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Parts by Number for Infrared Transceivers Top

Part # Distributor Manufacturer Product Category Description
CS8130CSZ PLC Radwell Cirrus Not Provided INFRARED TRANSCEIVER IC; TRANSCEIVER TYPE:INFRARED
1990-2099 ASAP Semiconductor PHILIPS Not Provided OPTO TRANSCEIVER-INFRARED
TFBS4711-TR3 Newark / element14 VISHAY SEMICONDUCTOR Not Provided VISHAY SEMICONDUCTOR - TFBS4711-TR3 - IrDA - Infrared Transceiver
TFBS4711-TR1 Newark / element14 VISHAY SEMICONDUCTOR Not Provided VISHAY SEMICONDUCTOR - TFBS4711-TR1 - IrDA - Infrared Transceiver
TFDU4101-TT3 Allied Electronics, Inc. VISHAY SEMICONDUCTOR SSP OPTO Not Provided Infrared Transceivers SIR 115.2kbits Top View;IrDA
CS8130-CSZ Newark / element14 CIRRUS LOGIC Not Provided CIRRUS LOGIC - CS8130-CSZ - IC; INFRARED TRANSCEIVER; SSOIC-20
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Conduct Research Top

  • Fundamentals of the Infrared Physical Layer
    ,. half-angle is 15° (by definition, the number of. IR LED emitters that can be used for a discrete infrared. steradians is equal to the projected area on a unit. transceiver circuit design. It should be mentioned here. sphere). that there are also a number of integrated transceivers. that the designer
  • High Speed Fiber Optic Infrared Transmitter (.pdf)
    One of the most effective methods of making non-contact high temperature measurements in industrial applications is with a fiber optic infrared probe. These devices typically consist of a lens probe assembly which is aimed at the object to be measured, and a fiber optic interconnecting cable, which
  • IrDA Standard Stack for Microchip 16-Bit MCUs
    . Infrared communication is a low-cost method of. transmitter. The infrared transceiver transmits pulses in. providing wireless, point-to-point communication. a cone with a half-angle between 15 and 30 degrees. between two devices. The Infrared Data Association,. (Figure 1). The pulses must be visible from
  • Medical Device Link .
    Infrared (IR) wireless communication is most commonly found in consumer electronics such as mobile phones, personal digital assistants (PDAs), MP3 players and printers. IR communication is based on light, which will not interfere with sensitive medical equipment. Bluetooth and WiFi use radio
  • MRF24J40 Radio Driver
    ) X IDE. Programmers. Interface. CAN. Ethernet. Infrared. LIN. Serial Peripherals. USB. Legacy 8051/80C51 MCUs. Memory. Serial EEPROM. Serial SRAM. Serial Flash. Parallel Flash. Motor Drivers Power Management. Battery Management. Charge Pumps. CPU/System Supervisors. LDO Regulators. Power MOSFET
  • Low-Frequency Magnetic Transmitter Design (.pdf)
    Low frequency magnetic communications (LFMC) is a viable ?wireless? communications alternative to traditional radio frequency (RF) or Infrared communications. It is well suited for certain applications when considering some of the characteristics of the topology. 00232B.book AN232
  • Can Design Example: Simple Sensor Node
    . Interface Products Design Guide. Using CAN, LIN, Ethernet, Infrared Connectivity and. General Purpose I/O Expanders. Design ideas in this guide are based on many of the interface devices available from Microchip Technology. A complete device list and. corresponding data sheets for these products can
  • Low Frequency Magnetic Transmitter Design
    Low frequency magnetic communications (LFMC) is a viable ?wireless? communications alternative to traditional radio frequency (RF) or Infrared communications. It is well suited for certain applications when considering some of the characteristics of the topology. Some of the main advantages

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