IC-HAUS GMBH Search Results

IC-WKM

Abstract: iC-Haus GmbH opto count-1 laser diode driver circuit automatic power control IC-HAUS light
Contextual Info: Driving Laser Diodes Uwe M. Malzahn iC-Haus GmbH Integrated Circuits GERMANY Webinar, April 27, 2006 Uwe M. Malzahn iC-Haus GmbH Driving Laser Diodes April 27, 2006 1 / 35 April 27, 2006 2 / 35 Introduction iC-Haus Founded in 1984 by Dr. Heiner Flocke and

iC-WKN

Abstract: IC-WKM Operating Sanyo laser diodes with integrated drivers iC-WKP iC-NZ DL-3146-151 DL-3147-260 DL-3149-057 74HCxx sanyo laser
Contextual Info: Operating Sanyo laser diodes with integrated drivers iC-Haus GmbH Uwe Malzahn November 24, 2006 Abstract The following describes application circuitry built with laser diode drivers by iC-Haus to operate the most commonly used Sanyo laser diodes in both CW and pulse mode.

DL-3147-260

Abstract: DL 3149-057 DL-3146-151 LD 33 cv DL-3146-152 IC-WKM diode 4148 in 4148 laserdiode 405 nm nf schaltungen
Contextual Info: Sanyo-Laserdioden mit integrierten Treibern ansteuern iC-Haus GmbH Uwe Malzahn 24. November 2006 Zusammenfassung Der vorliegende Text stellt Applikationsschaltungen mit iC-Haus-Laserdiodentreibern vor, um die gängigsten Sanyo-Laserdioden sowohl im CW-Betrieb als auch gepulst zu betreiben.

how to interface microcontroller with encoder

Abstract: INTERPOLATOR SIN COS QFN28 5X5 iC-NXL TSSOP16 SG1C quad photodiode psd quadrature encoder ic so20w INCREMENTAL ENCODER 2048 BLCC LG5C
Contextual Info: Product Line Card iC-Haus GmbH Am Kuemmerling 18 55294 Bodenheim Driver iCs Laser Diode/LED Drivers for industrial sensors, barcode scanners, laser leveling, laser printers, copiers, laser pointers Package iC-HB Triple 155 MHz Laser Switch with LVDS Inputs

WG1S

Abstract: iC-WG diode wg WG1R
Contextual Info: WG1R/WG1S iC-WG RETICLE AND CODE DISC PHYSICAL DIMENSIONS given in mm 1997 Rev A0 iC-Haus GmbH Integrated Circuits Am Kuemmerling 18, D-55294 Bodenheim Tel +49-6135-9292-0 Fax +49-6135-9292-192 http://www.ichaus.com WG1R/WG1S iC-WG RETICLE AND CODE DISC

laserdiode

Abstract: laserdioden
Contextual Info: L ASERTECHNIK Grundlagen der Laserdiodenansteuerung – Laserdioden verstehen und sicher ansteuern 042 Uwe Malzahn, iC-Haus GmbH, Bodenheim D ie Ansteuerung von Laserdioden ist kein „Hexenwerk“, wenn man sich dabei an ein paar Grundregeln hält, die sich im wesentlichen aus den Eigenschaften der Laserdiode ergeben.

iC-GF

Abstract: ansteuerung KABEL
Contextual Info: Artikel online: www.el-info.de MIXED-SIGNAL-BAUELEMENTE Kompakte Sensor-I/O-Lösung Uwe Malzahn, iC-Haus Aktuelle Sensoren für industrielle Anwendungen wie optische oder magnetische Näherungsschalter und Lichtschranken sollen möglichst klein, kostengünstig und mit maximaler Funktionalität und Flexibilität ausgestattet

J-STD-020D

Abstract: J-STD-033 IC-Haus Gmbh
Contextual Info: ASiC / ASSP CUSTOMER INFORMATION #7 Page 1/3 iC-Haus Lead-Free Policy With the adoption of EU directive RoHS Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment the ban on lead (Pb) and other hazardous substances now has a legal basis and

popcorn

Abstract: JEDEC J-STD-033 J-STD-020D J-STD-033 IC-Haus Gmbh
Contextual Info: ASiC / ASSP CUSTOMER INFORMATION #7 Page 1/3 iC-Haus Lead-Free Policy With the adoption of EU directive RoHS Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment the ban on lead (Pb) and other hazardous substances now has a legal basis and

A-Fehler

Abstract: iC-JX OPTOKOPPLER MikroC
Contextual Info: 06-05-024-027 Titelstory 25.05.2005 10:44 Uhr Seite 24 TITELSTORY E/A-Fehlerüberwachung in industriellen Maschinensteuerungen Dr. David Lin, iC-Haus GmbH, Bodenheim Moderne Maschinensteuerungen sind heute verstärkt dezentral aufgebaut und besitzen intelligente Peripherie, die über Bussysteme angesprochen wird. Neben der Steuerung des Gesamtsystems erhält die sichere Erkennung von Ausfällen und Grenzzuständen an Ein-/Ausgabeleitungen einen immer höheren

CL67

Abstract: 32MHz quartz RESONATOR 550KQ
Contextual Info: iC-VJ, iC-VJZ •Haus LASER DIODE CONTROLLER FEATURES APPLICATIONS ♦ ♦ ♦ ♦ ♦ ♦ Laser diode driver up to 250mA Averaging control of laser power Protective functions to prevent destruction of laser diode Laser-current monitor with current or voltage output

lta 301

Contextual Info: ¡C-WJ, iC-WJZ •Haus LASER DIODE DRIVER FEATURES APPLICATIONS ♦ ♦ Laser diode driver for continuous and intermittent operation CW to 300kHz up to 250mA ♦ Averaging control of laser power ♦ Simple adjustment of the laser power via external resistor

photoswitch

Abstract: iC-VDK
Contextual Info: ¡C-VDK •Haus AC PHOTOSWITCH FEATURES APPLICATIONS ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ High reliability and interference immunity due to monolithical design Effective photodiode area 1 m m 2 Directional characteristic due to focu ssing lens High sensitivity for visible light and near infrared

Contextual Info: iC-OR •Haus 5-ELEMENT MONOLITHIC PHOTODIODES ARRAY FEATURES APPLICATIONS ♦ ♦ ♦ ♦ ♦ ♦ ♦ M onolithic integrated photodiodes Excellent matching High sensitivity for visible light and near infrared Low dark currents Enhanced tem perature range -2 5 .1 2 5 °C

1300301

Abstract: 800-1750
Contextual Info: Photodiode-Chip EPC-1300-3.0-1 16.05.2008 rev. 07 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP P anode up 3350 ±20 typ. dimensions in µm Ø3000 typ. thickness Description 330 (±20) µm Broadband photodiode with maximum response in the

Contextual Info: Photodiode-Chip EPC-1300-3.0-3 16.05.2008 rev. 03 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP Both on top side 3350 ±20 typ. dimensions in µm Ø3000 typ. thickness Description 330 ±20 µm Broadband photodiode with maximum response in the

Contextual Info: Photodiode-Chip EPC-1300-1.0-1 04.07.2011 rev. 06 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP P anode up 1350 ±20 typ. dimensions in µm Ø1000 typ. thickness Description 330 (±20) µm Broadband photodiode with maximum response in the

Contextual Info: Photodiode-Chip EPC-1300-0.5-2 16.05.2008 rev. 03 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP P anode up typ. dimensions in µm 850 ±20 Ø 500 typ. thickness Description 330 (±20) µm Broadband photodiode with maximum response in the

Contextual Info: Photodiode-Chip EPC-1300-0.22-3 19.05.2008 rev. 03 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP Both on top side typ. dimensions in µm 460 ±20 150 220 typ. thickness Description 330 ±20 µm Broadband photodiode with maximum response in the

Contextual Info: Photodiode-Chip EPC-1300-0.22-1 16.05.2008 rev. 08 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP P anode up typ. dimensions in µm 150 typ. thickness Description 330 (±20) µm Infrared-selective photodiode with response range in the

03TY

Abstract: photodiode InGaAs NEP
Contextual Info: Photodiode-Chip EPC-1300-3.0-4 16.05.2008 rev. 03 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP Both on top side 3350 ±20 typ. dimensions in µm Ø3000 typ. thickness Description 330 ±20 µm Broadband photodiode with maximum response in the

Contextual Info: Photodiode-Chip EPC-1300-0.22-3 04.07.2011 rev. 04 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP Both on top side typ. dimensions in µm 460 ±20 150 220 typ. thickness Description 330 ±20 µm Broadband photodiode with maximum response in the

Contextual Info: Photodiode-Chip EPC-1300-0.22-2 19.05.2008 rev. 03 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP P anode up typ. dimensions in µm 150 typ. thickness Description 330 (±20) µm Broadband photodiode with maximum response in the NIR-region and enhanced

Contextual Info: Photodiode-Chip EPC-1300-0.22-4 16.05.2008 rev. 04 Wavelength range Type Technology Electrodes Infrared Planar InGaAs/InP Both on top side 150 typ. dimensions in µm typ. thickness Description 330 ±20 µm Broadband photodiode with maximum response in the