DOCSLIB.ORG

Cross Reference Cheat Sheet a Quick Guide to Crossing to Venkel Components

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Cross Reference Cheat Sheet a Quick Guide to Crossing to Venkel Components CROSS REFERENCE CHEAT SHEET A QUICK GUIDE TO CROSSING TO VENKEL COMPONENTS LEDS POWER INDUCTORS THIN FILM RESISTORS CURRENT SENSE RESISTOR SINGLE COLOR - DOME LENS SHIELDED - DRUM HIGH POWER THIN FILM ULTRA LOW VALUE VENKEL CTLD VENKEL DSPI VENKEL HPTF VENKEL ULCR Central Tech CT636, CT646 NIC NTRH Bourns CRL SINGLE COLOR - FLAT LENS Stackpole (SEI) RNCP IRC/TT LRC-LR also LR VENKEL CTLF SHIELDED - FLAT MOLDED IRC PCF Panasonic ERJ VENKEL FMPI Rohm UCR SINGLE COLOR - RIGHT ANGLE Coilcraft XAL THIN FILM PRECISION Stackpole (SEI) CSR VENKEL CTLR NIC NPIM VENKEL TFCR Susumu RLT Pulse PG IRC PCF Vishay WSL MULTI COLOR - DOME LENS Vishay IHPS Kamaya RNC VENKEL MCLD Wurth LMHI KOA RN73 Panasonic ERA CERAMIC CAPACITORS MULTI COLOR - FLAT LENS SHIELDED - MULTILAYER Stackpole (SEI) RNCF ARRAYS VENKEL MCLF VENKEL MLPI Susumu RG VENKEL CCA Samsung CIG Thin Film Technology RR AVX W2A and W3A SINGLE COLOR - RIGHT ANGLE TDK MLP Vishay/Dale TNPW Murata GNM VENKEL MCLR Yageo RT Panasonic ECJ-T Dialight SHIELDED - SD Taiyo Yuden Capacitor Array Everlight VENKEL SDPI ULTRA PRECISION THIN FILM TDK CKC Kingbright Bourns SRR VENKEL UPTF Lite-On Coilcraft MSS IRC PCF GENERAL PURPOSE Lumex Coiltronics SD Kamaya RNC VENKEL C Osram Pulse P1168 Panasonic ERA AVX Ceramic Capacitors Panasonic Sumida CDRH Stackpole (SEI) RNC Johanson Dielectrics MLCC Rohm Susumu RG KEMET C SunLED SHIELDED - SQUARE MINIATURE Thin Film Technology RR Murata GRM VENKEL SMPI Vishay/Dale TNPW NIC NMC INDUCTORS Murata LQH Novacap Commercial Capacitors GENERAL PURPOSE MULTILAYER Taiyo Yuden NR Panasonic ECJ VENKEL MLF TDK SPM CURRENT SENSE RESISTOR Samsung CL Bourns MH LOW VALUE Taiyo Yuden M Samsung CIL SHIELDED - SQUARE VENKEL LCR TDK C Taiyo Yuden BK VENKEL SSPI Bourns CRL Vishay VJ TDK MMZ Coilcraft MSS IRC LCR Yageo CC Wurth Electronics WE-CB Pulse PF KOA SR73 Walsin General Purpose NIC NCST LOW VALUE MULTILAYER SHIELDED - SHIELDED HIGH Panasonic ERJ HIGH-Q VENKEL LMCI VENKEL SHPI ROHM UCR VENKEL HQN AEM MHI Bourns SRR Susumu RLT AVX LD (U) API Delevan C1608, C2012 Coilcraft MSS Stackpole (SEI) CSR Johanson L Bourns CI Coiltronics DRQ Vishay RCWE Murata GJM Central Technologies CTLL Sumida CDRH Samsung CL Samsung CIH METAL FOIL TDK C NON-SHIELDED - PD VENKEL CSMF MOULDED WIREWOUND VENKEL PDPI IRC/TT LRC-LR also LR HIGH VOLTAGE VENKEL NL Coilcraft DO Kamaya RLC VENKEL HVC Bourns CC453232 Central Tech CTUP KOA UR73, SR73 AVX Ceramic Capacitors KOA KL Panasonic ERJL Kemet C Panasonic ELJ NON-SHIELDED - PH Rohm PMR Murata GRM, GR4, GA3 Taiyo Yuden LEM VENKEL PHPI Vishay WSL Novacap Commercial Capacitors Coilcraft DO Walsin WW Samsung CL RF - THIN FILM Central Tech CTDO Yageo PT TDK C VENKEL TFI Murata 29L332C Murata LQP Vishay IDC METAL STRIP LOW INDUCTANCE VENKEL CSMF VENKEL LIC RF - WIREWOUND NON-SHIELDED - RECTANGULAR IRC/TT LRC-LR also LR AVX 0204, 0306, 0508, 0612 VENKEL MRFI MINIATURE Kamaya RLC Murata LLL Abracon Corp. AISC-0402 VENKEL RMPI KOA UR73, SR73 Samsung CL, LW API Delevan Inc. 0805R Coilcraft ME NIC NCSS TAIYO Yuden LWDC Coilcraft CS Murata LQH Panasonic ERJL Murata LQW TDK VLS Rohm PMR Pulse Electronics 0805CD SEI CSRF Vishay WSL Walsin WW Yageo PT Note: Please be aware that manufacturer part data is subject to change without notice. All information is provided in good faith. Have a long list of parts to cross? Need free samples or a quote? Call 800-950-8365 or visit venkel.com CROSS REFERENCE CHEAT SHEET A QUICK GUIDE TO CROSSING TO VENKEL COMPONENTS THICK FILM RESISTORS RESISTOR ARRAYS THERMISTORS ANTI-SULFURATION ARRAYS (NETWORKS) NTC TYPE VENKEL CRS VENKEL CRN VENKEL NTC Panasonic ERJS AVX CRB AVX NB12 ROHM TRR Bourns CAY Murata NCP Stackpole Electronics RNCP CTS 742 Panasonic ERTJ Yageo AF Kamaya RAC TDK NTCG10, NTCG16, NTCG20 Panasonic EXB GENERAL PURPOSE THICK FILM Samsung RN, RP VENKEL CR Yageo YC, TC Kamaya RMC FERRITE BEADS HIGH CURRENT MULTILAYER KOA RK73B VENKEL FBC Panasonic ERJ TANTALUM CAPACITORS Murata BLM Samsung RC GENERAL PURPOSE Panasonic EXC Stackpole (SEI) RMCF VENKEL TCM Taiyo Yuden BKH Vishay/Dale CRCW AVX TAJ TDK MMZ Walsin WR Kemet T491 Samsung CIC, CIS Yageo RC Samsung TCSCN Sprague 293D, 593D GENERAL PURPOSE MULTILAYER GENERAL PURPOSE ROHS 6/6 GREEN VENKEL FBM RESISTORS LOW ESR Murata BLM VENKEL CRG VENKEL TCR Panasonic EXC NIC Components NRCL AVX TPS Taiyo Yuden BKH Vishay Droloric RCG Kemet T491 TDK MMZ Samsung TCSCE Samsung CIM, CIB HIGH POWER Sprague 293D, 593D VENKEL HMCR Stackpole RMPC Bourns CRM MINIATURE POLYMER NIC NRCW VENKEL MPU AVX F38 HIGH VALUE Kemet T529 WHY VENKEL? VENKEL HPCR Nichicon F31, F38 IRC HR Panasonic TPU • COMPLETE LINE OF Kamaya RHC Vishay Sprague T58 Vishay RCHR SURFACE MOUNT PASSIVE Yageo RC MINIATURE SOLID COMPONENTS VENKEL MSU HIGH VOLTAGE AVX F98 • LEDS VENKEL HVCR Kemet T491 • 30+ YEARS IN BUSINESS KOA HV73 Samsung TCSCE ROHM KTR Sprague 293D, 593D • SELLS DIRECT Stackpole (SEI) HVC Vishay CRHV POLYMER • FACTORY-DIRECT PRICING Yageo RV VENKEL PCJ • COMPREHENSIVE STOCKING AVX TCJ PRECISION HIGH VALUE SOLUTIONS VENKEL PHCR Kemet T520, T591 BREL CHM, CHR Nichicon F32 • IN-HOUSE ENGINEERING Susumu RT Vishay Sprague T55 SUPPORT TRIMMABLE CHOKE COILS • MINORITY BUSINESS VENKEL TRCR COMMON MODE Kamaya FCR ENTERPRISE (MBE) VENKEL CMCC Vishay TCT Murata DLW31, DLW21 Yageo TR • HEADQUARTERS: AUSTIN, TX Murata PLW3216, PLW2012 Note: Please be aware that manufacturer part data is subject to change without notice. All information is provided in good faith. Have a long list of parts to cross? Need free samples or a quote? Call 800-950-8365 or visit venkel.com.
Load more

Recommended publications
  • Electronics System Coordinator
    Electronics System Coordinator RYOSAN CO., LTD. CORPORATE PROFILE 2020 Since its founding, Ryosan has conducted corporate activities based on the strong conviction that “a corporation is a public institution.” This phrase means that corporations are founded in order to benefit society in both the present and the future. Corporations are allowed to exist only if they are needed by society. In other words, corporations lose their meaning when they are no longer needed by society. Ryosan will continue its corporate activities with this strong conviction and firm resolution. “A corporation is a public institution.” Ryosan keeps this phrase firmly in its heart as the Company moves forward into the future. Ryosan History ~1960 1970 1980 1990 2000 2010~ 1953 1974 1981 1996 2000 2012 Ryosan Denki Co., Ltd. is established Hong Kong Ryosan Limited is The company name is changed to Ryosan Technologies USA Inc. The head office is moved to the current Ryosan Europe GmbH is established. in Kanda-Suehirocho, Chiyoda-ku, established. Ryosan Co., Ltd. is established. Head Office Building. Tokyo. Consolidated net sales exceed 300 2014 1976 1982 1997 billion yen. Ryosan India Pvt. Ltd. is established. 1957 Singapore Ryosan Private Limited Consolidated net sales exceed Zhong Ling International Trading The Company is reorganized as is established. 100 billion yen. (Shanghai) Co.,Ltd. is established. 2001 2016 a stock company as Korea Ryosan Corporation and Ryosan Engineering Headquarters obtain Ryosan Denki Co., Ltd. 1979 1983 1999 (Thailand) Co.,Ltd. are established. ISO9001 certification. Ryotai Corporation is established. Stock is listed on the Second Section Kawasaki Comprehensive Business 1963 of the Tokyo Stock Exchange.
    [Show full text]
  • FTSE Japan ESG Low Carbon Select
    2 FTSE Russell Publications 19 August 2021 FTSE Japan ESG Low Carbon Select Indicative Index Weight Data as at Closing on 30 June 2021 Constituent Index weight (%) Country Constituent Index weight (%) Country Constituent Index weight (%) Country ABC-Mart 0.01 JAPAN Ebara 0.17 JAPAN JFE Holdings 0.04 JAPAN Acom 0.02 JAPAN Eisai 1.03 JAPAN JGC Corp 0.02 JAPAN Activia Properties 0.01 JAPAN Eneos Holdings 0.05 JAPAN JSR Corp 0.11 JAPAN Advance Residence Investment 0.01 JAPAN Ezaki Glico 0.01 JAPAN JTEKT 0.07 JAPAN Advantest Corp 0.53 JAPAN Fancl Corp 0.03 JAPAN Justsystems 0.01 JAPAN Aeon 0.61 JAPAN Fanuc 0.87 JAPAN Kagome 0.02 JAPAN AEON Financial Service 0.01 JAPAN Fast Retailing 3.13 JAPAN Kajima Corp 0.1 JAPAN Aeon Mall 0.01 JAPAN FP Corporation 0.04 JAPAN Kakaku.com Inc. 0.05 JAPAN AGC 0.06 JAPAN Fuji Electric 0.18 JAPAN Kaken Pharmaceutical 0.01 JAPAN Aica Kogyo 0.07 JAPAN Fuji Oil Holdings 0.01 JAPAN Kamigumi 0.01 JAPAN Ain Pharmaciez <0.005 JAPAN FUJIFILM Holdings 1.05 JAPAN Kaneka Corp 0.01 JAPAN Air Water 0.01 JAPAN Fujitsu 2.04 JAPAN Kansai Paint 0.05 JAPAN Aisin Seiki Co 0.31 JAPAN Fujitsu General 0.01 JAPAN Kao 1.38 JAPAN Ajinomoto Co 0.27 JAPAN Fukuoka Financial Group 0.01 JAPAN KDDI Corp 2.22 JAPAN Alfresa Holdings 0.01 JAPAN Fukuyama Transporting 0.01 JAPAN Keihan Holdings 0.02 JAPAN Alps Alpine 0.04 JAPAN Furukawa Electric 0.03 JAPAN Keikyu Corporation 0.02 JAPAN Amada 0.01 JAPAN Fuyo General Lease 0.08 JAPAN Keio Corp 0.04 JAPAN Amano Corp 0.01 JAPAN GLP J-REIT 0.02 JAPAN Keisei Electric Railway 0.03 JAPAN ANA Holdings 0.02 JAPAN GMO Internet 0.01 JAPAN Kenedix Office Investment Corporation 0.01 JAPAN Anritsu 0.15 JAPAN GMO Payment Gateway 0.01 JAPAN KEWPIE Corporation 0.03 JAPAN Aozora Bank 0.02 JAPAN Goldwin 0.01 JAPAN Keyence Corp 0.42 JAPAN As One 0.01 JAPAN GS Yuasa Corp 0.03 JAPAN Kikkoman 0.25 JAPAN Asahi Group Holdings 0.5 JAPAN GungHo Online Entertainment 0.01 JAPAN Kinden <0.005 JAPAN Asahi Intecc 0.01 JAPAN Gunma Bank 0.01 JAPAN Kintetsu 0.03 JAPAN Asahi Kasei Corporation 0.26 JAPAN H.U.
    [Show full text]
  • Whither the Keiretsu, Japan's Business Networks? How Were They Structured? What Did They Do? Why Are They Gone?
    IRLE IRLE WORKING PAPER #188-09 September 2009 Whither the Keiretsu, Japan's Business Networks? How Were They Structured? What Did They Do? Why Are They Gone? James R. Lincoln, Masahiro Shimotani Cite as: James R. Lincoln, Masahiro Shimotani. (2009). “Whither the Keiretsu, Japan's Business Networks? How Were They Structured? What Did They Do? Why Are They Gone?” IRLE Working Paper No. 188-09. http://irle.berkeley.edu/workingpapers/188-09.pdf irle.berkeley.edu/workingpapers Institute for Research on Labor and Employment Institute for Research on Labor and Employment Working Paper Series (University of California, Berkeley) Year Paper iirwps-- Whither the Keiretsu, Japan’s Business Networks? How Were They Structured? What Did They Do? Why Are They Gone? James R. Lincoln Masahiro Shimotani University of California, Berkeley Fukui Prefectural University This paper is posted at the eScholarship Repository, University of California. http://repositories.cdlib.org/iir/iirwps/iirwps-188-09 Copyright c 2009 by the authors. WHITHER THE KEIRETSU, JAPAN’S BUSINESS NETWORKS? How were they structured? What did they do? Why are they gone? James R. Lincoln Walter A. Haas School of Business University of California, Berkeley Berkeley, CA 94720 USA ([email protected]) Masahiro Shimotani Faculty of Economics Fukui Prefectural University Fukui City, Japan ([email protected]) 1 INTRODUCTION The title of this volume and the papers that fill it concern business “groups,” a term suggesting an identifiable collection of actors (here, firms) within a clear-cut boundary. The Japanese keiretsu have been described in similar terms, yet compared to business groups in other countries the postwar keiretsu warrant the “group” label least.
    [Show full text]
  • News Release
    NEWS RELEASE Jun 11, 2020 R&I View: Electronic Components Companies Struggle with Automotive Businesses Eyes on investments in advanced fields Demand for automotive electronic components has plunged in the wake of the novel coronavirus outbreak. In the January-March 2020 period, TDK Corp. (Sec. Code: 6762, Issuer Rating: A+) and Taiyo Yuden Co., Ltd. (Sec. Code: 6976, Issuer Rating: A) posted net losses due primarily to impairment losses on assets associated with automotive businesses, combined with a seasonal decline in smartphone-related demand. Alps Alpine Co., Ltd. (Sec. Code: 6770, Issuer Rating: A-), which derives around 70% of consolidated sales from automotive products and components, including car navigation systems, fell into an operating loss. As growth in unit sales of smartphones and other digital devices became difficult to envisage, many electronic components companies have been actively investing in expanding automotive businesses as the core of their growth strategies. If automobile production and sales continue to be stagnant for a protracted period of time due, for example, to the slow containment of the coronavirus or the emergence of a serious second wave, the earnings impact will be amplified. Should development plans for next-generation vehicles be disturbed, the risk of impairment of related facilities and goodwill will also warrant attention. R&I will keep an eye on the earnings of Nidec Corp. (Sec. Code: 6594, Issuer Rating: AA-) and MinebeaMitsumi Inc. (Sec. Code: 6479, Issuer Rating: A), which have made aggressive investments in the growth of their automotive businesses in recent years. Demand is rising for products such as notebook and tablet computers and game consoles, reflecting changes in the way people live, as exemplified by the wider adoption of teleworking and consumption at home driven by restrictions on going out.
    [Show full text]
  • Alma Eikoh Japan Large Cap Equity Fund a Sub-Fund of Alma Capital Investment Funds SICAV
    FOR PROFESSIONAL INVESTORS ONLY Alma Eikoh Japan Large Cap Equity Fund A sub-fund of Alma Capital Investment Funds SICAV As of 31 May 2021 Eikoh Fund description • Investment objective: seek long-term capital growth by investing generally in Japanese large cap stocks (with market capitalisation in excess of US$ 1bn) • Investment process: analyse long term company fundamentals through extensive in-house bottom up research with a strong risk management ethos • Portfolio of around 30 companies which are well managed, profitable and with good prospects. Portfolio managers believe that Cash Flow Return on Investment and value creation are key Investment manager: ACIM (Alma Capital Investment Management) • Alma Capital Investment Management is a Luxembourg based asset management company and holds a branch office in London • ACIM manages assets of $4bn and is regulated by the Luxembourg regulator the CSSF • The portfolio managers, led by James Pulsford, worked together at Eikoh Research Investment Management managing the portfolio before joining ACIM in January 2020 • Naohiko Saida based in Tokyo at Milestone Asset Management provides a dedicated research service to the team at ACIM, Naohiko and James have worked together for the last twenty years Cumulative performance (%) 1 M 3 M 6 M YTD 1Y 3Y ITD ITD (annualized) I GBP Hedged C shares 2.81 9.51 21.63 15.06 49.05 46.77 152.42 14.20 I GBP C shares 0.31 4.48 9.45 4.30 27.48 36.66 - - I EUR Hedged C shares 2.77 9.47 21.58 15.14 48.54 42.72 - - I JPY C shares 3.03 9.87 22.53 15.91 50.20 47.62 - - I EUR C shares 1.48 5.93 14.41 9.75 33.73 - - - I EUR D shares -0.67 3.66 11.95 7.37 30.79 - - - I USD Hedged C shares 2.89 9.57 22.14 15.51 49.89 53.06 163.50 14.91 Topix (TR) 1.38 4.12 10.81 7.62 25.61 18.17 80.92 8.88 Fund launched on 12 June 2014 (I USD Hedged C and I GBP Hedged C shares) Portfolio characteristics Performance (Indexed - Base 100) Main indicators Fund Index Alma Eikoh Japan Large Cap Equity Fund Topix TR No.
    [Show full text]
  • TAIYO YUDEN Lithium Ion Capacitors: an Effective EDLC Replacement
    Whitepaper TAIYO YUDEN Lithium Ion Capacitors: An Effective EDLC Replacement Lithium Ion Capacitors overcome the pitfalls of EDLCs, providing superior self-discharge characteristics, high-energy density, reliability, longevity and safety. Atsuya Sato Field Application Engineering Supervisor TAIYO YUDEN TAIYO YUDEN Lithium Ion Capacitors: The Ultimate EDLC Replacement Background An accepted energy solution, conventional Electrical Double Layer Capacitors (EDLC) have many notable drawbacks relating to self-discharge characteristics, energy density, reliability, longevity and thermal design. TAIYO YUDEN Lithium Ion Capacitors overcome these issues and are an effective replacement for EDLCs. Lithium Ion Capacitors are hybrid capacitors, featuring the best characteristics of both EDLC and Lithium Ion Secondary Batteries (LIB). EDLCs were first created in Japan in the 1970s and began appearing in various home appliances in the 1990s. Since the 2000s, they have been used in mobile phones and digital cameras. EDLCs are typically used to protect against sudden momentary drops or sudden interruptions in power. They can instantaneously output large amounts of power, while a battery cannot. They are frequently used as backup power sources in servers and storage devices for integrated circuits, processors, memory and more. While EDLCs are intended to be backup power sources, conventional EDLCs suffer from a phenomenon known as self-discharge, where the capacitor will gradually lose its charge over time. Self-discharge can occur more rapidly during exposure to high temperature environments. The extremely low self-discharge of an Lithium Ion Capacitor, even in high heat environments, ensures a long-lasting charge. Furthermore, Lithium Ion Capacitors have no risk of thermal runaway. No additional thermal design considerations, space or components are necessary when designing with an Lithium Ion Capacitor.
    [Show full text]
  • Proposal of a Data Processing Guideline for Realizing Automatic Measurement Process with General Geometrical Tolerances and Contactless Laser Scanning
    Proposal of a data processing guideline for realizing automatic measurement process with general geometrical tolerances and contactless laser scanning 2018/4/4 Atsuto Soma Hiromasa Suzuki Toshiaki Takahashi Copyright (c)2014, Japan Electronics and Information Technology Industries Association, All rights reserved. 1 Contents • Introduction of the Project • Problem Statements • Proposed Solution – Proposal of New General Geometric Tolerance (GGT) – Data Processing Guidelines for point cloud • Next Steps Copyright (c)2014, Japan Electronics and Information Technology Industries Association, All rights reserved. 2 Contents • Introduction of the Project • Problem Statements • Proposed Solution – Proposal of New General Geometric Tolerance (GGT) – Data Processing Guidelines for Point Cloud • Next Steps Copyright (c)2014, Japan Electronics and Information Technology Industries Association, All rights reserved. 3 Introduction of JEITA What is JEITA? The objective of the Japan Electronics and Information Technology Industries Association (JEITA) is to promote healthy manufacturing, international trade and consumption of electronics products and components in order to contribute to the overall development of the electronics and information technology (IT) industries, and thereby to promote further Japan's economic development and cultural prosperity. JEITA’s Policy and Strategy Board > Number of full members: 279> Number of associate members: 117(as of May 13, 2014) - Director companies and chair/subchair companies - Policy director companies (alphabetical) Fujitsu Limited (chairman Masami Yamamoto) Asahi Glass Co., Ltd. Nichicon Corporation Sharp Corporation Azbil Corporation IBM Japan, Ltd. Hitachi, Ltd. Advantest Corporation Nippon Chemi-Con Corporation Panasonic Corporation Ikegami Tsushinki Co., Ltd. Japan Aviation Electronics Industry, Ltd. SMK Corporation Mitsubishi Electric Corporation Nihon Kohden Corporation Omron Corporation NEC Corporation JRC Nihon Musen Kyocera Corporation Sony Corporation Hitachi Metals, Ltd KOA Corporation Fuji Xerox Co., Ltd.
    [Show full text]
  • Facilitation of Information Transfer on Chemicals in Products
    Facilitation of Information Transfer on Chemicals in Products The Ministry of Economy, Trade and Industry (METI) developed ‘chemSHERPA’ [kémʃéərpə] as a new information transfer scheme for chemicals in products throughout their supply chains. METI hopes that the dissemination of chemSHERPA may contribute to reduce the workload of both providers and recipients of the information. From the beginning of the development of chemSHERPA, METI has been in communication with international bodies such as the IEC and the IPC, etc., with the aim of developing chemSHERPA into not only a Japanese standard but also an International standard. To make it a de-facto standard, METI has introduced this scheme to international organizations and governments of other countries for their active use. The Joint Article Management Promotion Consortium (JAMP) is a governing body for chemSHERPA from April 2016 and see a shift to chemSHERPA. We believe many companies are preparing towards implementing chemSHERPA. Based on the efforts mentioned above, the following companies and company groups have agreed with the dissemination of chemSHERPA, and METI will continue to work with JAMP and companies to spread the use of chemSHERPA to internal as well as external supply chains as needed.(Please contact us if any company or company group has interest in putting its name below.) It should be noted, the use of the provision of data entry support tools is free of charge in principle with the aim of promoting wider use of chemSHERPA. [Contact information] Chemical Management Policy Division Manufacturing Industries Bureau Ministry of Economy, Trade and Industry [email protected] 03-3501-0080 (direct) 03-3501-1511 (ex.
    [Show full text]
  • Enjoying High-Definition Video with Your DVD Camcorder
    PUB.DIM-810 English Français HD Camcorder Instruction Manual Español Caméscope HD Manuel d'instruction Videocámara HD Manual de Instrucciones Please read also the Digital Video Software instruction manual (on PDF file). Refer to the installation guide for further details. Veuillez lire aussi le manuel d'instruction Digital Video Software (sur fichier PDF). Pour d'autres détails, référez-vous au guide d'installation. Lea también el manual de instrucciones Digital Video Software (en archivo PDF). Para mayores detalles, refiérase a la guía de instalación. ImportantIntroduction Usage Instructions WARNING! TO REDUCE THE RISK OF FIRE OR ELECTRIC SHOCK, DO NOT EXPOSE THIS PRODUCT TO RAIN OR MOISTURE. WARNING! TO REDUCE THE RISK OF ELECTRIC SHOCK AND TO REDUCE ANNOYING INTERFERENCE, USE THE RECOMMENDED ACCESSORIES ONLY. COPYRIGHT WARNING: Unauthorized recording of copyrighted materials may infringe on the rights of copyright owners and be contrary to copyright laws. HD Camcorder, HR10 A systems This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Note: This equipment has been tested and found to comply with the limits for class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and use in accordance with the instructions, may cause harmful interference to radio communications.
    [Show full text]
  • MAX1917 Evaluation Kit
    19-2491; Rev 0; 7/02 MAX1917 Evaluation Kit General Description Features Evaluates: MAX1917 The MAX1917 evaluation kit (EV kit) demonstrates the ♦ Automatically Sets VTT and VTTR to 1/2 VDDR MAX1917’s standard 7A application circuit. This DC-DC ♦ ±1% Output Voltage Accuracy converter provides a complete power-management solu- tion for DDR memory. This EV kit is a fully assembled ♦ 2.5V to 14V Input Voltage Range and tested circuit board. The MAX1917 EV kit generates ♦ 7A Output Current Capability a regulated voltage for VTT and VTTR that is half the ♦ voltage at the DDR input. The input voltage range is Sourcing and Sinking Current 2.5V to 14V. The circuit is configured to deliver 7A of ♦ 550kHz Switching Frequency output current. The DC-DC converter uses buck topology ♦ 16-Pin QSOP Package with synchronous rectification to achieve low output voltage with greater than 90% efficiency. The converter ♦ Low-Profile Components output is capable of sourcing and sinking current. Sink ♦ Fully Assembled and Tested capabilities at low voltage arise from the use of a syn- chronous rectifier, which allows the inductor current to Ordering Information reverse. The EV kit operates at 550kHz switching fre- quency and has superior load-transient response that PART TEMP RANGE IC PACKAGE meets JEDEC specifications for DDR memory. MAX1917EVKIT 0°C to +70°C 16 QSOP Component List DESIGNATION QTY DESCRIPTION DESIGNATION QTY DESCRIPTION 10µF, 25V X5R ceramic capacitors JU2, JU3 2 2-pin headers (1812) C1, C2, C3 3 JU4 1 Not installed Taiyo Yuden TMK432BJ106KM
    [Show full text]
  • CIAJ Profile 2019-2020
    CIAJ PROFILE Communications and Information Network Association of Japan 2019-2020 ADDRESS： 6th Fl., Kabutocho Uni-square, 21-7 Kabutocho, Nihonbashi, Chuo-ku, Tokyo 103-0026 PHONE： +81 3 5962-3454 COMMU N ICATIONS FAX： +81 3 5962-3455 E-mail： [email protected] URL： https://www.ciaj.or.jp/en/ AND INFORM ATION NETW ORK ASSOCIATION O F JA P A N Who we are CIAJ Management Team (As of September, 2019) Board of Directors Senior Steering Committee Members The Communications and Information Network Association of Japan promotes the further use and advancement of info-communication technologies (ICT), aiming for the robust growth of all industries that provides and/or uses info-communication networks by bringing together diverse industries and Chairman Director Director Nobuhiro Endo Tatsuya Tanaka sharing insights. Through such initiatives, CIAJ has Nobuhiro Endo Koichi Hamada Ryota Kitamura Chairman, Chairman, Chairman, President, Telecommunications NEC Corporation Fujitsu Limited NEC Corporation Anritsu Corporation Carriers the mission of contributing to solving social issues Association (NTT) and realizing an enriching society in Japan as well as a sustainable global community. CIAJ was established in 1948 as a voluntary industry association composed mainly of telecom terminal Director Director Director manufacturers and network infrastructure vendors. In Hideichi Kawasaki Toshiaki Higashihara Kaichiro Sakuma Shuji Nakamura Kunihiko Satoh Chairman, President, October 2009, CIAJ embarked on a new page in its President, Executive Officer, Corporate Adviser, OKI Electric Industry Hitachi, Ltd. Hitachi Kokusai Mitsubishi Research Ricoh Co., Ltd. Co., Ltd. history by becoming a general incorporated Electric Inc. Institute, Inc. association. CIAJ’s diverse regular members include communication network and equipment vendors, telecommunication carriers, service providers and user companies.
    [Show full text]
  • Press Release
    Press Release Press contact Corporate Communications Office Tel: +81-3-3457-2105 1-1-1 Shibaura, Minato-ku, Tokyo 105-8001, Japan Fax: +81-3-5444-9202 URL: http://www.toshiba.co.jp/about/press/index.htm FOR IMMEDIATE RELEASE July 7, 2011 Toshiba establishes new HDD technology centers for future generation high density recordings Strengthen advanced cutting edge technologies and manufacturing technologies TOKYO—Toshiba Corporation (TOKYO: 6502) today announced that it will establish two new technology development centers for hard disk drives (HDD). The “HDD Advanced Technology Center” will seek to accelerate development of higher density technology and the “HDD Manufacturing Technology Center” will develop enhanced manufacturing capabilities. Both will open on July 16th. Toshiba will cooperate in the development work with TDK Corporation, which manufactures magnetic heads, and Showa Denko K.K., a disk media manufacturer. In 2004, Toshiba led the industry in introducing perpendicular magnetic recording technology (PMR), now the dominant technology for high areal density HDD, and in doing so realized significant advances in hard disk drive capacity. However the physical limit of PMR is widely recognized at around 1.6Gbit/mm2 (1Tbit/in2) and densities beyond that will require further technology breakthroughs. Toshiba, in cooperation with TDK and Showa Denko, is establishing an HDD Advanced Technology Center to focus on innovation in future generations of higher capacity HDD by investigating promising technologies, including energy-assisted technologies and bit pattern technology. By establishing a complementary manufacturing technology development center at the same time, Toshiba, in cooperation with TDK, expects to develop stable manufacturing methods for future cutting-edge HDDs and to achieve the very earliest launch of differentiated products.
    [Show full text]