Deep Photonics Instrumentation hisar, Haryana

This is a Focused Beam arc lamp housing designed for Xenon arc lamps. The elliptical reflector collects the majority of the energy emitted by the arc lamp and focuses it to a point in front of the lamp, putting a vast amount of optical power on a very small area. For full technical specifications, or for any questions you have about the operation of this arc lamp housing, please speak with our authorized technical sales staff member.

TOP This power supply is designed for use with Sciencetech's line of IR sources (including, but not limited to, the Globar, and several of our infrared emitter coils). If you are uncertain if this is the correct power supply for your system, please speak with your authorized Sciencetech technical sales staff member.

Sciencetech is proud to offer our new line of Ultra-High Efficiency solar simulators. By utilizing a completely new design for the beam homogenizer, the UHE systems are capable of far more efficiency and power than previously possible. All this without sacrificing temporal stability, spatial uniformity, or spectral matching. This Class AAA Solar Simulator is capable of illuminating an 6.3 x 6.3 cm area at the output of the light homogenizer. The simulator provides class AAA light over a 5cm x 5cm square area. Please note that this system comes standard with a stand for normal vertical alignment (the beam facing downwards). Custom stands can be discussed with your authorized Sciencetech technical staff member.

Sciencetech is proud to offer the most recent addition to our line of Ultra High Efficiency (UHE) Solar Simulators: the UHE-45C. This device, designed to test concentrated photovoltaics or for increased stress-testing, is capable of putting 2,000 Suns on a 1.5x1.5cm target (15x15mm, or 0.6x0.6") while adhering to Class A Temporal and Spectral matching for ASTM standards for solar testing.

Sciencetech is proud to offer our new line of Ultra-High Efficiency solar simulators. By utilizing a completely new design for the beam homogenizer, the UHE systems are capable of far more efficiency and power unit than previously possible. All this without sacrificing temporal stability, spatial uniformity, or spectral matching. This Class AAA Solar Simulator is capable of illuminating a 45x45cm area and includes an integrated housing to allow the user to simply place their samples at the appropriate distance. The simulator comes complete with an AM1.5G air mass filter (optional other AM filters are also available), power supply and arc lamp. Sciencetech also offers extended spectral matching, both in the 300-400nm range and 1100-1800nm. Please speak to your authorized technical sales staff member for more information.

Sciencetech is proud to offer our new line of Ultra-High Efficiency solar simulators. By utilizing a completely new design for the beam homogenizer, the UHE systems are capable of far more efficiency and power unit than previously possible. All this without sacrificing temporal stability, spatial uniformity, or spectral matching. This Class AAA Solar Simulator is capable of illuminating a 10x10cm area and includes an integrated housing to allow the user to simply place their samples at the appropriate distance. It also includes the required optics to increase the collimation to 0.5 degrees, allowing the testing of large Concentrated Photovoltaic (CPV) cells, and for other applications requiring highly collimated solar light. The simulator comes complete with an AM1.0D air mass filter (optional other AM filters are also available), power supply and arc lamp. Sciencetech also offers extended spectral matching, both in the 300-400nm range and 1100-1800nm. Please speak to your authorized technical sales staff member for more information. This product is currently undergoing R&D and is projected to be completed in the near future. Some of the data presented above is based on theoretical and experimental evidence, and is subject to change as the instrument is completed.

Sciencetech is proud to offer the most recent addition to our line of Ultra High Efficiency (UHE) Solar Simulators: the UHE-45C. This device, designed to test concentrated photovoltaics or for increased stress-testing, is capable of putting 2,000 Suns on a 0.9x0.9cm target (9x9mm, or 0.36x0.36") while adhering to Class A Temporal and Spectral matching for ASTM standards for solar testing.

Sciencetech is proud to offer our new line of Ultra-High Efficiency solar simulators. By utilizing a completely new design for the beam homogenizer, the UHE systems are capable of far more efficiency and power than previously possible. All this without sacrificing temporal stability, spatial uniformity, or spectral matching. This Class AAA Solar Simulator is capable of illuminating a 16 x 16 cm area and includes an integrated housing to allow seamless and effortless placement of samples at the correct distance from the source. Please note that the system comes standard with a universal AM filter ahd a stand for normal vertical alignment (the beam facing downwards). Custom stands can be discussed with your authorized Sciencetech technical staff member.

The Model TEO200 benchtop FTIR spectrometer is a low cost Fourier transform infrared spectrometer that employs a number of unique features to achieve high performance from such a compact size. At just 385x265x160mm , it is one of the most compact FTIR systems on the market today. The TEO200 is unique in terms of its optical geometry and softwarefirmware design. The optical geometry is simplified by employing a new and remarkably compact Michelson self compensating optical system that eliminates many of the optical alignment problems found in conventional linear and pendulum type optical interferometers. For example, the TEO200 design avoids the use of conventional corner cube optics and dynamic alignment. In practical terms, the instrument can be used inside a research laboratory, or even as a mobile unit in outside environments. Its software and firmware design is also tightly coordinated which significantly reduces overall data acquisition and computational time. The sealed, desiccated enclosure of the TEO200 eliminates the need for continuous dry nitrogen purging during operation. Other notable features include an air cooled IR source as oppose to water cooled, and the interferometer mechanical bearing does not require gas supply. There are however, three dry nitrogen gas inlets on the rear of the spectrometer for the purging of the detector compartment, sample compartment, and interferometer compartment from moisture, carbon dioxide and other gases. Please note that there are a variety of spectral ranges available, depending on the detector-beam splitter choices for the system. The price of the system includes this beam splitter, but it must be specified. KBr 7,000 to 400 cm-1 ZnSe 5,000 to 500 cm-1 CaF2 10,000 to 1,000 cm-1 Quartz 15,000 to 3,000 cm-1

Designed for use with continuous or pulse solar simulators An output trigger TTL signal is used to synchronize its data acquisition with pulse solar simulators Variable resistive load Max Electrical Power Reading: 20W base model, 60W high power model Base Model Voltage range 200V (can be modified with additional shunt to suit application) Base Model Current range 1A (can be modified with additional coil to suit application) High Power Model Voltage range 60V (can be modified with additional shunt to suit application) High Power Model Current range 3A (can be modified with additional coil to suit application) Separate terminal interface for voltage and current measurements Interfaces to PC via RS232 Saves each IV curve dataset in separate ASCII text file I-V range selectable Number of sample points selectable (between 10-100 points) Sci-IVTest Windows based control software

Designed for use with continuous solar simulators Variable resistive load Max Electrical Power Reading: 60W High Power Model Voltage range 60V (can be modified with additional shunt to suit application) High Power Model Current range 3A (can be modified with additional coil to suit application) Separate terminal interface for voltage and current measurements Interfaces to PC via RS232 cable for display and data storage Saves each IV curve dataset in separate ASCII text file I-V range selectable Number of sample points selectable (between 10-100 points) Sci-IVTest Windows 32-bit based control software

Sciencetech's IV Testers are electrical current-voltage measurement systems used to characterize photovoltaic cell performance. This current-voltage tester works by sampling various current versus voltage combinations of the photovoltaic cell with a variable impedence load. This IV Test system can measure electrical power from photovoltaic cells up to 20W. The voltage envelope is limited to 20V and the current to 1A. A higher power version, up to 60W, is available. In general, the limitation on this model is the 1A current limit: if your solar cell generates more than 1A, we recommend upgrading to the 60W version.

The SSIVT is an electrical current-voltage measurement system used to characterize photovoltaic cell performance. This current-voltage tester works by sampling various current versus voltage combinations of the photovoltaic cell with a variable impedence load. The performance of the photovoltaic cell is determined by measuring this output I-V relationship while it is being illuminated. This IV Test system can measure electrical power from photovoltaic cells up to 20W. The voltage envelope has a maximum of 200V, and the current is limited to 1A. We also offer a 60W unit for measurements with continuous light sources, and several for flash systems. Please see the technical datasheet for additional information. Includes software, but does not include computer The computer used with the test system must have a real RS232 port. RS232 to USB converters are not sufficient

The SSIVT is an electrical current-voltage measurement system used to characterize photovoltaic cell performance. This current-voltage tester works by sampling various currents versus specific voltage combinations of the photovoltaic cell with a variable impedence load. The voltage envelope is limited to 100V and the current is limited to 10A. For other maximum values of voltage or current, please speak with a technical sales staff member. For further technical information, please see the technical datasheet.

This external transmissionreflectance sample chamber can be mated to the output port of a Sciencetech FTIR system. This chamber allows small samples to be studied in both transmission and reflectance modes, at temperatures ranging from approximately -20° Celsius to room temperature. The sample chamber utilizes gold coated aspheric optics for excellent signal in the infrared and terahertz region.

The most powerful TeraHertz FTIR available in the mid and far IR Range, the SPS-300 is our second generation Martin-PuplettMichelson Interferometer designed and built at Sciencetech's own facilities in London, Canada. With a wide variety of optional upgrades and components to suit any research application, the SPS-300 has been successfully used in Material Research, Biomedical, Medical, Astronomy, Aerospace, Superconductivity, Security, Defense and a wide range of other fields by distinguished customers including the European Space Agency, the Max Planck Institute, the Argonne National Labs, The Canadian National Research Council, the Brookhaven National Lab, L'Institute d'Astrophysique Spatiale, Lawrence Berkeley National Lab, and many universities the world over. The instrument is designed for research applications and therefore features special hardware and software designed to allow the use of samples under many different research environments (High Vacuum, High & Low Temperature, High & low Pressures, High Magnetic fields, etc...) and conduct sensitive and fast "Rapid Scans" with the mirror moving continuously as the detector collects data. Sciencetech also supports the researchers with the design and manufacturing of custom made coupling devices and sophisticated sample chambers to meet specific needs. Please contact your authorized Sciencetech technical sales representative to discuss how we can build a FTIR designed for your technical specifications.

Our solar simulators produce high intensity, uniform illumination on a target area for all type of Solar Cell Testing. Typically, high power solar simulators use an ellipsoidal reflector to capture light from an arc lamp source inside the reflector, an arrangement that results in a light pattern with a bright outer region and a dark center. This non-uniformity is un- acceptable in many solar simulator applications and as a result, which forces many of our solar simulator competitors to use designs involving diffusers to reduce the non-uniformity. This results in a reduction of intensity and a distortion of the spectrum on the target area overcoming to this with our unique design. We provide Modular Systems for IV, Spectral Response, Quantum Efficiency, CPM Test Equipment for Continous Solar Simulators as well as Flash Solar Simulators, Power Meters and calibration Cells, Cell Chucks etc.

This is an external transmission and reflectance sample chamber that can be mated to an output port of the SPS-series FTIRs. This sample chamber allows small samples (such as cuvettes or thin films) to be studied in both reflection and transmission. The sample chamber shares the vacuum environment with the FTIR, but an optional window or vacuum gate (sold separately) allows the chamber to be isolated from the FTIR. The sample chamber utilizes reflective aspheric optics with gold coating for excellent far infrared and terahertz operation.

This Sample Chamber will operate at either 77K or at room temperature, but does not include any mechanism to regulate the temperature between those points. It requires a supply of liquid nitrogen in order to operate (sold separately).

The Dual Deuterium and Quartz Tungsten Halogen Light Source consists of a separate 30W deuterium light source and a 50W QTH light source in one optical assembly. The deuterium source is designed to have a hole in the middle, through which the QTH shines. The system has a 1" output (with the combined light) with BK7 lenses. This product includes two stabilized power supplies (to operate the two bulbs), UV to IR transmissive optics, the housing itself and reflectiverefractive optics for UV to IR transmission Mounting Type: Horizontal

A 30W Deuterium lamp which is designed with a hole through the middle. The 100W QTH shines through the hole, giving a combined spectrum of the two lamps simultaneously. For many applications, a single Xenon or QTH source will give better results, but for situations where the xenon spectral lines are unacceptable, this gives an alternative. This product includes two stabilized power supplies (to operate the two bulbs), UV to IR transmissive optics, the housing itself and reflectiverefractive optics for UV to IR transmission. Mounting Type : Horizontal

The Sciencetech PS-1 is a low-noise power supply designed for powering most Sciencetech single channel detectors (except for TE-cooled and PMT detectors which use the model SCI-PS-TC-1 Power Supply), and several thermopile detectors. Output Voltage: +- 15V Output Current: +- 100 mA Regulation: 0.02 % line & load Ripple: 0.5 mV RMS max output Connections: One 9-pin Dee-plug Connector Input Power: 120 VAC0.5 A & 240 VAC0.5A

Scientific research grade arc lamp housing High power focused beam Efficient ellipsoidal reflector for light collection f/2.5 ellipsoidal reflector aperture Supports 2500W arc lamps (xenon & mercury-xenon) 230-240VAC requirement Forced air-cooled Available water-cooled (please specify when ordering) Horizontally mounted arc lamp 4.5" diameter front facing exit port

This is a power supply for a Mercury (Hg) Calibration lamp. The lamp itself is sold separately. 53.8mm lighted length (2.12"), 117.3mm length, Quartz diameter 6.5mm (0.256")