Spectra-Physics with Laser Accessories and Newport Controller Cyan Laser Head

Spectra-Physics with Laser Accessories and Newport Controller Cyan Laser Head

Box of miscellaneous and Accessories for Optoelectronic Devices and Laser Controller. Everything in pictures is included. some parts has slight cosmetic blemishes from normal use. See photos for further details.

Includes: 

• Newport laser Controller, Model: PC13744
• Spectra-Physics Accessories for laser controller
• QPhotonics Laser Diode, model: QDFBLD-1300-2, serial no: 742603
• Heraeus Noblelight, UV-VIS-DTM 6/17, part no: 80012065/ G5.B01.1055
• ThorLabs/Pulnix. Model: S302C/ TM-1405GE
• QPhotonics models: QFBGLD-980-150
• Sumitomo Electric model: SDT8078
• Fujitsu Optoelectronic Device, box of 2 pcs. model: FRM13S522CU-AL
• PD-LD part no.: PV85L001FC14-Z-0

 The JAI TM-1405GE is a non-RoHS version of the The JAI's RM-1405GE camera with lead processing. The TM-1405GEis a compact, high-resolution (1.4 megapixels) monochrome progressive scan CCD camera with high-speed Gigabit Ethernet output. The imager resolution is 1392 x 1040 @ 30 fps. The TM 1405GE features the Sony ICX205AL CCD imager for the best image quality and full vertical/horizontal resolution of high-speed shuttered images.

The TM1405GE offers tremendous flexibility in shutter speeds and scan modes including pulse-width controlled or fixed electronic shuttering up to 1/21,000 sec., asynchronous reset no delay shuttering, and a unique, user-definable variable partial scan mode, enabling the user to designate scanning to occur on any contiguous set of lines located anywhere in the full scan area. The TM-1405GE is supported by JAI's easy-to-use SDK and Control Tool software, offering straightforward setup and full GigE Vision and GenICam compliance. The camera also integrates smoothly with a variety of third-party GigE Vision software libraries and development tools.

• 1/2" progressive scan IT CCD (ICX205AL/ICX205AK)
• 1392(H) x 1040(V) @ 30 fps
• 4.65 μm square pixels Compact 51 x 51 x 84 mm housing
• High speed point-to-point connection, up to 1Gbps
• Gigabit Ethernet output (8-bit/10-bit selectable)
• Maximum dynamic range control through built-in look-up table (8-bit only)
• User-definable variable partial scan
• PW controlled or fixed electronic shutter to 1/21,000 sec.
• Asynchronous reset, no-delay shutter
• Extensive software developers kit (SDK)

ThorLabs THERMAL POWER SENSOR Model: S302C

• Power Ranges Covering 10 µW to 200 W
• Wavelength Ranges Covering 190 nm to 25 µm
• Broadband Coatings with High Damage Thresholds
• Sensors Designed for Microscopes and Pulsed Lasers

Thorlabs' C-Series Thermal Power Sensors are collectively able to detect power ranges from 10 µW to 200 W and wavelength ranges from 190 nm to 25 µm. These thermopile-based sensors are ideal choices for measuring broadband spectra from amplified spontaneous emission (ASE) sources, light emitting diodes (LEDs), filament lamps, swept-wavelength lasers, and other sources. In addition, thermal power sensors do not saturate, which makes them well suited to measuring pulsed sources with high pulse peak powers or long-duration pulses. These thermal power sensors also exhibit low dependency on the angle and position of the incident light beam. They are preferred for applications that cannot tolerate the strong wavelength dependencies and/or saturation thresholds of
photodiode sensors. However, thermal power sensors generally have lower power resolutions and longer response times. We offer a wide range of thermal power sensors, with each including different design features.

Specifications