Supplier: CARLO GAVAZZI Automation Components
Description: • Range: 20 m • Adjustable sensitivity • Modulated infrared light • Make and break switching functions, NPN, PNP (200 mA) • LED-indication for power supply ON (emitter) and target detected (receiver) • Supply voltage: 10 to 40 VDC • Heavy duty M18 metal housing
- Operating Temperature: -4 to 140 F
- Technology: Through Beam
- Beam: Infrared
- Mode: Light-on, Dark-on, Light/Dark Programmable
Description: Heavy duty, die-cast enclosure for use in registration mark and limit sensing applications The RT-610 series is a highly robust U-shaped photoelectric sensor that is suitable for your positioning or cut-mark sensing needs. Because the emitter and receiver are built into the same body, optical axis
Supplier: Fargo Controls, Inc.
Description: FEATURES: Simply break the beam between Emitter & Receiver Reverse polarity protection Protection degree IP65: dust tight and protected against water spray from any direction
- Operating Distance: 1.18 inch
- Operating Temperature: -13 to 131 F
- Technology: Through Beam
- Beam: Infrared
Supplier: Pepperl+Fuchs International
Description: Version with infrared light Thru-Beam Sensors The emitter and receiver on thru-beam sensors are aligned opposite one another. The advantage of this is that the light reaches the receiver directly and long detection ranges and high excess gain can therefore be achieved. These sensors are capable
- Operating Distance: 0.0 to 197 inch
- Technology: Retroreflective
- Beam: Infrared
- Mode: Light/Dark Programmable
Photoelectric Sensors - Photoelectric sensor, 18mm diameter, IP69K for harsh duty / food ... -- FFIH-X0-1ESupplier: Automationdirect.com
Description: Photoelectric sensor, 18mm diameter, IP69K for harsh duty / food and beverage applications, 316L stainless steel housing, emitter with check function, 10-30 VDC, 20 meter sensing distance, infrared LED emission, M12 quick-disconnect (purchase cable separately). Mounting hex nuts included. Must
- Operating Distance: 787 inch
- Body: Cylindrical
Description: the signal from a remote control for an audio/video component such as a DVD player or home theater receiver, and converts it to a low-voltage electrical signal for use over long distances and in different rooms. The electrical signal is converted back at the component to be controlled by the IR emitter
Supplier: LightGuard Systems, Inc.
Description: ISAD Simple Electrical Connections 12VDC Operation (Down To 9VDC) Directional Detecting Infrared Sensors Signal Head Easily Mounts To Base Plate Rugged Road Tested Signal Head Housing Bullet Proof Clear Polycarbonate Plastic Lens Cover The ISAD contains two infrared emitters set in precise
Supplier: Visual Sound, Inc.
Description: Xantech infrared receivers and keypads. The same IR system controls all external zone components as well, such as VCRs, laser disc players, etc., using Xantech 282/283 Series mini emitters or 794/797 interface modules. Each zone section of the ZPR68-10 contains its own audio/video preamp with remote
Supplier: Serpac Electronic Enclosures
Description: Two piece potting box Surface mount wall box with customizable fascia Fits standard single gang boxes Cosmetic cover attaches to mounting tray and locks into place for protection and security Drilled hole and indentation on top cover for receiver or emitter infrared LED Circuit board mounting
- Length / Height: 4.38 inch
- Width/Diameter: 3.25 inch
- Depth: 0.8850 inch
- Shape: Rectangular
Supplier: Solid Signal
Description: Two zone IR connecting block for routing infrared commands from two IR receiver to five sources. ● Provides Two IR Receiver Inputs And Five IR Emitter Outputs ● LED Power Indicator ● 12V DC Status Input Jack And LED Indicator
Supplier: Micropac Industries, Inc.
Description: The 66158 contains a gallium arsenide infrared LED optically coupled to a silicon planar phototransistor. The optocoupler is built on a TO-46 header. The anode of the LED is electrically connected to the case. This optocoupler is capable of transmitting signals between two galvanic sources
- Optocoupler Input: DC
- Optocoupler Output: Phototransistor
- Isolation Voltage: 500 volts
- Rise Time: 8.33E-8 minutes
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HDMI and IR Extender
Enables flexible screen location without compromising video quality. HDBaseT ® based for greater video capacity and 3D support. Provides 10.2 Gbps of HDMI video bandwidth on all channels. Supports 1080p video at 60-Hz and 48-bit pixel rates. HDCP compliant and Blu-ray ready. No software or driver installation required. Wallmountable for space-saving installation. Includes transmitter, receiver, IR emitter, and IR receiver. Put a digital sign or display where you want it and control AV... (read more)
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|Part #||Distributor||Manufacturer||Product Category||Description|
|FFIH-00-1E||Automationdirect.com||Not Provided||Sensors -z- Encoders / Photoelectric Sensors / 18mm Round - IP69K (Harsh Duty -z- Food & Bev.) (FF Series) / Through Beam (FFIZ -z- FFIH Series)||Photoelectric sensor, 18mm diameter, IP69K for harsh duty / food and beverage applications, 316L stainless steel housing, emitter without check function, 10-30 VDC, 20 meter sensing distance, infrared LED emission, M12 quick-disconnect (purchase cable separately). Mounting hex nuts included. Must...|
|FFIH-X0-1E||Automationdirect.com||Not Provided||Sensors -z- Encoders / Photoelectric Sensors / 18mm Round - IP69K (Harsh Duty -z- Food & Bev.) (FF Series) / Through Beam (FFIZ -z- FFIH Series)||Photoelectric sensor, 18mm diameter, IP69K for harsh duty / food and beverage applications, 316L stainless steel housing, emitter with check function, 10-30 VDC, 20 meter sensing distance, infrared LED emission, M12 quick-disconnect (purchase cable separately). Mounting hex nuts included. Must...|
More Information Top
Farnell Codes: 5021273 5021510 Compact barrel type photoelectric | Datasheets.org.uk
Infrared Emitter Receiver Model FAIH/X0-** FAIH/00-** FAIZ/**-** FAID/**-** Nominal sensing distance with axial optics, with degree optics Emission Infrared (880nm) load supply current 25mA Output voltage drop 1.2Vmax.
The performance of a 1-D distributive tactile sensing system for detecting the position, weight, and width of a contacting load
The proximity sensors used were infrared emitter receiver pairs with nonlinear characteristics as illustrated in Fig. 2.
"Power Diodes" datasheets and application notes, data sheet, circuit, pdf, cross reference, pinout, datasheet | Datasheets.org.uk
First line: rc6 Infrared remote control sony ir receiver TSAL6100 TSOP75436W* RC5 IR infrAred receivers emiTTers AcTive gLAsses Abstract: .. semiconducTors: Rectifiers • High-Power Diodes and Thyristors • Small-Signal Diodes • Zener and Suppr essor Diodes • FETs • Optoelectronics •...
The purpuose of this work is to use an array of infrared emitters and receivers to estimate the position of a passive object.
Aimy: An autonomous mobile robot navigation in unknown environment with infrared detector system
The infrared detector ring consists of a timing circuit, a detecting/emitting circuit, and infrared emitter / receiver pairs.
Sensor for Two-Dimensional Position Measurement of Small Objects
Improvements could be made in resolution and range by using infrared emitter / receiver pairs with a smaller emission/acceptance angle, smaller component width, and larger complete form factor.
Circuit Diagram of the infrared emitter / receiver mother board .
A hierarchical intelligent controller for a three link robot arm
The striped drum rotates between an infrared emitter - receiver pair during the operation of the motor.
An IC architecture for board-level mixed-signal test support
The architecture of a prototype test support IC is described and its application to the test of an infrared emitter - receiver board is discussed.
A system for automatic recording and analysis of motor activity in rats
A series of opto-couplers ( infrared emitter and receiver pairs) are placed within black acrylic rails (light emitters on one of them and the corresponding detectors in another) which, in turn, are attached to the outside of the box on opposing walls.
Design and Fabrication of a Miniature Railway Vehicle
The sensing ability was determined by utilizing a pair of infrared emitter and receiver , as shown in Fig. 9.
Sewage Grid: Drifting Sensors that Monitor the Wastewater Collection System
However, the underwater sonar transceiver costs few hundred dollars while the infrared emitter and receiver cost few tens of dollars.
Feature extraction from an infrared sensor array for localization and surface recognition of moving cylindrical objects
Based on the theory presented in , in  angular intensity scans obtained with an infrared emitter / receiver pair located in the same position were used to distinguish a shape of an unknown surface among four basic shapes (plane, corner, edge...
IR sensor array configuration and signal processing for detecting obstacles in railways
The infrared emitter and receiver are separated, in such a way that the beam of the optical link is propagated from one side to the other one of the railways, Figure 8 shows the designed emitter-receiver system.
Retrieval of 3D-position of a passive object using infrared LEDs and photodiodes
A sensor using infrared emitter / receiver pairs to determine the position of a passive object is presented.