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Laser Receiver Array
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Lasers are devices that produce intense beams of monochromatic, coherent radiation. The word "laser" is an acronym for Light Amplification by Stimulated Emission of Radiation.
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Supplier: Microwave Photonic Systems, Inc.Description: in a wide array of communication applications. The link applications include antenna remoting, time and frequency reference distribution, RF delay lines, telemetry tracking, and point-to-point RF transmission.The transmitter utilizes a low noise, high dynamic range Distributed Feedback (DFB) laser
- Light Source: Laser Diode
- Connector Type: FC, SC, Other
- Signal Input: RF
- Pigtail: Yes
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Supplier: Avago TechnologiesDescription: wavelength of 850 nm. Aggregate bandwidth per transmitter-receiver link is 60G. The electrical interface uses a 10x10 MEG-Array® low-profile mezzanine connector. The optical interface uses a MTP® (MPO) 1.x12 ribbon cable connector. The thermal interface can be a factory installed heatsink
- Light Source: Laser Diode
- Cable Type: Multimode
- Connector Type: MTP
- Signal Input: Other
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Supplier: Investments Hardware, Ltd. (IHL)Description: Bosch GLL2-50 Self-Leveling Crossline Laser with Pulse Features Vertical, Horizontal and Cross Line Modes. Projects two lines independently or together for a wide array level and/or plumb applications Highly-Visible Laser Lines with Wide 130-Degree Horizontal, 160-Degree Vertical Fan Angles
- Type: Laser / Rotary Laser Level
- Measuring Technology: Optical / Laser
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Supplier: Acme ToolsDescription: or together for a wide array level and/or plumb applications - Highly-visible laser lines with wide 130º horizontal, 160º vertical fan angles - easily-seen, long lines minimize the need to reposition the unit - Robust over molded housing – IP54 water and dust proof to ensure years
- Measuring Technology: Optical / Laser
- Materials: Plastic
- Features: Self-Leveling
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Featured Products for Laser Receiver Array Top
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version has an improved RF dynamic range which is complimented with an expanded built in status monitoring capability, improved low noise / high efficiency DC/DC power converter, new high output power laser and high power handling receiver ( > 6mW) and RoHAS compliant circuit board and components. Call today for our all new MP - 5000 data sheet. Applications: - Point-to-Point Wideband RF Transmission - Antenna Remoting (GPS, XM, SIRI, WiFi, PCS, etc.) - SATCOM (L-Band, S-Band, C-Band, Ku-Band... (read more)Browse Fiber Optic Receivers Datasheets for Microwave Photonic Systems, Inc. -
Northrop Grumman Cutting Edge Optronics has developed a process for building high-power laser diode arrays with narrow emission spectra by adding Volume Bragg Gratings during the packaging process. These arrays emit with a spectral width of approximately 0.5nm (FWHM), and are available with output powers ranging from tens of watts to several kilowatts. There are many instances of laser media that could benefit from a diode laser pump source with a narrow wavelength spectrum. One prominent... (read more)Browse Lasers Datasheets for Northrop Grumman - Cutting Edge Optronics
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Atmel Receiver ICs are designed to meet the demands of low-cost, low power consumption RF data transmission systems. They fit a wide range of automotive, industrial, and customer applications including aftermarket keyless entry systems, tire pressure monitoring systems, telemetering, consumer/industrial remote control applications, home entertainment, access control systems, and security technology systems. Designers can choose between two types of Smart RF receivers: Atmel ATA8201 &... (read more)Browse IC Bus Interfaces and Controllers Datasheets for Atmel Corporation
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The wireless receiver is used in conjunction with the wireless Load Sensor. It provides the user with an easy way to receive and output data from the Load Sensor. Enclosed in a hard wearing aluminum box the receiver is suitable to be installed into environments where it may be subjected to harsh conditions. The receiver is easy to install as it only requires DC power to be supplied to the unit. An SMA connector allows the use of an external antenna. The receiver outputs a string of data from... (read more)
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This optical receiver is based on a photomultiplier tube but has been designed having a large collection area of 12 mm active input diameter. This receiver is ideal for high-speed optical communications, including through-the-air, underwater, and line-of-sight unmanned optical systems. The inclusion of a high voltage power supply allows operation by application of only 12V input. High speed signal output is supplied by a 50 ohm cable with an SMA connector. Rise times of less than 220 ps have... (read more)
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The wireless HeliNav LoadMaster HandHeld Receiver is used in conjunction with the wireless load cell. It provides the user with an easy way to receive and view data from the load cell. Multiple HeliNav LoadMaster load cells can be selected from the handheld receiver and individually displayed. These load cells can be named by plugging the load cell into a PC via USB and using the load cell software. They can then be easily distinguished on the display which will show the current name... (read more)
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Skyworks Solutions, Inc. has introduced two low capacitance silicon PIN limiter diodes in a low thermal resistance package. These general market diodes provide excellent heat dissipation, power handling and high isolation for high frequency performance. These devices are shunt connected PIN diodes for high power limiter applications ranging from 10 MHz to over 6 GHz and are ideal for receiver protection in infrastructure, military and consumer markets. The datasheets can be found... (read more)Browse Diodes Datasheets for Skyworks Solutions, Inc.
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into wireless data (sensor readings) and sends the data packets to a radio receiver (MPT900R) located at the control system. This receiver converts the wireless data back to discrete 4-20mA analog outputs for direct connection to control system. The MIL-RAM system simply and reliably replaces the wire that traditionally interconnects the 4-20mA transmitter and control system. A MIL-RAM wireless installation provides tremendous cost savings as installation costs associated with hard-wired systems... (read more)
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Get instant emergency messages with the Vetronix Alert Receiver. Its tone and monitor features allow you to have it in alert ready mode or 24/7 monitoring. An optional remote switching output (RSO) allows direct connection to other devices such as sirens, alarms, or speaker systems. Add the optional battery backup for security and power fail protection ideal for daycare centers, schools, factories, motels, public safety and your own home. Get the message that can save a life. OPTIONAL FEATURES... (read more)Browse RF Receivers Datasheets for Veetronix, Inc.
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The optical fiber receiver from MAZeT is intended for optical data transmission via polymer fibers (POF) of 980/1000µm, HCS fibers of 200/230µm, gradient index glass fibers of 50/125µm or 62.5/125µm fiber diameter and single mode glass fibers of 9/125µm, thus covering almost the entire area of industrial field bus communications. High sensitivity and a bandwidth of 0 to 25MHz are the distinguishing features of this component which has been developed for use in industrial field bus applications... (read more)Browse Fiber Optic Receivers Datasheets for MAZeT GmbH
Conduct Research Top
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To infinity ... and beyond!
the laser beam transmit position recognition data in addition to energy — similar to carrier frequencies of radio waves. The receiver is correspondingly equipped with sensors that continually determine its position in relation to the transmitter. This helps ensure the photovoltaic cell panel is always...
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Dynamic Phase-Shifting Electronic Speckle Pattern Interferometer
). The pulse width of the laser is 9ns producing a coherence length of 2.7m. A small. portion of the output beam is coupled into a polarization maintaining fiber which serves two purposes. First the. fiber provides flexibility for directing the reference into the receiver unit and secondly the fiber...
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Keeping pace with systems on a chip
units to plug into their own designs. Microprocessors, UARTs (universal asynchronous receiver-transmitters), counters, timers, motor commutators, CAN-bus modules, or any other digital component can all be packed into a single device. Now, in our most current application, the CCD controller circuit has...
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Sensors 101: Baumer Electric Basics
) or laser. diode, a photodiode or phototransistor receiver to detect. the light source, as well as the supporting electronics. designed to amplify the signal relayed from the. receiver. Probably the easiest way to describe the. photoelectric operating principal is: the emitter,. also referred...
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Small Unit (Sensor) Tackles Large Jobs
) and 0.25 mm (@26 mm) the. laser beam is very fine and well suited to measure small objects. The beam is adjusted. such in each beam that the casing is always precisely vertical. An array of diodes is. utilized as receiver. With a specially designed short focal distance optics the point of the. laser...
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CCD Technology
CCD REVOLUTIONIZES TRIANGULATION DISPLACEMENT SENSORS. CCD TECHNOLOGY. The “CURE” for the Common Triangulation Laser. Martin Dumberger. Technical Director. 3200 Glen Royal Rd. Raleigh NC 27617. ph: 919 787 9707. fax:919 787 9706. microepsilon@mindspring.com. The twenty five year...
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Spatial Encoding of Structured Light for Ranging With Single Camera (.pdf)
is a method for distance. that goal. When cameras are used for target range. measurement. In this method, an emitter sends a. profile, the most common approach requires a. localized light beam to a target and a receiver detects. stereovision system [1-4]. Besides the cost and speed. the reflected...
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Analog Distance Measurement Photoelectric Sensors
and the. separation between the emitter and. receiver in the sensor housing. The. emitters for these types of sensors are. Distance sensing using triangulation. typically standard visible red or highly. focused laser LEDs. Resolution is directly related to the receiving element's ability to discriminate...
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Displacement Sensing the Baumer Electric Way
. (lout)2 + d (lout)3 + e (lout)4. Laser Sensors. measuring range 0 to 2 mm,. Unlike inductive and ultra-. 0-20 m (lout). sonic technologies, there are. Following coefficients are. many ways of optically sens-. available: ing distance, including laser. a = - 0.144334; c = - 0.00782. interferometers...
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Wall Shear Stress Measurements in Two-Phase Flow using PIV, an Optical Sensor, and Wall Pressure Transducer (.pdf)
Doppler Velocimetry (LDV). A laser beam is passed through an. array of optical elements to obtain a divergent interference fringe pattern originated at the surface of the sensor and. extending into the flow (Gharib et al., 2001). The scattered light from the particle passing through the fringes...
Engineering Web Search: Laser Receiver Array Top
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LIDAR - Wikipedia, the free encyclopedia A FASOR used at the Starfire Optical Range for LIDAR and laser guide star experiments is tuned to the sodium D2a line and used to excite sodium atoms |
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Wireless energy transfer - Wikipedia, the free encyclopedia part of the energy sent out by the generating plant must arrive at the receiver or receivers to make the system economical. |
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United States Home | Agilent Laser Interferometers and Calibration Systems Monolithic Laser Combiners and Precision Optics See Agilent Technologies, Inc. / Electronic Measurement Group Information |
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Triple-In - Experts in Laser Distance Measurement //... Home > Angebot > Alpha-Stage und Prototypen Module > Laser/Receiver-Array-Module See Triple-In GmbH Information |
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Home PDA 640 Detector Array Princeton Lightwave high-performance InP based laser diodes cover infrared wavelengths from 1.3 to 2 µm. See Princeton Lightwave, Inc. Information |
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Free-Space Laser Communication Technologies XVIII - Lasers and... Coherent optical array receiver experiment: design, implementation, and BER performance of a multichannel coherent optical receiver for PPM signals |
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Free-Space Laser Communication Technologies XVI - Lasers and... LDORA: a novel laser communications receiver array architecture |
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APOLLO Optical Design mirrors preceeding the receiver (M7) is tip-tilt adjustable allowing real-time co-alignment of the laser beam and the receiver. |
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About Us The inherent advantage of laser communication over traditional deep space communication systems is its narrower transmitted beam-width, which |
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NASA - NSSDC - Experiment - Details by laser light pulses from the ground, each retroreflector cube in the array reflected the light pulses back to a telescope/receiver on the ground. |
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