在埃赛力达,我们致力于开发先进的红外加热解决方案,助力优化您的加工工艺并提升效率。在涂层干燥、层压和压花等工艺过程中,薄膜、塑料、纸张和无纺布等卷材材料往往需要精确的热量控制。
Application
In the food processing industry, precise temperatures are crucial to avoid overheating, especially when processing chocolate, filling candies, pre-browning instant meals, or heating food surfaces. Infrared emitters deliver heat without direct contact and only for as long as necessary. By eliminating the need for preheating and using energy efficiently, heat is provided exactly when required. Furthermore, infrared emitters have a rapid response time, allowing for better control—an essential…
Application
红外加热是一种加工塑料的高效、有效手段,适用于各种工业应用。红外辐射器在这一加热方法中发挥着关键作用,因其能够提供集中的热能,同时保持非接触式加热方式,从而能够在短短几秒内完成诸如焊接、去毛刺和成型等快速加工过程。
Application
金属部件,包括丙烷气罐、引擎盖下面的汽车零件、机油滤清器外壳以及电机组件等,往往会在严苛的生产环境中进行喷涂或印刷。UV固化提供了一种快速、可靠的方法来干燥和硬化这些金属表面上的油墨、涂料和饰面。
Application
航空成像是光学技术领域最前沿的应用之一,依托尺寸庞大、分辨率超高的传感器为各行各业提供关键支持。该系统需要在严苛环境条件下工作,并覆盖宽光谱范围,性能方面容不得一丝妥协。
Application Category
许多涂料、油漆和清漆需要加热才能高效干燥。水性涂料需要干燥,而粉末涂料则需要凝胶化和固化。红外线加热器对于干燥水性涂料特别有效,而且能显著加快粉末涂料的熔化过程,从而提高生产效率。
Application
Excelitas Technologies设计和制造用于医疗耳温和体温测量的红外(IR)热电堆传感器。我们的IR热电堆传感器从标准模拟探测器到创新的耐热冲击解决方案和集成了光学器件的型号,再到“智能”传感器解决方案,包括具有机载信号处理能力和数字接口的预校准传感器,以简化集成。