500 MILLION PARTS FROM 12000 MANUFACTURERS
500 MILLION PARTS FROM 12000 MANUFACTURERS
| Part | Manufacturer | Description | Last Check | Distributor | Ordering |
| IR 11-21C/TR8 | - | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 0.5...85 mW/sr Light colour: infrared Package: 1206 / SMD Technology: GaAIAs Peak wave length: 940 nm | 698 from €0.0782 (Sep 2016) | Distrelec |  |
| IR 11-21C/TR8 | EVERLIGHT | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 0.5...85 mW/sr Light colour: infrared Package: 1206 / SMD Technology: GaAIAs Peak wave length: 940 nm | 698 from €0.0782 (Aug 2016) | Distrelec | |
| IR 11-21C/TR8 | Everlight Electronics | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 0.5...85 mW/sr Light colour: infrared Package: 1206 / SMD Technology: GaAIAs Peak wave length: 940 nm | 698 from €0.0782 (Aug 2016) | Distrelec | |
| IR 12-21C/TR8 | - | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 0.5...40 mW/sr Light colour: infrared Package: 1206 / SMD Technology: GaAIAs Peak wave length: 940 nm | 2,132 from €0.0848 (Sep 2016) | Distrelec | |
| IR 12-21C/TR8 | EVERLIGHT | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 0.5...40 mW/sr Light colour: infrared Package: 1206 / SMD Technology: GaAIAs Peak wave length: 940 nm | 2,132 from €0.0848 (Aug 2016) | Distrelec | |
| IR 12-21C/TR8 | Everlight Electronics | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 0.5...40 mW/sr Light colour: infrared Package: 1206 / SMD Technology: GaAIAs Peak wave length: 940 nm | 2,132 from €0.0848 (Aug 2016) | Distrelec | |
| IR 17-21C/TR8 | - | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 0.2...40 mW/sr Light colour: infrared Package: 0805 / SMD Technology: GaAIAs Peak wave length: 940 nm | 2,995 from €0.0779 (Sep 2016) | Distrelec | |
| IR 17-21C/TR8 | EVERLIGHT | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 0.2...40 mW/sr Light colour: infrared Package: 0805 / SMD Technology: GaAIAs Peak wave length: 940 nm | 2,995 from €0.0779 (Aug 2016) | Distrelec | |
| IR 17-21C/TR8 | Everlight Electronics | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 0.2...40 mW/sr Light colour: infrared Package: 0805 / SMD Technology: GaAIAs Peak wave length: 940 nm | 2,995 from €0.0779 (Aug 2016) | Distrelec | |
| IR 204 | EVERLIGHT | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 4.0...390 mW/sr Light colour: infrared Package: 3 mm (T1) Technology: GaAIAs Peak wave length: 940 nm | 3,480 from €0.0793 (Aug 2016) | Distrelec | |
| IR 204 | Everlight Electronics | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 4.0...390 mW/sr Light colour: infrared Package: 3 mm (T1) Technology: GaAIAs Peak wave length: 940 nm | 3,480 from €0.0793 (Aug 2016) | Distrelec | |
| IR 204/P1 | EVERLIGHT | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 4.0...390 mW/sr Light colour: infrared Package: 3 mm (T1) Technology: GaAIAs Peak wave length: 940 nm | 3,131 from €0.0793 (Aug 2016) | Distrelec | |
| IR 204/P1 | Everlight Electronics | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 4.0...390 mW/sr Light colour: infrared Package: 3 mm (T1) Technology: GaAIAs Peak wave length: 940 nm | 3,131 from €0.0793 (Aug 2016) | Distrelec | |
| IR 323 | - | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 4.0...300 mW/sr Light colour: infrared Package: 5 mm (T1¾) Technology: GaAIAs Peak wave length: 940 nm | 3,273 from €0.0793 (Sep 2016) | Distrelec | |
| IR 323 | EVERLIGHT | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 4.0...300 mW/sr Light colour: infrared Package: 5 mm (T1¾) Technology: GaAIAs Peak wave length: 940 nm | 3,273 from €0.0793 (Aug 2016) | Distrelec | |
| IR 323 | Everlight Electronics | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 4.0...300 mW/sr Light colour: infrared Package: 5 mm (T1¾) Technology: GaAIAs Peak wave length: 940 nm | 3,273 from €0.0793 (Aug 2016) | Distrelec | |
| IR 333/H0/L10 | - | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 11...450 mW/sr Light colour: infrared Package: 5 mm (T1¾) Technology: GaAIAs Peak wave length: 940 nm | 4,013 from €0.08 (Sep 2016) | Distrelec | |
| IR 333/H0/L10 | EVERLIGHT | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 11...450 mW/sr Light colour: infrared Package: 5 mm (T1¾) Technology: GaAIAs Peak wave length: 940 nm | 4,013 from €0.08 (Aug 2016) | Distrelec | |
| IR 333/H0/L10 | Everlight Electronics | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 11...450 mW/sr Light colour: infrared Package: 5 mm (T1¾) Technology: GaAIAs Peak wave length: 940 nm | 4,013 from €0.08 (Aug 2016) | Distrelec | |
| IR 333/H2 | - | IR-LED Operating temperature: -40...+85 °C Radiant intensity: 7.8...700 mW/sr Light colour: infrared Package: 5 mm (T1¾) Technology: GaAIAs Peak wave length: 940 nm | 83 from €0.0780 (Sep 2016) | Distrelec | |
| Catalog Datasheet | MFG & Type | Document Tags |
| Abstract: (Transmitter) Laptop WLAN Node (Receiver) Multi-path interference affects IR, RF, and MW systems , A Tutorial on WLANs For some time now, companies and individuals have interconnected computers , information, data, and applications than they could otherwise store by themselves. A Tutorial on WLANs , receiver. A single access point can support a small number of users and can function within a specific , Point Laptop IBM 2 A Tutorial on WLANs 2240A04/03 A Tutorial on WLANs Physical Media ... | Atmel Original |
8 pages, |
wlan transmitter mobile repair tutorial IR RECEIVER TUTORIAL TEXT |
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| Abstract: Web: http://www.xemics.ch Coo l Solut io ns fo r W ir eles s C on nec tivit y XEMICS SA · e-mail , .9 CHAPTER 3 TUTORIAL - XM1201A XM1201A , .19 XM1201A XM1201A CONFIGURATION IN RECEIVER MODE , .31 XM1202 XM1202 CONFIGURATION IN RECEIVER MODE , .35 XX/U0205-167 XX/U0205-167 Users Guide XE1200 XE1200 RFast CHAPTER 5 TUTORIAL - XM1209 XM1209 ... | Xemics Original |
69 pages, |
IR RECEIVER TUTORIAL XE1200 RF MODULE rohs rf module 434mhz 433.92mhz rf receiver rf traNsmitter receiver 433mhz RF MODULE 434Mhz, fsk 433mhz rf module simple fm transmitter mini project XM1202 XM1209 6v to 12v converter mini project fm transistor radio mini project mini ups system project 433.92mhz rf module RF MODULE CIRCUIT DIAGRAM RF MODULE 434Mhz TEXT |
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| Abstract: > Propeller C Tutorials > ActivityBot ActivityBot This C language tutorial for the 8-core Propeller , :// 1:57:04 PM] This tutorial will show you how to: Assemble , worry, assembly instructions are repeated in the links below. During this tutorial you will also be , and the Learn folder. Go to the Set Up SimpleIDE tutorial [9] and follow the instructions to get the , Propeller C language and Simple Libraries. Go to the Start Simple [12] tutorial and try the programming ... | Parallax Original |
125 pages, |
TEXT |
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| Abstract: MT-095 MT-095 TUTORIAL EMI, RFI, and Shielding Concepts INTRODUCTION TO ELECTROMAGNETIC COMPATIBILITY , EMC design points can be critical, references at the end of the tutorial are strongly recommended for , problems do occur, they can be fundamentally broken down into a Source, a Path, and a Receiver. As a systems designer, you have under your direct control the receiver part of this landscape, and perhaps , tutorial MT031 MT031). Figure 2 shows some of the general ways noise can enter a circuit from external sources ... | Analog Devices Original |
16 pages, |
signal path designer NEWNES RADIO MT-095 AN-346 AN-347 AN347 application notes B4001 B4003 alan rich EDN handbook ferrite rod antenna magnetic flow meter circuit diagram magnetic field pickup IEC-60050 TEXT |
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| Abstract: Supports dual diversity antennas · Advanced RAKE receiver design with Decision Feedback Equalizer · , , A Brief Tutorial on Spread Spectrum and Packet Radio [1]. · Tech Brief TB382 TB382, Intersil Corporation, Measurement of WLAN Receiver Sensitivity [2]. · Application Note AN9850 AN9850, Intersil Corporation, Complementary Code Keying Made Simple [3]. · Application Note AN9829 AN9829, Intersil Corporation, Brief Tutorial on , ] TB337 TB337 Tech Brief, Intersil Corporation, A Brief Tutorial on Spread Spectrum and Packet Radio. [2 ... | Intersil Original |
6 pages, |
ISL37400M-EVAL jammer 36v Intersil WLAN chipset laptop adapter schematic wlan jammer AN9829 IR RECEIVER TUTORIAL TV TRANSMITTER PROJECT prism II chipset Isl3874 jammer circuit prism 2.5 2.4ghz jammer AN9820 AN9850 FN8006 tv jammer data sheet mini-pci schematic reference pcf 7946 digital tv jammer TEXT |
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| Abstract: IR diode and the IR receiver. LED D1 shines green if the system is ready to take an object and red , interruption switches, IR barriers, or other sensors don't work because objects may cross a sensor more than , 0.04 2400 208 0.16 4800 104 0.16 1 "A Technical Tutorial on Direct Digital Synthesis," Analog Devices, 1999, www.analog.com/static/imported-files/ tutorials/450968421DDS_Tutorial , components is unavailable, however, you can employ an unused on-chip serial-synchronous receiver to make ... | Original |
5 pages, |
PIC16F628 edn design ideas 74HC74 QLMP 6 digit object counter circuit PIC16F628A pic16f628a uart QLMP-4082 ADG888 ir people counting PIC16F628A comparator port a application object counter circuit PIC16f628A assembly code PIC16f628a external oscillator 7 SEGMENT DISPLAY sc52 11ewa object counter PIC16F628A counter digital object counter object counter circuit 4 digit object counter circuit TEXT |
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| Abstract: Sem iconductor T e c h n ic a l B r ie f A Brief Tutorial on Spread Spectrum and Packet Radio M n y 1 99 6 Author: Carl Andren Introduction The new communications standard for wireless , interference Immunity to those narrow band emitters. The receiver processing of DS signals begins with , Brief 337 S IG N A L Ir DS R E C E IV E R FIGURE 2A. LOW POWER DENSITY j- IN T E R F E , called multiple access. Each DS receiver collapses only correlated signals to the data bandwidth. Other ... | OCR Scan |
3 pages, |
proportional control MICROWAVE OVEN microwave oven scheme TEXT |
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| Abstract: PSD813F1/ PSD813F1/ 80C31 80C31 Design Tutorial Application Note 057 By Dan Harris and Mark Rootz February , PSD813F1/ PSD813F1/ 80C31 80C31 Design Tutorial Application Note 057 By Dan Harris and Mark Rootz Contents 1 , . 15 5 813F Tutorial Example , Introduction This tutorial takes you step-by-step through the development cycle of a PSD813F PSD813F based design, from design entry, to programming the device. The first part of this tutorial shows how a PSD813F1 PSD813F1 can ... | WaferScale Integration Original |
74 pages, |
80C31 8031 user 80C31 instruction set A128C 8031 MICROCONTROLLER interfacing to ROM EPM7064S EPM7064SLC84-5 FLASHLINK intel 8031 power PSD813F PSD813F1 8031 MICROCONTROLLER 8031 intel PSD813F1/ 80C31 80c31 code manual PSD813F1/ 80C31 A128C256 PSD813F1/ 80C31 WSI Cross Reference PSD813F1/ 80C31 IR RECEIVER TUTORIAL PSD813F1/ 80C31 T28C256 PSD813F1/ 80C31 PSD813F1/ PSD813F1/ 80C31 TEXT |
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| Abstract: , skip this tutorial. Its simplicity will probably insult your intelligence. For those of you delving , . Two devices are used to accomplish this task: the transmitter and the receiver. ELF 100 Hz 10 , EHF IR Visible Light 300 MHz 1 GHz 30 GHz 300 GHz 10 14 Hz 10 16 Hz , Superhet Receiver By now you should have a basic, but clear, understanding of how information signals , ) Figure 3: A Telegraph The Receiver The purpose of a receiver is to receive the modulated carrier ... | Original |
5 pages, |
wireless transmitter and receiver how to code rf transmitter antenna and wave propagation AM receiver an00100 vlf khz receiver vlf antenna simple rf transmitter AN-00100 TEXT |
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| Abstract: . 25 3.11 IR Receiver , . 93 2 6.9 IR Receiver Demonstration , connector IR Receiver 2 SMA connectors for external clock input/output 8 One 40-pin Expansion , =78&No=495) 25 Figure 3-13 HSMC loopback verification test performed under Control Panel 3.11 IR Receiver From the control panel, we can test the IR receiver on the DE2-115 DE2-115 by sending scan code from a remote ... | TerasIC Technologies Original |
116 pages, |
altera de2 board sd card mp3 mp3 player decoder de2 -70 VHDL code for ADC and DAC SPI with FPGA schematic diagram vga to rca cable de2 video image processing altera 7-segment LED display 1 to 99 vhdl vhdl code for a 16*2 lcd hd44780 lcd controller Verilog IR RECEIVER TUTORIAL simple vhdl de2 audio codec interface altera de2 board sd card altera de2 LCD display module 16x2 HD44780 EP4CE115F29 DE2-115 16X2 LCD vhdl CODE TEXT |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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FAQs Third Party Tutorial interrupt timer Universal Asynchronous Receiver/Transmitter Module (UART) Two independent UART channels Asynchronous operation Baud rate generation Infrared (IR
/datasheets/files/motorola/prodcat/psp/mmc2001.htm |
Motorola | 16/02/2000 | 23.13 Kb | HTM | mmc2001.htm |
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FAQs Third Party Tutorial Universal Asynchronous Receiver/Transmitter Module (UART) Two independent UART channels Asynchronous operation Baud rate generation Infrared (IR) interface
/datasheets/files/motorola/overview/ovmcore.htm |
Motorola | 16/02/2000 | 26.14 Kb | HTM | ovmcore.htm |
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FAQs Third Party Tutorial Universal Asynchronous Receiver/Transmitter Module (UART) Two independent UART channels Asynchronous operation Baud rate generation Infrared (IR) interface
/datasheets/files/motorola/overview/ovmcore-v1.htm |
Motorola | 18/02/2000 | 26.38 Kb | HTM | ovmcore-v1.htm |
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AN601 AN601 Description: EEPROM Endurance Tutorial Description: IR Repeater DD0011 DD0011 Description Description: IR Car Detector For Changing Lanes DD0013 DD0013 Description: Universal Receiver DD0032 DD0032
/datasheets/files/microchip/mchipweb/1010/appnote/listing/index.htm |
Microchip | 05/03/1998 | 154.02 Kb | HTM | index.htm |
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No abstract text available
/download/20401246-484028ZC/2001_11.tar |
Motorola | 16/02/2000 | 2340 Kb | TAR | 2001_11.tar |
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No abstract text available
/download/12042666-484029ZC/2001_11b.zip () |
Motorola | 16/02/2000 | 791.67 Kb | ZIP | 2001_11b.zip |
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No abstract text available
/download/94631832-484030ZC/2001_11c.tar |
Motorola | 16/02/2000 | 2330 Kb | TAR | 2001_11c.tar |
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Tutorial: Novel Approach Yields 100-mW Bluetooth Amplifier Novel Approach Yields 100-mW Bluetooth Amplifier system receiver sensitivity is fixed at -70dBm, the practical solution to increasing range is pad layout and is IR solder reflowed with the other components on the PCB, directly
/datasheets/files/maxim/0012/view_044.htm |
Maxim | 04/04/2001 | 34.92 Kb | HTM | view_044.htm |
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links, with limited processor overhead. Universal Asynchronous Receiver/Transmitter A dedicated UART INTRODUCTION Abbreviations and Notes: ADC = Analog to Digital Converter UART = Universal Asynchronous Receiver transmit channels. Transmitter and receiver circuits are independ- ent and can operate at different baud . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 3 TUTORIAL . . . . . . . . . . . . . . . Monitor: Super-VGA, 17" Mouse 31/171 Tutorial 3 TUTORIAL The following tutorial is designed to help you
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5113.htm |
STMicroelectronics | 02/04/1999 | 229.59 Kb | HTM | 5113.htm |
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links, with limited processor overhead. Universal Asynchronous Receiver/Transmitter A dedicated UART INTRODUCTION Abbreviations and Notes: ADC = Analog to Digital Converter UART = Universal Asynchronous Receiver transmit channels. Transmitter and receiver circuits are independ- ent and can operate at different baud . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 3 TUTORIAL . . . . . . . . . . . . . . . Monitor: Super-VGA, 17" Mouse 31/171 Tutorial 3 TUTORIAL The following tutorial is designed to help you
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5113-v2.htm |
STMicroelectronics | 14/06/1999 | 229.55 Kb | HTM | 5113-v2.htm |