The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
HSP45102SI-33 Intersil Corporation 1-BIT, DSP-NUM CONTROLLED OSCILLATOR, PDSO28
HSP45102SC-40Z Intersil Corporation 12-Bit NCO 28 SOIC, 40MHz, COMM; SOIC28; Temp Range: See Datasheet
HSP45106JC-33Z Intersil Corporation 16-Bit Numerically Controlled Oscillator; PLCC84; Temp Range: 0° to 70°
HSP45102SC-40 Intersil Corporation 1-BIT, DSP-NUM CONTROLLED OSCILLATOR, PDSO28
HSP45102PC-33 Intersil Corporation 1-BIT, DSP-NUM CONTROLLED OSCILLATOR, PDIP28
HSP45102SI-33Z Intersil Corporation 12-Bit NCO 28 SOIC, 40MHz, COMM; SOIC28; Temp Range: See Datasheet

AEL 4510 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1997 - AEL 4.00

Abstract: AEL 4 infra-red distance measurement
Text: light gathering optical aids may be used. This application note concerns itself only with the AEL , . electromagnetic emission that is accessible by a human eye. AEL class limits are usually expressed in Watts or Joules. AEL is dependent on the system's light output power, wavelength, apparent source size, and pulse , of Systems 1. Given MPE based upon IEC 825-1, calculate the AEL Class 1 limit based upon wavelength, apparent source size, pulse duty factor, and exposure duration. AEL Class 1 limits have been calculated for


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PDF B-1050 5965-9714E AEL 4.00 AEL 4 infra-red distance measurement
1996 - EN60825-1

Abstract: Brief I-015 EN-60825-1 5964-9499E IEC-825-1 CENELEC EN60825-1 EN60825 CENELEC EN60825-1 Hewlett-Packard LED I-009 Hewlett-Packard Application Brief I-009
Text: hH Visible LED Device Classifications With Respect to AEL Values as Defined in the European , luminous output of LED devices in end products compared against an Accessible Emission Limit ( AEL ). An LED device is classified in the IEC 825-1 and CENELEC EN60825-1 Standards as either AEL Class 1 or AEL Class 2 depending upon the luminous output of the device compared against the AEL intensity for that device. Most LED devices are classified as AEL Class 1 devices. End products that utilize AEL


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PDF EN60825-1 I-015 EN608251 5964-9499E Brief I-015 EN-60825-1 5964-9499E IEC-825-1 CENELEC EN60825-1 EN60825 CENELEC EN60825-1 Hewlett-Packard LED I-009 Hewlett-Packard Application Brief I-009
2005 - VIPER 30

Abstract: KCS057QV1AA-G00 VIPER 22 VIPER-400-M64-F32 PXA255 Single Board Computer VIPER 27 kcs057qv1aa pin details of VIPER 22 VIPer Design Software KCS057QV1A
Text: VIPER RedBoot and AEL Quickstart VIPER RedBoot and AEL PC/104 400MHz PXA255 Single Board Computer Quickstart Manual www.arcom.com Contents VIPER RedBoot and AEL Quickstart , , major modifications. Update for V4I1 Development Kit. VIPER RedBoot and AEL Quickstart Contents , ? .13 Arcom Embedded Linux ( AEL ) .15 What's in AEL


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PDF PC/104 400MHz PXA255 PC/104 VIPER 30 KCS057QV1AA-G00 VIPER 22 VIPER-400-M64-F32 PXA255 Single Board Computer VIPER 27 kcs057qv1aa pin details of VIPER 22 VIPer Design Software KCS057QV1A
MIL-STD-1520

Abstract: ALQ-131 ALQ-135 alq-184 ALQ-119 ALR-62 FEI Microwave project on DLVA APR-44 dlva
Text:  AEL INDUSTRIES/AMER LABOR 35E » ■003020b 0001467 T ■AEL xperience and Qualifications Systems-Engineering Experience AEL 's established reputation as a leading integrated system developer adds the , efforts enable AEL designs to respond to both microwave and millimeter wave requirements. Leading Edge Technology AEL 's Microwave product designs make extensive use of Silicon and Gallium Arsenide monolithic technology designs for tighter packaging, higher reliability and lower cost. Product Design AEL


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PDF 003020b MIL-STD-1520 ALQ-131 ALQ-135 alq-184 ALQ-119 ALR-62 FEI Microwave project on DLVA APR-44 dlva
2011 - AEL Crystals

Abstract: marking codes Crystals AEL 10mhz Crystals
Text: filters and metal shielding. AEL HM60-R & HM43-R Principle Behind Spread Spectrum Crystals Limited , with a drop- modulation process can be all on one side of the in replacement AEL HMxxxR Spread-Spectrum , -23.0 dB fC Example of Down Spread Clock fC Example of Centre Spread Clock © AEL Crystals Ltd Issue Date: 20/10/11 AEL Part No HM60-R & HM43-R Page 1 of 4 All rights reserved No part of this document may be reproduced in any form without prior written permission of AEL Crystals Ltd


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PDF HM60-R HM43-R 25PPM 50PPM 100PPM -100C -400C AEL Crystals marking codes Crystals AEL 10mhz Crystals
2004 - ZHX1820

Abstract: IEC-825-1 ZHX1010 ZHX1201 ZHX1203 ZHX1403 ZHX1810 ZHX2022 AEL 4.00
Text: Compliance of Emitting Diodes 2 Table 2 provides examples of Accessible Emission Levels ( AEL ) as a function of exposure duration, angle subtended, and source size. The equation to calculate the AEL Class , s / 2 -100 Table 2. AEL Class 1 Limit Examples t: Exposure min: Min. Angle Duration (s) Subtend. (mrads) max: Max. Angle s: Source : Angle AEL Class 1 Subtend. (mrads) size (mm) Subtended , 3 Table 2. AEL Class 1 Limit Examples (Continued) t: Exposure min: Min. Angle Duration (s


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PDF AN019001-0204 ZHX1820 IEC-825-1 ZHX1010 ZHX1201 ZHX1203 ZHX1403 ZHX1810 ZHX2022 AEL 4.00
1999 - Gamma Scientific DR-2550

Abstract: DR-2550 IEC-825-1 EN60825-1 Radiation Detector Laser LED International eye blink detector HFBR-5203 Brief I-015 visible LED device classification
Text: their laser and LED based product under EN60825 (lasers only) until measurement methods and AEL , . LEDs will be included for regulation with the same AEL limit calculations and measurement conditions , LED Device Classifications with Respect to AEL Values as defined in the IEC 825-1 Standard and , application note will provide the same measurement information and list the AEL classifications for Agilent , from visible to infrared (IR). 2 AEL (Accessible Emission Limit) Class Determination AEL


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PDF I-008, I-009 I-015) I-008 5965-7734E HFBR-14X4 Gamma Scientific DR-2550 DR-2550 IEC-825-1 EN60825-1 Radiation Detector Laser LED International eye blink detector HFBR-5203 Brief I-015 visible LED device classification
2005 - Arcom Control Systems SBC

Abstract: PEGASUS-133-M64-F16-S MANUAL PCB PEGASUS amd elan sc520 Arcom Control Systems Elan SC520 arcom Arcom gateway
Text: Embedded Linux ( AEL ) Technical Manual. Detailed information about AEL is provided in the AEL Technical , Making an application run automatically at boot. · AEL contents. · Installation. · , What's in the Kit? The PEGASUS Arcom Embedded Linux ( AEL ) Development Kit includes the following , PEGASUS AEL Quickstart manual (this document). · Development Kit storage case. The AEL Development Kit also includes the following: · · Fedora Core installation media1. · 1 AEL


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PDF SC520 PC/104 PC/104 Arcom Control Systems SBC PEGASUS-133-M64-F16-S MANUAL PCB PEGASUS amd elan sc520 Arcom Control Systems Elan SC520 arcom Arcom gateway
2006 - Gamma Scientific DR-2550

Abstract: DR-2550 Visible LED Device Classifications HFBR-0300 HFBR-14X4 EN60825-1 IEC-825-1 CENELEC EN60825-1 250-2BNC HSDL-4220 Avago HFBR-15X2
Text: LED Eye Safety Application Note 1109 LED Device Classifications with Respect to AEL Values as , measurement methods and AEL (Accessible Emission Limit) classification of LED devices could be resolved , for IEC 825-1: 1. LEDs will be included for regulation with the same AEL limit calculations and , information and list the AEL classifications for Avago's CSSD (Communication Semiconductor Solutions Division) products, which cover a range of wavelengths from visible to infrared (IR). AEL (Accessible


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PDF EN60825-1 I-008, I-009 I-015) HFBR-51111300 HFBR-51121300 HFBR-5113 HFBR-5203 HFBR-52041300 HFBR-52051300 Gamma Scientific DR-2550 DR-2550 Visible LED Device Classifications HFBR-0300 HFBR-14X4 EN60825-1 IEC-825-1 CENELEC EN60825-1 250-2BNC HSDL-4220 Avago HFBR-15X2
IEC825-1

Abstract: EN-60825-1 Visible LED Device Classifications Hewlett-Packard LED super flux IEC-825-1 EN60825-1
Text: luminous output of LED devices in end products compared against an Accessible Emission Limit ( AEL ). LED devices are classified in the IEC 825-1 and CENELEC EN60825-1 Standards as either AEL Class 1 or AEL Class 2 depending upon the luminous output of the device compared against the AEL intensity for that device. Most LED devices are classified as AEL Class 1 devices. End products that utilize AEL Class 1 LED devices do not require eye safety labeling on the product. However, AEL Class 1 notification is required


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PDF IEC-825-1 IEC825-1 EN-60825-1 Visible LED Device Classifications Hewlett-Packard LED super flux EN60825-1
2006 - Not Available

Abstract: No abstract text available
Text: power oscillator, AEL Crystals Limited have developed a unique product to meet this requirement at a , Stations ■Portable reference frequency source Comparison between AEL LTCC Oscillator and ASIC design AEL LTCC ASIC Design Signal to Noise -142dBc/1kHz (at 26MHz) -132dBc/1kHz (at 26MHz , Making Your Products Better! By utilizing the AEL LTCC type VC-TCXO & TCXO you will be able to offer , , (i.e. battery operated) © AEL Crystals Ltd. Tel: +44 (0) 1293 524245 - Fax +44 (0) 1293 524888 -


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PDF -50dBc/Hz -60dBc/Hz -75dBc/Hz -95dBc/Hz 100Hz -100dBc/Hz -125dBc/Hz -142dBc/Hz 10kHz
DKA020-79G

Abstract: No abstract text available
Text: C. B O A R D Order One Each Male & Female To Get "A" Reg. Æl M M Æl Æl Æk Æ l Æ Æi Æl M. Æi Æl Æ Ml Æ Æl iü i_ Peel-A-Way® Male Pari # DKA020-79G DRS020-299TG DKA020-79G DRS020-49TG DKA020 , ) Order One Each Male & Female To Get "A" Reg Æl Mi Æ l Æ l Peel-A-Way® Peel-A-Way* Male Part # Female Pari * DKA020-79G DKS020-49TG Æl i Æ Æ M M Ml Æ Ml Mi il Æ jÿ Æ Æ Æ Æ M & m


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PDF QQ-B-626 QQ-C-533 MIL-G-45204 MIL-T-10727B QQ-N-290 DKS020-33TG DKA020-80G DKS020-51TG DKA020-81G DKS020-04TG DKA020-79G
2007 - S370 UDT

Abstract: LED wavelength 510 ADNS-3120-001 ADNS3120-001 HLMP-ED80 HLMP-ED80-XX000 KPX223AR ADNS-3040 LDX-3412
Text: Exposure (MPE) and Accessible Emission Limit ( AEL ) can be calculated. Eye safety limits are specified , without hazardous effects or biological changes in the eye, while AEL defines the classification , determination of the AEL retinal thermal hazard limits (400 nm to 1 400 nm), the value of the angular subtense , determine the AEL and MPE, the information below is used: Angular subtense: 44.4 mrad LED wavelength: 639 , the lowest limit), distance d = 66.98 mm. Calculating the AEL From the specifications stated in


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PDF ADNS-3040 ADNS-3040 ADNS-3120-001 HLMP-ED80-XX000 biologic03 90E-04 07E-03 46E-04 81E-02 55E-04 S370 UDT LED wavelength 510 ADNS3120-001 HLMP-ED80 KPX223AR LDX-3412
2005 - soundblaster 16

Abstract: SBC-GX1 MANUAL PCB arcom pcb gx1 Flat Panel Display Controller cross reference guide arcom NL6448BC20-08 SBC-GX1-M64-F16 vga connector 16 pin IDC gx1
Text: Development Kit. These include the SBC-GX1 Technical Manual and the Arcom Embedded Linux ( AEL ) Technical Manual. Detailed information about AEL is provided in the AEL Technical Manual. This manual includes , automatically at boot. · AEL contents. · Installation. · Utilities. · Secure Shell (SSH , Linux ( AEL ) Development Kit includes the following items: · SBC-GX1-M64-F16 processor board. · , storage case. The AEL Development Kit also includes the following: · · Fedora Core Core


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PDF PC/104 soundblaster 16 SBC-GX1 MANUAL PCB arcom pcb gx1 Flat Panel Display Controller cross reference guide arcom NL6448BC20-08 SBC-GX1-M64-F16 vga connector 16 pin IDC gx1
1997 - Gamma Scientific DR-2550

Abstract: DR-2550 LED Laser International Hewlett-Packard Application Brief I-009 HFBR 5207 HFBR-0400 I015 HFBR-0300 EN60825-1 class 1 table 1 850 IEC-825-1 CENELEC EN60825-1
Text: their laser and LED based product under EN60825 (lasers only) until measurement methods and AEL , . LEDs will be included for regulation with the same AEL limit calculations and measurement conditions , LED Device Classifications with Respect to AEL Values as defined in the IEC 825-1 Standard and , application note will provide the same measurement information and list the AEL classifications for HP , from visible to infrared (IR). 2 AEL (Accessible Emission Limit) Class Determination AEL


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PDF I-008, I-009 I-015) I-008 HFBR-14X4 5965-7734E Gamma Scientific DR-2550 DR-2550 LED Laser International Hewlett-Packard Application Brief I-009 HFBR 5207 HFBR-0400 I015 HFBR-0300 EN60825-1 class 1 table 1 850 IEC-825-1 CENELEC EN60825-1
Not Available

Abstract: No abstract text available
Text: VC-TCXO AEL VMT only WWYY 1611 vs Temperature vs Ageing vs Voltage Change vs Load Change vs , (Increase voltage = increase freq.) 10kΩ Min. 3kHz (Min.) at -3dB ±10% Max. Dimensions (mm) AEL VMT430-Series VC-TCXO AEL MT430-Series TCXO © AEL Crystals Ltd AEL VMT600-Series VC-TCXO AEL , AEL Crystals


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PDF 768kHz -10oC -20oC -30oC -40oC -55oC 125oC 24hours VMT430-Series MT430-Series
LC2H

Abstract: ATH3803 ATH3804
Text: P Hz/ kHz AEL LC H-FE- KK DC - V AEL LC H-FE-DL- KK AC/DC - V Hz AEL LC H-FE-FV- Hz/ kHz DC - V AEL B LC H-FE-DL- KK-B AEL LC H-F- KK DC - V AEL LC H-F-DL- KK AC/DC - V AEL LC H-F-FV


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PDF
2005 - ADNS-7530

Abstract: ADNS-7550 ADNS-6160-001 ADNS6170-002 ADNS7550 ADNS-6150 Pulnix tm VCSEL illumination
Text: ) as: "For the determination of the AEL retinal thermal hazard limits (400 nm to 1400 nm), the value , ) For further determination of the AEL and MPE, min will be used to determine which equations to use , size need to be performed. Calculating the Accessible Exposure Limits ( AEL ) Since the VCSEL , (appropriate exposure time for MPE; appropriate emission time for AEL ) must also be known. The IEC document , than t, formula 1 is used to determine the AEL . 3.9 x 10-4C4C7 W To continue with the calculation


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PDF ADNS-7530 ADNS-7550 ADNS-7550 ADNS-6150, ADNS-6160-001 ADNS6170-002 AV02-0722EN ADNS7550 ADNS-6150 Pulnix tm VCSEL illumination
Not Available

Abstract: No abstract text available
Text: -79G KSA020-79G LNB020-49TG LNB020-04TG Æl Æl Æl Ml Æl Æ l M . J ÏS S L KSA020-80G LNB020-299TG KSA020-79G KSA020-80G LNB020-51TG LNB020-49TG Æl Peel-A-Way® Peel-A-Way® Male Pari # Female Part # , -01TG LNB020-51TG LNB020-04TG LNB020-51TG LNB020-01TG LNB020-01TG M . ÆL Æ i Æl i£ M i M . Æ l rä1 (41? Ì) m i A Æ i Æk Æ l A Æ l Î4.f§) ÆL Æ l j£ IE i KSA020-81G KSA020


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PDF QQ-B-626 QQ-C-533 MIL-G-45204 MIL-T-10727B QQ-N-290 LNB020-51TG LNB020-01TG LNB020-01TG KSA020-81G
1996 - EN-60825-1

Abstract: EN60825-1 Hewlett-Packard LED en60825 visible led device led device classifications Brief I-015 HPWADX00/-MX00 Hewlett-Packard Application Brief I-009 IEC-825-1
Text: luminous output of LED devices in end products compared against an Accessible Emission Limit ( AEL ). LED devices are classified in the IEC 825-1 and CENELEC EN60825-1 Standards as either AEL Class 1 or AEL Class 2 depending upon the luminous output of the device compared against the AEL intensity for that device. Most LED devices are classified as AEL Class 1 devices. End products that utilize AEL Class 1 LED devices do not require eye safety labeling on the product. However, AEL Class 1 notification is


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PDF EN60825-1 I-015. I-009. EN-60825-1 Hewlett-Packard LED en60825 visible led device led device classifications Brief I-015 HPWADX00/-MX00 Hewlett-Packard Application Brief I-009 IEC-825-1
2005 - j 5804

Abstract: S370 UDT LDX-3412 UDT model #260 detector radiometric UDT Sensors AN1228 4447 surface mounted S/TRANSISTOR J 5804 EQUIVALENT S370 HLMP-ED80
Text: , since the source is not circular. Figure 5. "For the determination of the AEL retinal thermal , determined before the MPE and AEL are calculated, the apparent source size is 33.23 mrad, the LED , ) Calculating the AEL Since the LED wavelength is 639 nm, only the thermal limits apply for this LED, not the , is used to determine the AEL . 7.4 x 10-4 C6 T2-0.25 W C6 needs to be determined. There are , -1 -3 7 2(58.04) Substituting into the equation 3 above, the Accessible Emission Limit ( AEL


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PDF HDNS-2100 HLMP-ED80 HLMP-ED80 796E-3 658E-3 591E-3 926E-3 526E-3 j 5804 S370 UDT LDX-3412 UDT model #260 detector radiometric UDT Sensors AN1228 4447 surface mounted S/TRANSISTOR J 5804 EQUIVALENT S370
2005 - ixp400 embedded processor

Abstract: IXP400 IXP425 Arcom Control Systems Arcom Control Systems SBC VULCAN-533-M64-F16
Text: Development Kit. Detailed information about Arcom Embedded Linux ( AEL ) can be found in the AEL Technical Manual. This is on the Development Kit CD, in the /manuals/ directory. The AEL Technical Manual provides information about the following: · Using RedBoot with AEL . · Configuration files and boot scripts. · Making an application run automatically at boot. · AEL contents. · Installation , started What's in the Kit? The VULCAN AEL Development Kit includes the following items: · VULCAN


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PDF IXP425 PC/104 PC/104 ixp400 embedded processor IXP400 Arcom Control Systems Arcom Control Systems SBC VULCAN-533-M64-F16
2006 - 393 EZ 639

Abstract: EZ 639 6574M ael 1200 HLMP-ED80-XX000 HLMP-ED80 ADNS-3060 ADNS3060 ADNS-2120 Avago 5036
Text: exposure (MPE) and Accessible Emission Limit ( AEL ) can be calculated. MPE is the level of laser radiation , AEL defines the classification breakpoint. Figure 1. Side view of the optical stage. Figure 2 , remainder of the calculation. This will determine all possible worst cases. Next, to determine the AEL , Exposure time: 100 seconds Calculating the AEL From the specifications stated in page 19 of the IEC , if t <=T2 AEL = 7 x 10-4 t0.75C6 J T2 = 10s, if < 1.5mrad T2 = 100s, > 100mrad if t >T2


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PDF ADNS-3060 ADNS3060 ADNS-2120 HLMP-ED80-XX000 HLMP-ED80, 000E-3 216E-3 326E-3 177E-3 393 EZ 639 EZ 639 6574M ael 1200 HLMP-ED80 ADNS-3060 Avago 5036
2001 - atmel 1215

Abstract: STD 615 atf1502as programming ATF1508 ATF15xx Family ATF1502AS Atmel Configurable Logic Atmel-ATF15xx CPLD Complex Programmable Logic Devices ATF1500ABV
Text: ATF1502ASV/ASVL ATF1504AS/ASL ATF1504ASV/ASVL ATF1508AS/ASL ATF1508ASV/ASVL ATF1502SE/SEL ATF1502AE/ AEL ATF1504SE/SEL ATF1504AE/ AEL ATF1508SE/SEL ATF1508AE/ AEL ATF1516SE/SEL ATF1516AE/ AEL ATF1532AE/ AEL


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PDF ATF15xx Jan-01 atmel 1215 STD 615 atf1502as programming ATF1508 ATF15xx Family ATF1502AS Atmel Configurable Logic Atmel-ATF15xx CPLD Complex Programmable Logic Devices ATF1500ABV
2005 - ADNS-5090

Abstract: schematics motion DETECTOR CIRCUIT GO 547 LOP ADNS 5090 ADNK-5093-TN24 DC iris schematic mouse photodetector KPX223AR HLMP-ED80 newport 505
Text: Exposure (MPE) and Accessible Emission Limit ( AEL ) can be calculated. Eye safety limits are specified , without hazardous effects or biological changes in the eye, while AEL defines the classification , AEL retinal thermal hazard limits (400 nm to 1 400 nm), the value of the angular subtense of a , remainder of the calculation. This will determine all possible worst cases. Next, to determine the AEL and , ) Exposure time: 100 seconds With angular subtense of 8.7mrad, distance d = 30.2 mm. Calculating the AEL


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PDF ADNS-5090 ADNS-5090 ADNS-5110-001 HLMP-ED80-xxx00 HLMP-ED80-PST00 ADNS-5110/5110-001 AV02-1997EN schematics motion DETECTOR CIRCUIT GO 547 LOP ADNS 5090 ADNK-5093-TN24 DC iris schematic mouse photodetector KPX223AR HLMP-ED80 newport 505
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