TSCD012WUR中文资料

合集下载

R12I05资料

Electrical Specifications (measured at TA = 25°C, at nominal input voltage and rated output current unless otherwise specified)
Input Voltage Range VIN (continuous operation) Reflected Ripple Current (depending on the type) Voltage Set Point Accuracy Line Regulation (high VIN to low VIN) Load regulation (depending on the type) Ripple and Noise (BW=DC to 20MHz) (depending on the type) Isolation Voltage (flash tested for 1 second) Test Voltage (50Hz, 10 seconds) Resistance (Viso = 500V) Switching Frequency Package Weight Storage Temperature Range Operating Temperature Range (all output types) Case Temperature Above Ambient (depending on the type) MTTF 1) (depending on the type) –40°C +25°C +85°C SIP types 5V types 12V types 4.5VDC min. / 5.5VDC max. 10.8VDC min. / 13.2VDC max. 23 mA p-p min. to 38 mA p-p max. see Tolerance Envelope 1.0% min. / 1.2% max. of VIN 3.7% min. / 8.5% max. 45mVp-p min. / 200mVp-p max. 1000VDC min. 1000 Vpk min. 10 GΩ min. 90kHz typ. 2.0 g –50°C to +130°C –40°C min. to +85°C max. (see graph) +36°C min. / +45°C max. 417kHrs min. / 3970kHrs max. 328kHrs min. / 2327kHrs max. 222kHrs min. / 934kHrs max.

泰尔茂TSCD-II无菌导管连接器

2.泰尔茂无菌导管连接器TSCD_II操作步骤(5)
a.按“RESETΒιβλιοθήκη 复位进入下一次熔接循环a
3.泰尔茂无菌导管连接器TSCD_II熔接片的弃置
3.1液晶显示屏上显示“DIPOSAL BOX FULL”(废弃盒已满)，如左图所示立刻清空已满的废弃盒，废弃的溶解片不能重复使用，丢至损伤性医疗废弃物桶内。注意：不能在连接器使用的过程中取出废弃盒。 3.2正确的重新插入熔接片废弃盒。注意：废弃盒两侧有光电传感器，能检测到废弃盒是否充满，所以不可以堵塞两侧光电传感器。
a
(3)-1熔接循环 a.关闭管路夹紧装置，
并且按下“START”键
2泰尔茂无菌导管连接器TSCD_II操作步骤(3)-2
(3)-2熔接循环
a
b
a.冷却熔接片固定装置
b.熔接完成请打开管路夹紧装置
2.泰尔茂无菌导管连接器TSCD_II操作步骤(4) a
(4)接口对齐检查
a融合完成状态
b
b融合完成后，检查连接口是否渗漏，方法学同普通热合检查
5.1日常保养应在每天工作结束后使用1210金属消毒液擦拭连接器表面进行消毒，如发生血液外泄，应立刻进行消毒，可使用75%酒精棉球或者2000mg/L爱尔施消毒剂擦去外泄血迹后，再用1210 金属消毒液擦拭。 5.2每月一次，将连接器底部的过滤器盒（如左图所示）抽出，取出原有的空气过滤器，将其中的过滤网取出后用清水洗净，晒干后重新放回。注意：调换时不可弯曲空气过滤器或者让它滑脱到过滤器盒外。
泰尔茂无菌导管连接器 TSCD_II操作方法
上海市血液中心成分科阮鸣 2014年12月27日
1.泰尔茂无菌导管连接器TSCD_II结构介绍图1

TSC集团介绍(中文版)

踏浪而行,奋勇向前
TSC集团介绍
March, 2012 updated by James Huai
TSC Offshore
目录
行业介绍 TSC集团介绍全球布局和设施产品和服务全方位解决方案战略理念和目标全球客户
TSC Offshore
行业介绍
能源种类
– – – – – – – – 石油和天然气原子能太阳能风能地热资源生物能水利资源海洋潮汐
Semi-sub
Exploration, exploitation, 3,000 ~ 12,000 500 -700 100-150
Drillship
Exploration, exploitation 4,000 ~12,000 700 -1,000 100-200
Jackup
Semisub
Drillship

大庆油田年产量4000 万吨原油
南海每年损失5000 万吨原油
TSC Offshore
行业介绍
Type Jack-up
Exploration, exploitation, work-over Waters depth (m) Drilling depth (m) Cost to build (USD mil) Rig equipment package (USD mil) 10 - 150 ~1,500 - 10,000 150 -250 40-50
机械排管系统: • 铁钻工 • 垂直排管系统 • 水平排管系统 • 滑移系统 • 套管张力系统 • 钻台工具 • 水下防喷器吊 • 水下采油树吊 • 起升系统 • 水下吊机 • 猫道机
升降, 升沉补偿, 张力系统: • 升降系统 • 齿条材料 • 天车升沉补偿 • 钻井张力系统 • 生产张力系统

电影TS、TC、SCR、R5、BD、HD等版本是什么意思

2、TS(准枪版)
TS是TELESYNC的缩写。TS与CAM版的标准是相同的。但它使用的是外置音源（一般是影院座椅上为听力不好的人设的耳机孔）这个音源不能保证是好的音源，因为受到很多背景噪音的干扰。TS是在空的影院或是用专业摄像机在投影室录制，所以图象质量可能比CAM好。但画面的起伏很大。论坛上常出现的有一般TS版和经过修复清晰TS版
13、DivX Re-Enc
DivXRe-Enc是从原始VCD发布用DivX编码成的小一些的文件。通常可在文件共享网络找到。它们通常以 .Group(1of2)等形式命名。常见的发布组织有SMR和TND。这些版本通常不值得下载，除非你不清楚某部电影，只想要 200MB的版本。一般应避免。
VHSRip是从零售版VHS录象带转制，主要是滑冰/体育内容的发布。
11、TVRip
从电视（最好是从数码有线电视/卫星电视捕捉）转制的电视剧，或接收由卫星提前几天向电视网传送的预播节目（不包含加密但有时有雪花）。有些节目，比如WWF RAW IS WAR包含多余的部分；"DARK MATCHES"和CAMERA/COMMENTARY测试被包含在TVRip里。PDTV是从PCI数码电视卡捕捉，通常效果最好；破解组织倾向于使用SVCD来发布。VCD/SVCD/DivX/XviD rips也都被用于发布TVRip。
19、LIMITED
LIMITED电影指该电影只在有限的电影院放映，通常少于250家。通常较小的电影（比如艺术电影）的发行是LIMETED。
20、INTERNAL
INTERNAL发布有几个原因。经典的DVD组织有很多.INTERNAL.发布版本，这样不会引起混淆。同时，低质量的发布会加以 INTERNAL标记，这样不会降低发布组织的声誉，或由于已经发布的数量。INTERNAL发布可以正常的在组织的会员网站上获取，但没有其他网站管理员的要求它们不可以被交换到其他网站。一些TERNAL发布仍然流到IRC/NEWSGROUP，这通常取决于电影及其流行度。今年早些时候，人们把 CENTROPY做为INTERNAL。这表示发布组织只向其会员和网站管理员发布。这和其通常意思不同。

TSC 打印机故障排除说明书

常见机器故障排除方法目录硬件部分 (1)驱动部分 (2)软件部分：Bartender (3)软件部分：Nicelabel (5)硬件部分：1、打开电源开关时，电源指示灯不亮：检查电源接头，确定电源线、电源供应器与打印机均已正确连接。

2、打开电源开关时，错误指示灯（红灯）常亮：1）检查打印机打印机构是否压紧。

（243系列：TTP-244 Plus、TTP-243E Pro、 TTP-342E Pro除外）2）传输指令的语法错误。

3）机器主板故障。

3、打印后，错误指示（红）灯，闪烁：将机器关机，进行初始化、感测器校正动作。

若出纸正常，可将硬件故障可能性排除。

若出纸不正常。

请检查耗材安装是否正常；标签纸与碳带是否匹配。

4、打印内容出现上下偏移：1）将机器关机，进行初始化、感测器校正动作。

2）检查标签编辑软件中标签参数设置是否正确。

5、打印出现褶皱：1）确认碳带、纸张安装是否正确。

2）确认纸张宽度是否小于碳带宽度。

3）调整压力调整钮、z轴、一字线，联系经销商协助（工业型机器）。

6、打印，碳带回收轴不转动：1）确认碳带与标签纸是否匹配。

2）确认碳带回收轴没有装反且碳带有绷紧。

3）机器进行初始化，感测器校正动作调整。

4）软件问题：转下表。

7、各机型初始化、感测器校正方法：1）适用机型：243系列（TTP-244 Plus、TTP-243E Pro、TTP-342E Pro）；工业型机型；（标签纸为间隙纸）a.两个手指同时按住PAUSE、FEED键，不要松手，同时开机。

b.待三个灯轮流闪时，只松开FEED键。

待走纸，可松开PAUSE键。

正常出纸是出大概2-3张标签纸。

c.按下FEED键，正常出纸为一张标签纸高度。

并停在正常撕纸位置。

2) 适用机型：225系列（TDP-225、TDP-225W、TTP-225）；245C系列（TTP-244CE、 TTP-245C、TTP-343C）；247系列（TTP-247、TTP-345）T200；T300；a.按住FEED键，不要松手，同时开机。

艾里逊自动变速箱普及教材

故障码举例
三代箱故障码： • 6933：ECU故障，电脑正常运作功能（COP）超时； • 描述：对ECU进行复位，在第二次出现时关闭ECU（断电，默认使用液
压系统），可能导致“猫眼”显示或数码器显示单元显示空白。 • 2216：输出转速传感器合格性测试，会导致变速箱锁定在当前档位。四代箱故障码： • P0726：输入转速传感器无信号，默认输入转速为涡轮转速。 • U0115：变速箱电脑与ECM通讯异常，使用默认油门信号
艾里逊自动变速箱电控系统
1、选档器 2、ECU 3、速度（输出、涡轮、发动机）传感器 4、线束 5、内部电路 6、外部电路 7、OEM（原始设备供应商）电路
选挡器
针对艾里逊采用的WTECⅢ电控系统而言，艾里逊提供四种按钮式选档器和一种手柄式选档器。艾里逊T270R 采用按钮式选挡器。
艾里逊自动变速箱选档器
艾里逊自动变速箱培训教材
艾里逊自动变速箱
• 概述 • 附件 • 保养维护 • 模块组成 • 电控系统 • 液压系统 • 行星齿轮系统 • 缓速器系统
艾里逊自动变速箱概述
• 介绍 • 型号命名
艾里逊自动变速箱介绍
艾里逊变速箱被设计成完全自动的变速箱系统。配有若干个液压制动、弹簧复位的离合器，对于离合器的磨损可自动进行补偿。
选挡器
D：前进档. N:空档. R：倒档. ↓：通知ECU操作者想要换到的相邻的较低档位； ↑：通知ECU操作者想要换到相邻的较高的档位。尽管人为换档操作，自动换档依然起作用，如果操作者选择了一个档位，变速箱就会根据车辆运行特征来不断的变换档位，直到符合ECU的要求。
选挡器
MODE:将启动一个预先编在ECU内部程序里的特定输入输出功能，模式指示灯(LED)就会亮起，有一个模式标识标置位于MODE按钮的上方，用以指明与某个模式变化相对应的功能变化。当某个导致检查变速箱（CHECK TRANS）灯亮起的情况出现时，按钮选档器的按钮键盘将被停用。

TSC695应用说明文件说明书

Checking TSC695 Code for Occurrence ofFCMPxx/IUop/STDF Instruction SequenceThis application note provides TSC695 users with a description of the procedure to check their code for potential occurrence of specific FCMPxx/IUop (1)/STDF instruction sequence.References•SPARC V7.0 Instruction Set - User Guide•TSC695 Errata SheetSee Also•Applicability of TSC695 Application Notes or Errata Sheet to ERC32 Chipset1.For details about IUop, please refer to the item 3 of TSC695 Errata Sheet.ContextAs described in the item 3 of the TSC695 errata sheet, a specific sequence of SPARC instruc-tions may lead to stored data corruption during execution of a floating-point store doubleinstruction.Unless direct control over assembly language is possible to fix the code, there is a possibilitythat high-level language compilers may generate one or more of such a SPARC instructionssequence without the user ever noticing it.Due to the variety of high-level language compilers available for the SPARC architecture, andbecause this procedure must apply not only to applications currently in development, but also toapplications already in the field, code checking for this specific SPARC instructions sequenceoccurrence shall be done on a binary byte stream representation of the TSC695 application, asfound in the files used for programming an (E/E2)PROM in the final application.Checking SoftwareThe software provided with this application note (“FCMPxx_IUop_STDF_OCCURRENCE_CHECK.c”) will checka n yb i g-e n d i a n(1)b i n a r y b y t e fi le g iv e n a s t h e s o le p r o g r a m a r g u m e n t(“SCAN_IUop_FOR_FAILING_FCMPxD_IUop_STDF-ERC32.bin” in this example):FCMPxx_IUop_STDF_OCCURRENCE_CHECK SCAN_IUop_FOR_FAILING_FCMPxD_IUop_STDF-ERC32.binProgram will first display a banner:+=======================================================================================+| Checking software for FCMPxx/IUop/STDF instruction sequence occurrence in TSC695 code |+=======================================================================================+Then it will display its check specification, which is the list of instructions sequences to besearched for. This list will show each instructions symbolic name, opcode detection radix andassociated detection mask. In our case:Check specification:===================opcode : name -> radix/mask- inst #1: fcmps -> 0x81A80A20/0xC1F83FE0fcmpd -> 0x81A80A40/0xC1F83FE0fcmpes -> 0x81A80AA0/0xC1F83FE0fcmped -> 0x81A80AC0/0xC1F83FE0- inst #2: or -> 0x80100000/0xC1F80000orcc -> 0x80900000/0xC1F80000orn -> 0x80300000/0xC1F80000orncc -> 0x80B00000/0xC1F80000srl -> 0x81300000/0xC1F80000taddcctv -> 0x81100000/0xC1F80000ticc -> 0x81D00000/0xC1F80000rdwim -> 0x81500000/0xC1F80000wrwim -> 0x81900000/0xC1F80000- inst #3: stdf -> 0xC1380000/0xC1F800001.Big-Endianness is a representation where bytes in a word are stored with most-significant bytes in thelower addresses and least-significant bytes in the higher addresses.27662B–AERO–09/0637662B–AERO–09/06Then the program will parse the binary byte file. Whenever an instructions sequence matching the specification is found, a line will be displayed showing the start byte location of the sequence, the opcodes composing the sequence in hexadecimal format, and the associated instructions symbolic name:Now processing file: SCAN_IUop_FOR_FAILING_FCMPxD_IUop_STDF-ERC32.bin ===================- Sequence occurrence found at address 0x00003894 (0x81A80A42/0x8E11E001/0xC9390000 === fcmpd/or/stdf)- Sequence occurrence found at address 0x00003974 (0x81A80A42/0x8E91E001/0xC9390000 === fcmpd/orcc/stdf)- Sequence occurrence found at address 0x00003A54 (0x81A80A42/0x8E31E001/0xC9390000 === fcmpd/orn/stdf)By the end of the check, a message will show the total amount of SPARC instructions sequence occurrence found:Found 18 potential sequences occurrence in file “SCAN_IUop_FOR_FAILING_FCMPxD_IUop_STDF.bin”. ALTHOUGH OCCURRENCES WERE FOUND, PLEASE CONSIDER THAT TECHNIQUES SUCH AS CODE COMPRESSION AND/OR SELF-MODIFYING CODE MAY PREVENTPROPER DETECTION OF ANY OTHER FCMPxx/XXX/STDF INSTRUCTIONS SEQUENCE. PLEASE REVIEW EACH OCCURRENCE FOR APPROPRIATE CLASSIFICATION.If no occurrence was found, then another message is displayed:Found 0 potential sequence occurrence in file "/dev/null".ALTHOUGH NO OCCURRENCE WAS FOUND, PLEASE CONSIDER THAT TECHNIQUES SUCH AS CODE COMPRESSION AND/OR SELF-MODIFYING CODE MAY PREVENT PROPER DETECTION OF ANY FCMPxx/XXX/STDF INSTRUCTIONS SEQUENCE.PlatformsThis checking software has been successfully tested on different platforms:–REDHAT ® Linux with LECCS-1.1.5.2 cross-compiling environment –SUN ® SPARC Solaris with LECCS-1.1.5.2 cross-compiling environment–CYGWIN ® under Windows ® 2K/XP with LECCS-1.1.5 cross-compiling environment –REDHAT Linux with ERC32CCS-2.0.7 cross-compiling environment –SUN SPARC Solaris with ERC32CCS-2.0.6 cross-compiling environmentLimitationsOn one hand, this checking software can only detect explicit instruction sequences, as specified in the TSC695 errata sheet. Techniques such as code compression and/or self-modifying code will prevent any detection during binary byte stream analysis.On the other hand, this checking software may detect byte sequences matching instructions sequences specified in the TSC695 Errata-Sheet, although these byte sequences are pure pro-gram data.In any case, this checking software shall only be considered as an application support tool, the final user being responsible for appropriate classification of each detected occurrence.7662B–AERO–09/06© 2006 Atmel Corporation . All rights reserved. ATMEL ®, logo and combinations thereof, Everywhere You Are ® and others are the trademarks or registered trademarks, of Atmel Corporation or its subsidiaries. Windows ® and others are registered trademarks or trademarks of Microsoft Corporation in the US and/or other countries. Other terms and product names may be trademarks of others.Disclaimer: The information in this document is provided in connection with Atmel products. No license, express or implied, by estoppel or otherwise, to any intellectual property right is granted by this document or in connection with the sale of Atmel products. EXCEPT AS SET FORTH IN ATMEL’S TERMS AND CONDI-TIONS OF SALE LOCATED ON ATMEL’S WEB SITE, ATMEL ASSUMES NO LIABILITY WHATSOEVER AND DISCLAIMS ANY EXPRESS, IMPLIED OR STATUTORY WARRANTY RELATING TO ITS PRODUCTS INCLUDING , BUT NOT LIMITED TO, THE IMPLIED WARRANTY OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, OR NON-INFRINGEMENT. IN NO EVENT SHALL ATMEL BE LIABLE FOR ANY DIRECT , INDIRECT, CONSEQUENTIAL, PUNITIVE, SPECIAL OR INCIDEN-TAL DAMAGES (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF PROFITS, BUSINESS INTERRUPTION, OR LOSS OF INFORMATION) ARISING OUT OF THE USE OR INABILITY TO USE THIS DOCUMENT , EVEN IF ATMEL HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. Atmel makes no representations or warranties with respect to the accuracy or completeness of the contents of this document and reserves the right to make changes to specifications and product descriptions at any time without notice. Atmel does not make any commitment to update the information contained herein. Unless specifically providedot-herwise, Atmel products are not suitable for, and shall not be used in, automotive applications. Atmel’s products are not intended, authorized, or warranted for use as compo-nents in applications intended to support or sustain life.Atmel CorporationAtmel Operations2325 Orchard Parkway San Jose, CA 95131, USA Tel: 1(408) 441-0311Fax: 1(408) 487-2600Regional HeadquartersEuropeAtmel SarlRoute des Arsenaux 41Case Postale 80CH-1705 Fribourg SwitzerlandTel: (41) 26-426-5555Fax: (41) 26-426-5500AsiaRoom 1219Chinachem Golden Plaza 77 Mody Road Tsimshatsui East Kowloon Hong KongTel: (852) 2721-9778Fax: (852) 2722-1369Japan9F, Tonetsu Shinkawa Bldg.1-24-8 ShinkawaChuo-ku, Tokyo 104-0033JapanTel: (81) 3-3523-3551Fax: (81) 3-3523-7581Memory2325 Orchard Parkway San Jose, CA 95131, USA Tel: 1(408) 441-0311Fax: 1(408) 436-4314Microcontrollers2325 Orchard Parkway San Jose, CA 95131, USA Tel: 1(408) 441-0311Fax: 1(408) 436-4314La Chantrerie BP 7060244306 Nantes Cedex 3, France Tel: (33) 2-40-18-18-18Fax: (33) 2-40-18-19-60ASIC/ASSP/Smart CardsZone Industrielle13106 Rousset Cedex, France Tel: (33) 4-42-53-60-00Fax: (33) 4-42-53-60-011150 East Cheyenne Mtn. Blvd.Colorado Springs, CO 80906, USA Tel: 1(719) 576-3300Fax: 1(719) 540-1759Scottish Enterprise Technology Park Maxwell BuildingEast Kilbride G75 0QR, Scotland Tel: (44) 1355-803-000Fax: (44) 1355-242-743RF/AutomotiveTheresienstrasse 2Postfach 353574025 Heilbronn, Germany Tel: (49) 71-31-67-0Fax: (49) 71-31-67-23401150 East Cheyenne Mtn. Blvd.Colorado Springs, CO 80906, USA Tel: 1(719) 576-3300Fax: 1(719) 540-1759Biometrics/Imaging/Hi-Rel MPU/ High Speed Converters/RF DatacomAvenue de Rochepleine BP 12338521 Saint-Egreve Cedex, France Tel: (33) 4-76-58-30-00Fax: (33) 4-76-58-34-80Literature Requests/literature。

MD-012 Disciplined Oscillator Module商品说明书

MD-012Disciplined Oscillator ModuleThe MD-012 is a Microchip standard platform module that provides 1 pps TTL,10 MHz sine wave and 10 MHz square wave outputs that are disciplined to an external reference input. Internal to the module is a Microchip digitally corrected OCXO.•1pps TTL output signal• 10MHz sinewave and square wave output • Other RF output frequencies available• Adaptive aging correction during holdover • Barometric pressure correction • Serial communications interface• 1PPS to 75 MHz Reference Frequency Input • Evaluation kit with software• Basestation Communications • Digital Video Broadcast • E911 Location Systems• General Timing and Synchronization • Military Radio • Radar SystemsFeaturesBlock DiagramApplicationsQuartz Oscillator(OCXO)Processor/ControllerOutput Frequency Generation1PPS OutputRF Output(10 MHz standard - other frequencies available)SerialFigure 1. Functional Block DiagramOutput Locked Module OKHardwareResetManual Holdover External ReferenceInputNotes:• RF and 1pps input and output connectors are MCX type (SMA, SMB, MMCX connectors require additional part numbers).• Keyed connector is Samtec FTSH-108-01LDVK type.• Dimensions: mm• Module height in part number is the sum of oscillator height, board, and clearancePackage OutlineAlthough ESD protection circuitry has been designed into the MD-012 proper precautions should be taken when handling and mounting.Microchip employs a human body model (HBM) and a charged-device model (CDM) for ESD susceptibility testing and design protectionReliabilityMicrochip qualification includes aging various extreme temperatures, shock and vibration, temperature cycling, and IR reflow simulation. The MD-012 family is capable of meeting the following qualification tests:Ordering Information InstructionsCustomization to unique customer requirements is available and is common for this level of integration. Common customizations include alternate output frequencies, temperature ranges, differing values and methods of hold over specification, and holdover optimization in the frequency domain. The table below lists exisiting combinations available as of the date of publication of this data sheet. Please contact the factory for additional options.Ordering InformationMD - 012 3 - B X E - 15E7 - 10M0000000Product FamilyMD: Precision ModulesPackage 65x115mm Height 3: 19.5 mmSupply Voltage B: +12VHold Over15E7: 1.5 µs hold over option 40E7: 4.0 µs hold over optionFrequencyRF Output Code X: standard outputs per specificationTemperature Range E: -40°C to +85°C1) Holdover and aging performance is after 7 days of power-on time. Temperature and aging rates are whendevice is not locked. Performance measured in still air.2) After customer applies correct offset using cable delay command while locked, after 24 hours of locked opera-tion3) ADEV at t =86400s while locked, after 24 hours of locked operation4) The status locked indicator is intended to indicate when the module is fully locked to a reference.5) The Hardware OK indicator is intended to indicate when the module is operating properly without any failures, including hardware, software or parameter out of range.6) The Rx pin is the serial interface input and the Tx pin is the serial interface output. The serial interface shall operate at 115,200 baud with eight (8) data bits, one (1) stop bit and no parity.USA:100 Watts StreetMt Holly Springs, PA 17065Tel: 1.717.486.3411Fax: 1.717.486.5920Europe:Landstrasse74924 NeckarbischofsheimGermanyTel: +49 (0) 7268.801.0Fax: +49 (0) 7268.801.281Information contained in this publication regarding device applications and the like is provided only for your convenience and may be superseded by updates. It is your reasonability to ensure that your application meets with your specifications. MICRO-CHIP MAKES NO REPRESENTATION OR WARRANTIES OF ANY KIND WHETHER EXPRESS OR IMPLIED, WRITTEN OR ORAL, STATUTORY OR OTHERWISE, RELATED TO THE INFORMATION INCLUDING, BUT NOT LIMITED TO ITS CONDITION, QUALITY, PERFORMANCE, MERCHANTABILITY OR FITNESS FOR PURPOSE. Microchip disclaims all liability arising from this information and its use. Use of Microchip devices in life support and/or safety applications is entirely at the buyer’s risk, and the buyer agrees to defend, indemnify and hold harmless Microchip from any and all damages, claims, suits, or expenses resulting from such use. No licenses are conveyed, implicitly, or otherwise, under any Microchip intellectual property rights unless otherwise stated.。

VHシリーズコネクタ検査仕様书20120529

無
出荷検品
全数検品
出勤日ごと
0
1
出荷検査
NO 6 検品項目可溶接性検査内容及び技術要求コネクタ溶接端は容易に溶接半田で湿られ、半田付け面積は浸入面積の 90%以上。操作、検品方法 1. 温度が（ 235 ± 5 ）℃の錫炉の中でテストを行い、浸す時間が（ 2.0 ± 0.5）s。 2.指定ロットは AQL=10.0 基準で抜取検査する。抜取検査で一個の不良が発見 7 判定基準した場合、この種類の製品の全てを不合格に判定する。 8 品質記録出荷した製品の検品結果を《出荷検品記録》に記録すること。検品器具及び設備錫炉温度計検品工程
操作、検品方法 1. 目測或いは拡大鏡で検査、高さが 1 メートル 40W の栄光灯或いは同等日射条件で目測距離が 25CM 位。 2.抜き取り検査で 1 梱包の中の商品を全部検品する。
検品器具及び設備目測 / 拡大鏡などの拡大設備
見本検品工程数量出荷検品 0.4（出荷箱数にて）頻度出勤日ページ（全て 6 ページ）
出荷検査
ページ数見本検品工程数量出荷検品 0.4 （出荷箱数にて）頻度出勤日ごと AC 0 RE 1 検品器具及び設備ノギス / プロジェクター / 検品器具受取基準
NO
検品項目
検査内容及び技術要求
操作、検品方法
発行番号ページ数
PS-3632-02 第 4 ページ（全て 6 ページ）見本受取基準頻度出勤日ごと AC 0 RE 1
数量出荷検品 10
不合格と判定した製品を隔離し、後の工程を停止する。
1.不良品を発見した時、検品担当者が《品質異常知らせ》を作成し、現場に知らせ、対応してもらい、尚、今回の全商品を標識、 9 不良品処理隔離し、次の工程に流さないこと。 2.修正した製品を良品にし、許可を出す。（例えば、修正済みと標識をする）。 10 抜取基準《抜取検査プラン抽样方案》

TSC2007资料

ORDERING INFORMATION(1)
PRODUCT TSC2007I
TYPICAL INTEGRAL LINEARITY
(LSB)
±1.5
TYPICAL GAIN
ERROR (LSB)
0.1
NO MISSING CODES
RESOLUTION (BITS)
PACKAGE TYPE
SPECIFIED
Copyright © 2007, Texas Instruments Incorporated
元器件交TS易C网
SBAS405 – MARCH 2007

This integrated circuit can be damaged by ESD. Texas Instruments recommends that all integrated circuits be handled with appropriate precautions. Failure to observe proper handling and installation procedures can cause damage.
In addition to these standard features, the TSC2007 offers preprocessing of the touch screen measurements to reduce bus loading, thus reducing the consumption of host processor resources that can then be redirected to more critical functions.
86 113 62 –40 to +85 –65 to +150 +150 +215 +220

1N501资料

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Per2480-2580P说明书

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TS04中文说明书(czhl校编)

TS04
TS04 4 通道自校准电容式触摸传感器
1、规格
1.1 特性
1. 4 通道的电容式传感器与自动灵敏度校准 2. 并行输出接口 3. 独立可调的灵敏度与外部电容 4. 通过外部电阻可调节内部频率 5. 嵌入式高频率的噪音消除电路 6. 低电流消耗 7. 16QFN, 14SOP 封装
1.3 封装
VDD
16 VDD
电源电源(2.5V-5.0V)
GND
保护
Pin 名称
I/O
描述
保护
VDD/GND 8 GND
地地
VDD
GND
9 CS4 模拟输入 CH4 电容传感器输入 VDD/GND
VDD/GND 10 OUT1 数字输出 CH1 输出（开漏） VDD/GND
VDD/GND 11 OUT2 数字输出 CH2 输出（开漏） VDD/GND
2.2 14SOP 封装
Pin 名称
I/O
1 GND
-
2 VDD
电源
3 RBIAS 模拟输入
4 CS1 模拟输入
5 CS2 模拟输入
6 CS3 模拟输入
7 DUMMY 模拟输入
电源地
描述连接到地电源（2.5V-5.0V）内部偏置校准输入 CH1 电容传感器输 CH2 电容传感器输 CH3 电容传感器输内部噪声监控输入不用连接
6. TS04 实现
6.1 Rbias & Srbias 实现
Rbias 连接到决定振荡器及内部偏置电流的电阻，感应频率、内部时钟频率和电流损耗能够通过 RB 进行调节。一个纹波电压能造成内部严重错误。故 CB 推荐连接到 VDD（而非 GND），（CB 的典型值是 820pF，最大值为 1nF）

至迅帘卷系列产品参数及规格说明说明书

ATLANTIS ROLLER BLIND OPEN-SYSTEM PROFILE, PART AND SPECIFICATION INFORMATIONPLASTIC ADHESIVE STRIP 010 009 0001FOAM STRIP 15X6 EXPANDS TO 30mm 010 009 0030PROFILE-INFORMATION OPEN-SYSTEMMIDDLE BRACKET COVER010 005 1001CONNECTOR IDLER 50mm010 005 8052ENDCAP BOTTOM PROFILE010 006 1000 ENDCAP GUIDE PROFILE010 007 1000IDLER 50mm 010 005 8051IDLER 60mm010 005 8061ADJUSTABLE IDLER 50mm010 005 8053MOTOR ADAPTOR 50mm010 005 8055-SMOTOR ADAPTOR 60mm010 005 8065CROWN SOMFY SONESSE010 005 8056CONNECTOR IDLER 60mm010 005 8062ADJUSTABLE IDLER 60mm010 005 8064BOTTOM WEIGHT BLOCKING010 007 1001CHAIN CONTROL 50mm010 600 1012CHAIN CONTROL 60mm010 600 1013METAL CHAIN367 000 3100 ROL 150 MTR367 000 7150 ENDLESS 0,75367 000 7200 1,00367 000 7250 1,25367 000 7300 1,50367 000 7350 2,00367 000 7400 2,50367 000 7450 3,00 BRACKET ENDCAP L & R (SET)010 005 1000PART-INFORMATION OPEN-SYSTEMMOTOR CEILING & WALL BRACKET ADJUSTABLE 010 005 1010STANDARD CEILING BRACKET LEFT & RIGHTMIDDLE IDLER BRACKET ADJUSTABLE 010 005 1018STANDARD CEILING RIGHT CASSETTE MIDDLE IDLER BRACKET ADJUSTABLE 010 005 1019STANDARD CEILING RIGHT MIDDLE CONNECTING BRACKET ADJUSTABLE 010 005 1020STANDARD CEILING RIGHT CASSETTE MIDDLE CONNECTING BRACKET ADJUSTABLE 010 005 1021STANDARD CEILING RIGHTSTANDARD CEILING BRACKET LEFT & RIGHTMIDDLE MOTOR BRACKET ADJUSTABLE 010 005 1011STANDARD CEILING RIGHTSTANDARD WALL BRACKET LEFT & RIGHTSTANDARD WALL BRACKET LEFT & RIGHTIDLER CEILING & WALL BRACKET ADJUSTABLE 010 005 1017 BRACKET INFORMATION OPEN-SYSTEM STANDARD DELIVERYBRACKETS CAN BE CHANGED INTO ANY POSITION: WALL / CEILING - LEFT / RIGHTMOTOR CEILING-BRACKET RIGHTMOTOR CEILING-BRACKET LEFTIDLER CEILING-BRACKETLEFTIDLER CEILING-BRACKETRIGHTMOTOR WALL-BRACKET LEFTMOTOR WALL-BRACKET RIGHTIDLER WALL-BRACKET LEFTIDLER WALL-BRACKET RIGHTCHANGE BRACKET INTO: CEILING - LEFT or RIGHT WALL - LEFT or RIGHTMIDDLE MOTOR WALL-BRACKET LEFTCHANGE STANDARD INTOMIDDLE MOTOR WALL-BRACKET RIGHTMIDDLE MOTOR CEILING-BRACKET RIGHTMIDDLE MOTOR CEILING-BRACKET LEFTCHANGE BRACKET INTO: CEILING - LEFT or RIGHT WALL - LEFT or RIGHTFITTING OPTIONS HOW TO MEASURE OPEN-SYSTEM (MOTORISED & CHAIN-CONTROL)MOTORISATION - STANDARD - OR - WITH INTERNAL RF RECEIVER AND ELECTRONIC LIMIT SETTING ROLLER BLIND - SYSTEM INFORMATIONOPERATION : CHAIN OR MOTORISED for TUBE 50 & 60mmCHAIN CONTROL 1:21543266778A9922B1234567876910922C912346711111292223CEILING FITTINGD12394567987622E1623941056789722123941211117692223FWALL FITTINGG123917-or-251879872219-or-2439978H123917-or-251020217897622H19-or-24394-or-2610567897123917-or-251015141420211111781312769222323I19-or-24394-or-261510141456781312111112127923231 = 010 005 10102 = 341 660 0014 - 16 - 1163 = 010 005 8050 -or- 604 = 010 005 8051 -or- 61 5 = 010 005 10176 = 010 005 1000 L & R (SET)System I : Connecting darkening9 = 010 009 000110 = 010 009 805011 = 010 007 805012 = 010 009 360013 = 010 006 910014 = 010 007 100015 = 010 009 003017 = 010 005 805218 = 010 005 102019 = 010 005 805320 = 010 005 102121 = 010 005 100122 = 010 005 8055 -or- 6523 = 010 007 100124 = 101 005 8064ICEILING-FITTING7 821K19-or-24394-or-261056789721L19-or-243994-or-2614141015567812137119 = 010 009 000110 = 010 009 805011 = 010 007 805012 = 010 009 36002323 System L: Connecting darkeningREMOVE THESE SCREWSCOMPELETE SET WIRE GUIDING L&R010 009 0022SIDE WIRE GUIDING POSSIBLE FOR ALL BRACKETS ATLANTIS SERIE。

Kutai ATS3PC0125 TC-V2 Automatic Transfer Switch C

KUTAI ELECTRONICS INDUSTRY CO., LTD.ATS3PC0125 TC-V2Automatic Transfer SwitchControl Unit for 3 Phase 110/220V SystemOperation ManualThree Phase 3P 125 Amp Rated Voltage 250 VacPatent Number : U.S. Pat. No. 7,557,683TABLE OF CONTENTSSection PageSECTION 1 : INTRODUCTION1.1 Safety Precautions (3)1.2 Products Overview (3)SECTION 2 : HARDWARE DESCRIPTION2.1 Front Panel (4)2.2 TCS3P125 Dimensions (5)2.3 Panel Cut-Out For The TC-V2 (5)SECTION 3 : FUNCTION DESCRIPTION3.1 General (6)3.2 TDNE Setting (6)3.3 TDEN Setting (6)3.4 TDEC Setting (6)3.5 TDES Setting (6)3.6 TD-OFF Setting (6)3.7 Plant Exerciser (6)3.8 Over / Under Voltage Sensing (6)3.9 Transfer Failure (6)SECTION 4 : OPERATION4.1 General (7)4.2 AUTO Mode (7)4.3 TEST Mode (7)4.4 Programming Mode (7)4.5 AC Voltage Display Adjustment (7)4.6 Specification Summary (7)4.7 System Setting Reference Table (8)SECTION 5 : INSTALLATION INSTRUCTIONS5.1 General (9)5.2 Installation On The Plate (9)5.3 TC-V2 Installation On The Door Panel (10)SECTION 6 : TYPICAL WIRING6.1 ATS3PC0125 Standard Wiring Diagram – 3P3W (11)6.2 ATS3PC0125 Standard Wiring Diagram – 1P3W (12)SECTION 1 : INTRODUCTION1.1 Safety Precautions (WARNINGS)This manual covers the installation, operation and maintenance of the TCS3P125 Automatic Transfer Switch. It is intended for qualified personal only.1.2 Products OverviewThe TCS3P125 automatic transfer switch consist of two parts the TS3P125 switch and the TC-V2 electronic control unit :1.2.1 TS125 FeaturesThe contacts on the Kutai TS3P125 transfer switch are class PC, this means that it is capable of making and withstanding short circuits but is not intended for breaking short circuit current.●Rated operating Voltage：250 Vac●Rated operating Current：125 Amps●Number of poles：3P●Coil operating voltage：110 / 220 Vac +/- 20%●Compact size, light weight and low powerconsumption.●Electrically operated and mechanically held.●Manufactured using UL 94V-0 plastics.●Adjustable time delay in OFF position whentransferring.●Designed for cell-phone repeaters, and manyindustrial and home ATS applications.1.2.2 TC-V2 Digital ControllerThe TC-V2 digital control unit offers programming flexibility to customize the ATS to different customer requirements.The Controller :●Monitor normal source for full phase over and undervoltages.●Monitor emergency source for single phase overand under voltages.●Normal & emergency source voltage and frequencyparameter display.●TDEN, TDNE, TDEC and TD-OFF real timecountdown display.●Permit testing the transfer switch from the controlpanel.●Permit system testing the transfer switch with orwithout load from the front panel.●Built-in 1 to 4 weeks exerciser timer.●Permit customer plant exerciser test with / withoutload on a preset period.●Safely store customer / factory settings inpermanent memory.●Shows status and failure alarm LED’s on the frontpanel.●No need for PC connection and programmingsoftware. All settings can be made on site.●Controller can be installed next to switch orseparately on an enclosure panel.SECTION 2 : HARDWARE DESCRIPTION 2.1 Front Panel2.2 TCS3P125 Dimensions (Unit : mm)2.3 Panel Cut-Out for the TC-V2 (Unit : mm)SECTION 3 : FUNCTION DESCRIPTION3.1 GeneralOperation of the TCS3P125 electronic control.3.2 TDNE SettingsTDNE provides a time delay when transferring from N ormal to E mergency. Timing begins when the Emergency Source (generator) becomes available.TDNE：Adjustable from 0 to 99 seconds.3.3 TDEN SettingsTDEN provides a time delay when transferring from Emergency to Normal. This permits stabilization of the Normal Power before transferring back to normal. Timing begins when the Normal Power returns and becomes available and steady.TDEN：Adjustable from 0 to 99 seconds.3.4 TDEC SettingsTDEC timer keeps the generator running without load (E ngine C ool-down) after the ATS transfer back to Normal Power. Timing begins when the transfer back to normal is completed.TDEC：Engine Cool-down - from 0 to 99 sec.3.5 TDES SettingTDES is the time delay for Engine Start when the Normal Source voltage is in over or under-voltage (OV or UV). If power return to normal while timing, the TDES timer resets and starts again.TDES：Adjustable from 0 to 30 seconds.3.6 TD-OFF SettingTime Delay on OFF this timer keeps the switch in the center neutral OFF position (completely disengaged) before transferring to the other side. You can preset the switch in Neutral or OFF from 0 to 18 seconds (Normally 2 to 3 sec).TD-OFF：Adjustable from 1 to 20 seconds.3.7 Plant ExerciserThis feature provides for automatic test operation of the generator. The interval is fixed at once per 1 to 4 weeks with a specific test day and time. The exerciser can be set for either testing with load or without load. When the exerciser is activated the exerciser LED (EX) on the right side of display flashes and turns on during the exercise period.3.8 Over / Under Voltage SensingThe TC-V2 constantly monitors normal & emergency power. When power falls outside the programmed voltages this LED turns RED from GREEN and flashing to show OV / UV problems.Adjustable over voltage range：110 - 280 VacOver voltage reset：When voltage falls below 10 Vac of the OV setting.Adjustable under voltage range：80 - 230 VacUnder voltage reset：When voltage exceeds 10 Vac of the UV setting.3.9 Transfer FailureWhen a transfer is made the TS125 communicates it’s position to the TC-V2 controller by using two small internal micro-switches, if this signal is not received, it will try switching 3 more times every 2 seconds or until the connection is made. A flashing light indicator and a “FAIL” signa l displayed an incomplete transfer and that the ATS mechanism or wiring is defective.If the ATS fails, the TC-V2 controller stops all ATS functions and starts’ flashing until the failure is corrected and the control is reset.To reset the transfer fail alarm :1. Manually move the ATS to the correct position.2. Press any button (Auto, Program or Test) on thefront panel to reset the alarm.SECTION 4 : OPERATION4.1 GeneralThis section specifically describes the operation and functional use of the TC-V2 controller.4.2 AUTO ModeIn AUTO the TC-V2 controller automatically transfer and retransfers from source to source as directed by the pre-programmed instructions.In AUTO the controller monitors the condition of both normal and standby power sources providing the logic for the transfer operation.4.3 TEST ModeThe TC-V2 is equipped with a test pushbutton that simulates the loss of normal source. Pushing the Test key the TC-V2 will execute a test on the ATS. The TDES and TDNE programmed time delays will be performed as part of the test. There are two test modes：●Testing with load .●Testing without load4.4 Programming ModeThe TC-V2 controller is fully programmable from the front panel when in the Program Mode. The build-in program buttons have multiple functions：●Real time clock displaying●Programming mode operatingTo enter programming mode, push and hold Program button for 10 seconds. In the first 10 seconds the screen showing internal real time clock and then the word “ Vr 1.0” will appears on the front display window for 2 seconds indicating the version of the software.At this time start a line by line programming sequence. To advance to the next line, push the Program button on the front panel. To change each line’s programming parameters, press the increase (∧) and decrease (∨) buttons. When pressing and releasing the (∧) or (∨) key the displayed parameter can be increased or decreased by one. The parameter will continue to scroll if the (∧) or (∨) button is pressed and not released. Always push the “ Program” button to advance to the next line or until the word “ End” appears on the screen. To immediately end the programming mode, you simply push the “ Program” button for 4 seconds. Then the word “ End” shows on the screen indicating the end of the programming mode. If you like to return to factory settings, stay in programming mode and simultaneously press all 3 buttons (∧), (∨) and Program buttons for 4 seconds. The TC-V2 will now automatically program itself to factory settings and the word “ Au.Po” will appear on the display window.4.5 AC Voltage Display AdjustmentThe TC-V2 controller continually monitors normal & emergency power displaying volts and frequency on the front panel. (The voltage value is calibrated and adjusted at the factory). But when the ATS works on high capacitive or inductive loads the waveform distortion may cause the displayed to have slight differences from the users measuring instrument.You can adjust the display value to equal to the users own instruments, by entering the setting mode to perform adjustment the parameter. Once the adjustment is completed, the voltage sensing value will increase or decrease according to the adjusted value and display it on the screen. The TC-V2 over and under voltage protection follow the adjusted value as the actual system voltage and perform the monitoring according to the new parameter.See Table lines 2, 3, 4, 5 for voltage display setting. 4.6 Specification Summary4.7 System Setting Reference TableSECTION 5 : INSTALLATION INSTRUCTIONS5.1 GeneralThe TC-V2 controller is modular and is designed for installation next to switch or on the front door panel. A longer harness is required for door installation.5.2 Installation On The Plate5.3 Installation On The Door PanelSECTION 6 : TYPICAL WIRING6.1 ATS3PC0125 Standard Wiring Diagram (110 or 220V) – 3P3W6.2 ATS3PC0125 Standard Wiring Diagram (110 or 220V) – 1P3W。

天宝TSC3手簿软件说明书

天宝TSC3手簿软件说明书介绍常规测量.8简介.8与其它应用程序交互操作12一般操作.12关于常规测量屏幕按钮和图标的说明,请看:.12任务菜单..13状态栏.13状态行.15Trimble CU 和 Trimble VX Spatial Station 或 Trimble S Series 全站仪按键.16Trimble TSC2/TSC3 功能键.17Trimble TSC3 控制器概述..17Trimble Tablet 概述18控制器键盘功能..19常规测量按钮23输入象限方向角..24计算器.25Windows 资源管理器 / 文件资源管理器..25Trimble 控制器 - 总体操作26用蓝牙技术从 Trimble TSC2 控制器完成打印31 电源指示器32接上和取下 Trimble CU 控制器33法律注意事项.34疑难问题解答.34任务修复向导.37任务操作.37任务37文件管理..39任务属性..41检查任务..42点管理器..45坐标视图..52QC图53存储点.53地图55筛选58使用公共任务地图59选择点.63表面和体积64自动平移..64单位65时间/日期.66坐标几何设置.67链接文件..71活动地图..73F2CAD 工具栏77偏移线.81计算交会..81使用要素库82使用文件名属性..85使用描述域91任务间的复制.91键入..92键入菜单..92键入点.93键入线.93键入弧.94键入 - 定线..98键入注释..99坐标几何计算..100坐标几何菜单100坐标几何 - 计算反算..101 坐标几何 - 计算点.101坐标几何 - 计算 + 划分区域.108 坐标几何 - 计算体积..109坐标几何 - 计算方位角110坐标几何 - 计算平均值113弧解..114三角解119坐标几何 - 划分线.120坐标几何 - 划分弧.122坐标几何 - 变换124坐标几何 - 导线129尺量距离.130计算器131弹出菜单控制134测量 - 一般135测量和放样菜单.135开始测量.135建立连接.136综合测量.137GNSS 测量137常规测量.138测量点145测量代码.146放样 - 概述.151快速固定.152地形点152检查点153F3结束测量.154测量 - 常规仪器..154在常规测量中测量地形点..155测站设立.156多后视点建站159多后视点建站或后方交会中的测回162测站高程.165后方交会.166参考线法.170测回..171测量 3D 轴..174多后视点建站、后方交会和测回选项.176 连续地形 - 常规178扫描..180表面扫描.185角度和距离..187平均观测值..187角度偏移、水平角偏移和垂直角偏移.188距离偏移量..189双棱镜偏移..190圆形对象.191远程对象.191常规仪器 - 改正192目标细节.194棱镜常数.199用两个盘测量一个点199GDM CU 程序.202高级测量支持204测量 - 校正205校正..205为点校正配置测量形式.206校正-人工207校正-自动208测量 - GNSS209启动基准站接收机..210基准站选项..217为流动站接收机安置设备..218 流动站选项..222测量天线高度225天线.ini文件227RTK初始化方法..228RTK 测量.231在一个无线电频率上运行几个基准站.233用拨打GSM连接方式开始实时测量235F4用 GPRS 互联网连接方式开始实时测量..235重拨基准站..236开始广域 RTK 测量.237RTK 和 Infill 测量238RTK 和数据记录.239快速静态测量240PPK 测量.241后处理初始化时间..242RT 差分测量.243广域增加系统 WAAS 和欧洲全球导航覆盖服务 EGNOS.244 快速点244用激光测距仪测量点245连续地形点..245快速静态点..248观测控制点..248RTK 点播.249测量 - 综合250综合测量.250综合测量流动站 - 综合测量杆253 测量 - 放样254放样 - 配置显示模式.254放样 - 使用图形显示.256放样 - 选项.257放样点细节..257放样点260放样线266放样弧269放样 - 定线.273放样数字地形模型(DTM).278精确和粗略模式 - GNSS 放样.279 测量配置280配置菜单.280测量形式.281测量类型.281常规仪器配置282常规仪器类型285激光测距仪..290回声测深仪..291重复点限差..292要素库293GNSS 电台296流动调制解调器概述299把测量形式基准站或流动站电台配置为流动调制解调器300 GNSS 联系301F5流动调制解调器拨号测量配置.302流动调制解调器互联网测量配置..303连接到互联网309蓝牙..312罗盘..322在控制器之间传送文件.323语言..323声音事件.324模板..324仪器.324仪器菜单.325卫星..326接收机文件..327位置..328接收机状态..329接收机设置..330导航到点.330网络/参考测站状态.331GNSS 仪器功能..331测站设立细节332激光指示器..332电子整平.334EDM 设置.335转到..336操纵杆337视频..338跟踪光341自动锁定、FineLock 和长范围 FineLock 技术.342 GPS 搜索.350仪器设置.354电台设置.356仪器调整.358Survey Basic360仪器功能.362数据输出.363坐标系统366坐标系统.366定制坐标系统数据库366只比例系数..368投影..369地面坐标系统369项目高度.370无投影/无基准..370播发 RTCM370F6水平平差.372垂直平差.372坐标系统.372选项软键.380坐标显示设置382投影网格.382移位网格.383文件传送383导入/导出菜单..383在控制器与办公室计算机之间传送文件..383 在外部设备之间发送和接收 ASCII 数据.398 导入和导出固定格式文件..403导出自定格式文件..405导入自定义格式文件409数据库查寻规则410数据库搜索规则.410附录A416常规测量软件执行的计算.416应用到 GNSS 位置的转换..416椭球计算.422常规仪器计算422用常规观测记录的标准误差429弧段计算.429术语.430术语..430F7介绍常规测量简介欢迎使用常规测量软件版本 1.50 的帮助。

TSC87C52-12IAR资料

TSC87C52MA TRA MHSCMOS 0 to 33 MHz Programmable 8–bit MicrocontrollerDescriptionTEMIC’s TSC87C52 is high performance CMOS EPROM version of the 80C52 CMOS single chip 8 bit microcontroller.The fully static design of the TSC87C52 allows to reduce system power consumption by bringing the clock frequency down to any value, even DC, without loss of data.The TSC87C52 retains all the features of the 80C52 with some enhancement: 8 K bytes of internal code memory (EPROM); 256 bytes of internal data memory (RAM);32 I/O lines; three 16 bit timers one with count–down and clock–out capability; a 6-source, 2-level interruptstructure; a full duplex serial port with framing error detection; a power off flag; and an on-chip oscillator.The TSC87C52 has 2 software-selectable modes of reduced activity for further reduction in power consumption. In the idle mode the CPU is frozen while the RAM, the timers, the serial port and the interrupt system continue to function. In the power down mode the RAM is saved and all other functions are inoperative.The TSC87C52 is manufactured using non volatile SCMOS process which allows it to run up to:D 33 MHz with VCC = 5 V ± 10%.D16 MHz with 2.7 V < VCC < 5.5 V .FeaturesD8 Kbytes of EPROM G Improved Quick Pulse programming algorithm G Secret ROM by encryptionD 256 bytes of RAMD 64 Kbytes program memory space D 64 Kbytes data memory space D 32 programmable I/O linesD Three 16 bit timer/counters including enhanced timer 2D Programmable serial port with framing error detectionD Power control modes DTwo–level interrupt priorityD Fully static designD 0.8µ SCMOS non volatile process D ONCE ModeD Enhanced Hooks system for emulation purpose DAvailable temperature ranges:G commercial GindustrialD Available packages:G PDIP40 (OTP)G PLCC44 (OTP)G PQFP44 (OTP)G CQPJ44 (UV erasable)GCERDIP40 (UV erasable)TSC87C52Block DiagramEPROMFigure 1 TSC87C52 Block diagramTSC87C52MA TRA MHSPin ConfigurationP 1.4P 1.0/T 2P 1.1/T 2E XP 1.3P 1.2V S S 1V C CP 0.0/A D 0P 0.2/A D 2P 0.3/A D 3P0.1/A D 1P 3.P 3.X X R e s P 2P 2P 2.P 2.P 2.P 1.4P 1.0/T 2P 1.1/T 2E XP 1.3P 1.2V S S 1V C CP 0.0/A D 0P 0.2/A D 2P 0.3/A D 3P 0.1/A D 1P 3.P 3.X X R e s P 2P 2P 2.P 2.P 2.Figure 2 TSC87C52 pin configurationDo not connect Reserved pins.TSC87C52Pin DescriptionVSSCircuit ground potential.VSS1Secondary ground (not on DIP). Provided to reduce ground bounce and improve power supply by–passing.Note: This pin is not a substitute for the VSS pin. Connection is not necessary for proper operation.VCCSupply voltage during normal, Idle, and Power Down operation.Port 0Port 0 is an 8 bit open drain bi-directional I/O port. Port 0 pins that have 1’s written to them float, and in that state can be used as high-impedance inputs.Port 0 is also the multiplexed low-order address and data bus during accesses to external Program and Data Memory. In this application it uses strong internal pullups when emitting 1’s.Port 0 can sink eight LS TTL inputs.Port 0 is used as data bus during EPROM programming and program verification.Port 1Port 1 is an 8 bit bi-directional I/O port with internal pullups. Port 1 pins that have 1’s written to them are pulled high by the internal pullups, and in that state can be used as inputs. As inputs, Port 1 pins that are externally being pulled low will source current (IIL, in the DC parameters section) because of the internal pullups.Port 1 can sink/ source three LS TTL inputs. It can drive CMOS inputs without external pullups.Port1 also serves the functions of the following special features of the TSC87C52 as listed below:Port Pin Alternate FunctionP1.0 P1.1T2 (External Count input to Timer/Counter 2), Clock–OutT2EX (Timer/Counter 2 Capture/Reload Trigger and direction Control)Port 1 receives the low–order address byte during EPROM programming and program verification.Port 2Port 2 is an 8 bit bi-directional I/O port with internal pullups. Port 2 pins that have 1’s written to them are pulled high by the internal pullups, and in that state can be used as inputs. As inputs, Port 2 pins that are externally being pulled low will source current (IIL, in the DC parameters section) because of the internal pullups.Port 2 emits the high-order address byte during fetches from external Program Memory and during accesses to external Data Memory that use 16 bit addresses (MOVX @DPTR). In this application, it uses strong internal pullups when emitting 1’s. During accesses to external Data Memory that use 8 bit addresses (MOVX @Ri), Port 2 emits the contents of the P2 Special Function Register.Port 2 can sink/source three LS TTL inputs. It can drive CMOS inputs without external pullups.Some Port 2 pins receive the high–order address bits and control signals during EPROM programming and program verification.Port 3Port 3 is an 8 bit bi-directional I/O port with internal pullups. Port 3 pins that have 1’s written to them are pulled high by the internal pullups, and in that state can be used as inputs. As inputs, Port 3 pins that are externally being pulled low will source current (IIL, in the DC parameters section) because of the pullups.TSC87C52MA TRA MHSPort 3 also serves the functions of various special features of the TEMIC’s C51 Family, as listed below:Port PinAlternate FunctionP3.0P3.1P3.2P3.3P3.4P3.5P3.6P3.7RxD (serial input port)TxD (serial output port)INT0 (external interrupt 0)INT1 (external interrupt 1)T0 (Timer 0 external input)T1 (Timer 1 external input)WR (external Data Memory write strobe)RD (external Data Memory read strobe)Port 3 can sink/source three LS TTL inputs. It can drive CMOS inputs without external pullups.Some Port 3 pins receive control signals during EPROM programming and program verification.RSTA high level on this pin for two machine cycles while the oscillator is running resets the device. An internal pull-down resistor permits Power-On reset using only a capacitor connected to V CC . The port pins will be driven to their reset condition when a minimum VIH1 voltage is applied whether the oscillator is started or not (asynchronous reset).ALE/PROGAddress Latch Enable output for latching the low byte of the address during accesses to external memory. ALE is activated as though for this purpose at a constant rate of 1/6 the oscillator frequency except during an external data memory access at which time one ALE pulse is skipped.ALE can sink/source 8 LS TTL inputs. It can drive CMOS inputs without external pullup.If desired, to reduce EMI, ALE operation can be disabled by setting bit 0 of SFR location 8Eh (MSCON). With this bit set, the pin is weakly pulled high. However, ALE remains active during MOVX, MOVC instructions and external fetches. Setting the ALE disable bit has no effect if the microcontroller is in external execution mode (EA=0).Throughout the remainder of this datasheet, ALE will refer to the signal coming out of the ALE/PROG pin, and the pin will be referred to as the ALE/PROG pin.PSENProgram Store Enable output is the read strobe to external Program Memory. PSEN is activated twice each machine cycle during fetches from external Program Memory. (However, when executing out of external Program Memory, two activations of PSEN are skipped during each access to external Data Memory). PSEN is not activated during fetches from internal Program Memory. PSEN can sink/source 8 LS TTL inputs. It can drive CMOS inputs without an external pullup.EA/VPPExternal Access enable. EA must be strapped to VSS in order to enable the device to fetch code from external Program Memory locations 0000h to FFFFh. Note however, that if any of the Security bits are programmed, EA will be internally latched on reset.EA should be strapped to VCC for internal program execution.This pin also receives the programming supply voltage (VPP) during EPROM programming.XTAL1Input to the inverting amplifier that forms the oscillator. Receives the external oscillator signal when an external oscillator is used.XTAL2Output from the inverting amplifier that forms the oscillator. This pin should be floated when an external oscillator is used.TSC87C52New and Enhanced FeaturesIn comparison to the original 80C52, the TSC87C52 implements some new and enhanced features. The new features are the Power Off Flag, the ONCE mode and the ALE disabling. The enhanced features are located in the UART and the Timer 2.Power Off FlagThe Power Off Flag allows the user to distinguish between a ‘cold start’ reset and a ‘warm start’ reset.A cold start reset is one that is coincident with VCC being turned on to the device after it was turned off. A warm start reset occurs while VCC is still applied to the device and could be generated for example by an exit from Power Down. The Power Off Flag (POF) is located in PCON at bit location 4 (see Table 1). POF is set by hardware when VCC rises from 0 to its nominal voltage. The POF can be set or cleared by software allowing the user to determine the type of reset.Table 1 PCON – Power Control Register (87h)76543210The reset value of PCON is 00XX 0000b.ONCE ModeThe ONCE mode facilitates testing and debugging of systems using TSC87C52 without the TSC87C52 having to be removed from the circuit. The ONCE mode is invoked by driving certain pins of the TSC87C52, the following sequence must be exercised.D Pull ALE low while the device is in reset (RST high) and PSEN is high.D Hold ALE low as RST is deactivated.TSC87C52 While the TSC87C52 is in ONCE mode, an emulator or test CPU can be used to drive the circuit. Table 2 shows the status of the port pins during ONCE mode.Normal operation is restored when normal reset is applied.Table 2 External pin status during ONCE modeALE DisablingThe ALE signal is used to demultiplex address and data buses on port 0 when used with external program or data memory. Nevertheless, during internal code execution, ALE signal is still generated. In order to reduce EMI, ALE signal should be disabled by setting AO bit.The AO bit is located in MSCON at bit location 0 (see Table 3). As soon as AO is set, ALE is no longer output but remains active during MOVX and MOVC instructions and external fetches. During ALE disabling, ALE pin is weakly pulled high.Table 3 MSCON – Miscellaneous Control Register (8Eh)76543210The reset value of MSCON is XXXX XXX0b.UARTThe UART in the TSC87C52 operates identically to the UART in the 80C51 but includes the following enhancement. For a complete understanding of the TSC87C52 UART please refer to the description in the 80C51 Hardware Description Guide.Framing Error DetectionFraming error detection allows the serial port to check for missing stop bits in the communication in mode 1, 2 or 3.A missing stop bit can be caused for example by noise on the serial lines or transmission by two CPUs simultaneously. If a stop bit is missing a Framing Error bit (FE) is set. The FE bit can be checked in software after each reception to detect communication errors. Once set, the FE bit must be cleared in software. A valid stop bit will not clear FE.The FE bit is located in SCON at bit location 7. It shares the same bit location as SM0 (see Table 4). The new control bit SMOD0 in PCON (see Table 1) determines whether the SM0 or FE bit is accessed (see Figure 3), so whether the framing error detection is enabled or not. If SMOD0 is set then SCON.7 functions as FE, if SMOD0 is cleared then SCON.7 functions as SM0. Once set, the FE bit must be cleared by software. A valid stop bit will not clear FE. When UART is in mode 1 (8–bit mode), RI flag is set during stop bit whether or not framing error is enabled (see Figure 4). MA TRA MHSTSC87C52When in mode 2 and 3 (9–bit mode), RI flag is set during stop bit if framing error is enabled or during ninth bit if not (see Figure 5).Figure 3 Framing error block diagramRIRXDFESMOD0=1Figure 4 Enhanced UART timing diagram in mode 1Figure 5 Enhanced UART timing diagram in mode 2 and 3Table 4 SCON – Serial Control Register (98h)76543210TSC87C52The reset value of SCON is 0000 0000b.Timer 2The Timer 2 in the TSC87C52 operates identically to the Timer 2 in the 80C52 but includes the following enhancements. For a complete understanding of the TSC87C52 Timer 2 please refer to the description in the 80C51 Hardware Description Guide.Auto–reload (up or down counter)Enhanced Timer 2 can now be programmed to count up or down when configured in its 16–bit auto–reload mode. This feature is controlled by the DCEN (Down Counter Enable) bit. DCEN is located in T2MOD at bit location 0 (see Table 5). Setting the DCEN bit enables Timer 2 to count up or down as shown in Figure 6. In this mode the T2EX pin controls the direction of count.A logic 1 at T2EX makes Timer 2 count up. The timer will overflow at FFFFh and set the TF2 bit. This overflow also causes the 16–bit value in RCAP2H and RCAP2L to be reloaded into the timer registers, TH2 and TL2, respectively.A logic 0 at T2EX makes Timer 2 count down. Now the timer underflows when TH2 and TL2 equal the values stored in RCAP2H and RCAP2L. The underflow sets the TF2 bit and causes FFFFh to be reloaded into the timer registers. The EXF2 bit toggles whenever Timer 2 overflows or underflows. In this operating mode, EXF2 does not flag an interrupt.(DOWN COUNTING RELOAD V ALUE)Figure 6 Timer 2 Auto–Reload Mode Up/Down CounterMA TRA MHSTSC87C52Programmable Clock OutputA 50% duty cycle clock can be programmed to come out on P1.0. This pin, besides being a regular I/O pin, has two alternate functions. It can be programmed to input external clock for Timer/Counter 2 or to output a 50% duty cycle clock from frequency fosc/218 to frequency fosc/4 (61 Hz to 4 MHz at a 16 MHz operating frequency).The clock–out frequency depends on the oscillator frequency and the reload value of Timer 2 capture registers RCAP2H and RCAP2L as shown in this equation:To configure the Timer/Counter 2 as a clock generator, bit C/T2 in T2CON (bit location 1) must be cleared and bit T2OE must be set. Bit TR2 in T2CON starts and stops the timer (see Figure 7). T2OE is located in T2MOD at bit location 1 (see Table 5).In the clock–out mode, Timer 2 roll–overs will not generate an interrupt. This is similar to when Timer 2 is used as a baud–rate generator. It is possible to use Timer 2 as a baud–rate generator and as clock generator simultaneously. Note however, that the baud–rate and clock–out frequencies can not be determined independently from one another since they both use RCAP2H and RCAP2L.Figure 7 Timer 2 Clock–Out ModeTable 5 T2MOD – Timer 2 Control Register (C9h)76543210The reset value of T2MOD is XXXX XX00b.TSC87C52 EPROMEPROM StructureThe TSC87C52 EPROM is divided in two different arrays:D the code array:8 Kbytes.D the encryption array:64 bytes.In addition a third non programmable array is implemented:D the signature array: 4 bytes.EPROM Lock SystemThe program Lock system, when programmed, protects the on–chip program against software piracy.Encryption ArrayWithin the EPROM array are 64 bytes of encryption array that are initially unprogrammed (all 1’s). Every time a byte is addressed during program verify, 6 address lines are used to select a byte of the encryption array. This byte is then exclusive–NOR’ed (XNOR) with the code byte, creating an encryption verify byte. The algorithm, with the encryption array in the unprogrammed state, will return the code in its original, unmodified form.When using the encryption array, one important factor needs to be considered. If a byte has the value FFh, verifying the byte will produce the encryption byte value. If a large block (>64 bytes) of code left unprogrammed, a verification routine will display the content of the encryption array. For this reason all the unused code bytes should be programmed with random values. This will ensure program protection.EPROM ProgrammingSet–up modesIn order to program and verify the EPROM or to read the signature bytes, the TSC87C52 is placed in specific set–up modes (see Figure 8).Control and program signals must be held at the levels indicated in Table 6.Definition of termsAddress Lines:P1.0–P1.7, P2.0–P2.4 respectively for A0–A12Data Lines:P0.0–P0.7 for D0–D7Control Signals:RST, PSEN, P2.6, P2.7, P3.3, P3.6, P3.7.Program Signals:ALE/PROG, EA/VPP.Table 6 EPROM Set–up ModesMA TRA MHSTSC87C52D0–D7A0–A7A8–A124 to 6 MHzCONTROL SIGNALS*PROGRAM SIGNALS** See Table 6 for proper value on these inputsFigure 8 Set–up modes configurationProgramming algorithmThe Improved Quick Pulse algorithm is based on the Quick Pulse algorithm and decreases the number of pulses applied during byte programming from 25 to 5.To program the TSC87C52 the following sequence must be exercised:D Step 1:Input the valid address on the address lines.D Step 2:Input the appropriate data on the data lines.D Step 3:Activate the combination of control signals.D Step 4:Raise EA/VPP from VCC to VPP (typical 12.75V).DStep 5:Pulse ALE/PROG 5 times.Repeat step 1 through 5 changing the address and data for the entire array or until the end of the object file is reached (see Figure 9).Verify algorithmCode array verify must be done after each byte or block of bytes is programmed. In either case, a complete verify of the programmed array will ensure reliable programming of the TSC87C52.To verify the TSC87C52 code the following sequence must be exercised :D Step 1:Activate the combination of program signals.D Step 2:Input the valid address on the address lines.D Step 3:Input the appropriate data on the data lines.DStep 4:Activate the combination of control signals.Repeat step 2 through 4 changing the address and data for the entire array (see Figure 9).The encryption array cannot be directly verified. Verification of the encryption array is done by observing that the code array is well encrypted.TSC87C52MA TRA MHSControl signalsALE/PROGA0–A12Programming CycleD0–D7EA/VPP Read/Verify CycleFigure 9 Programming and verification signal’s waveformSignature bytesThe TSC87C52 has four signature bytes in location 30h, 31h, 60h and 61h. To read these bytes follow the procedure for EPROM verify but activate the control lines provided in Table 6 for Read Signature Bytes. Table 7 shows the content of the signature byte for the TSC87C52.Table 7 Signature bytes contentEPROM Erasure (Windowed Packages Only)Erasing the EPROM erases the code array and also the encryption array returning the parts to full functionality.Erasure leaves all the EPROM cells in a 1’s state.Erasure CharacteristicsThe recommended erasure procedure is exposure to ultraviolet light (at 2537 Å) to an integrated dose at least 15W–sec/cm 2. Exposing the EPROM to an ultraviolet lamp of 12,000 µW/cm 2 rating for 30 minutes, at a distance of about 25 mm, should be sufficient.Erasure of the EPROM begins to occur when the chip is exposed to light with wavelength shorter than approximately 4,000 Å. Since sunlight and fluorescent lighting have wavelengths in this range, exposure to these light sources over an extended time (about 1 week in sunlight, or 3 years in room–level fluorescent lighting) could cause inadvertent erasure. If an application subjects the device to this type of exposure, it is suggested that an opaque label be placed over the window.TSC87C52Electrical CharacteristicsAbsolute Maximum Ratings (1)Ambiant Temperature Under Bias:C = commercial 0_C to 70_C . . . . . . . . . . . . . . . . . . . . I = industrial –40_C to 85_C . . . . . . . . . . . . . . . . . . . . . Storage Temperature –65_C to + 150_C . . . . . . . . . . . V oltage on VCC to VSS –0.5 V to + 7 V . . . . . . . . . . . . V oltage on VPP to VSS –0.5 V to + 13 V . . . . . . . . . . . V oltage on Any Pin to VSS –0.5 V to VCC + 0.5 V . . . Power Dissipation 1 W (2). . . . . . . . . . . . . . . . . . . . . . . Notice:1.S tresses at or above those listed under “ Absolute Maximum Rat-ings” may cause permanent damage to the device. This is a stress rat-ing only and functional operation of the device at these or any other conditions above those indicated in the operational sections of this specification is not implied. Exposure to absolute maximum rating conditions may affect device reliability.2.This value is based on the maximum allowable die temperature and the thermal resistance of the package .TSC87C52 DC Parameters for Standard Voltage, commercial and industrial temperature rangeT A = 0°C to +70°C; VSS = 0V; VCC = 5V ± 10%; F = 0 to 33 MHz.T A = –40°C to +85°C; VSS = 0V; VCC = 5V ± 10%; F = 0 to 33 MHz.MA TRA MHSTSC87C52DC Parameters for Low Voltage, commercial and industrial temperature range T A = 0°C to +70°C; VSS = 0V; VCC = 2.7V to 5V ± 10%; F = 0 to 16 MHz.T A = –40°C to +85°C; VSS = 0V; VCC = 2.7V to 5V ± 10%; F = 0 to 16 MHz.Notes for DC Electrical Characteristics1.Operating ICC is measured with all output pins disconnected; XTAL1 driven with TCLCH, TCHCL = 5 ns (see Figure 13), VIL = VSS + 0.5V,VIH = VCC – 0.5V; XTAL2 N.C.; EA = RST = Port 0 = VCC. ICC would be slightly higher if a crystal oscillator used (see NO TAG).2.Idle ICC is measured with all output pins disconnected; XTAL1 driven with TCLCH, TCHCL = 5ns, VIL = VSS + 0.5V, VIH = VCC–0.5V; XTAL2N.C; Port 0 = VCC; EA = RST = VSS (see Figure 11).3.Power Down ICC is measured with all output pins disconnected; EA = VSS, PORT 0 = VCC; XTAL2 NC.; RST = VSS (see NO TAG).4.Capacitance loading on Ports 0 and 2 may cause spurious noise pulses to be superimposed on the VOLs of ALE and Ports 1 and 3. The noise is dueto external bus capacitance discharging into the Port 0 and Port 2 pins when these pins make 1 to 0 transitions during bus operation. In the worst cases (capacitive loading 100pF), the noise pulse on the ALE line may exceed 0.45V with maxi VOL peak 0.6V. A Schmitt Trigger use is not neces-sary.5.Typicals are based on a limited number of samples and are not guaranteed. The values listed are at room temperature and 5V.6.Under steady state (non–transient) conditions, IOL must be externally limited as follows:Maximum IOL per port pin:10 mAMaximum IOL per 8–bit port:Port 0:26 mAPorts 1, 2 and 3:15 mAMaximum total IOL for all output pins:71 mAIf IOL exceeds the test condition, VOL may exceed the related specification. Pins are not guaranteed to sink current greater than the listed test condi-tions.7.For other values, please contact your sales office.TSC87C52MA TRA MHSFigure 10 ICC Test Condition, Active ModeFigure 11 ICC Test Condition, Idle ModeFigure 12 ICC Test Condition, Power Down ModeTCLCH = TCHCL = 5ns.Figure 13 Clock Signal Waveform for ICC Tests inActive and Idle ModesTSC87C52AC ParametersExplanation of the AC SymbolsEach timing symbol has 5 characters. The first character is always a “T” (stands for time). The other characters,depending on their positions, stand for the name of a signal or the logical status of that signal. The following is a list of all the characters and what they stand for.Example:TA VLL = Time for Address Valid to ALE Low.TLLPL = Time for ALE Low to PSEN Low.T A = 0 to +70_C; VSS = 0V VCC = 5V ±10%; 0 to 12MHzT A = –40°C to +85°C; VSS = 0V; VCC = 5V ± 10%; F = 0 to 12MHz.(Load Capacitance for PORT 0, ALE and PSEN = 100pf; Load Capacitance for all other outputs = 80 pF.)External Program Memory CharacteristicsExternal Program Memory Read CycleALEPORT 0PORT 2TSC87C52MA TRA MHSExternal Data Memory CharacteristicsExternal Data Memory Write CycleALEPORT 0PORT 2TSC87C52External Data Memory Read CyclePSENRDPORT 0PORT 2Serial Port Timing – Shift Register ModeShift Register Timing WaveformsTSC87C52 EPROM Programming and Verification CharacteristicsT A = 21°C to 27°C; VSS = 0V; VCC = 5V ± 10%.EPROM Programming and Verification WaveformsPROGRAMMING VERIFICATIONMA TRA MHSTSC87C52External Clock Drive Characteristics (XTAL1)External Clock Drive WaveformsINPUT/OUTPUT0.2 VCC + 0.90.2 VCC – 0.1VCC –0.5 V0.45 VAC inputs during testing are driven at VCC – 0.5 for a logic “1” and 0.45V for a logic “0”. Timing measurement are made at VIH min for a logic “1” and VIL max for a logic “0”.Float WaveformsFor timing purposes as port pin is no longer floating when a 100 mV change from load voltage occurs and begins to float when a 100 mV change from the loaded VOH/VOL level occurs. IOL/IOH ≥ ± 20mA.TSC87C52 Clock WaveformsThis diagram indicates when signals are clocked internally. The time it takes the signals to propagate to the pins, however, ranges from 25 to 125ns. This propagation delay is dependent on variables such as temperature and pin loading. Propagation also varies from output to output and component. Typically though (T A=25_C fully loaded) RD and WR propagation delays are approximately 50ns. The other signals are typically 85ns. Propagation delays are incorporated in the AC specifications.MA TRA MHSTSC87C52Ordering InformationTSC87C52–20–12:12 MHz version–16:16 MHz version –20:20 MHz version –25:25 MHz version –33:33 MHz version –L16:Low Power (VCC: 2.7–5.5V ,Freq.: 0–16 MHz)Part Number87C52: Programmable ROMTEMIC SemiconductorMicrocontroller Product LineCTemperature RangeC:Commercial 0° to 70°C I:Industrial –40° to 85°COTP Packaging A:PDIL 40B:PLCC 44C:PQFP 44 (F1)D:PQFP 44 (F2)E:VQFP 44 (1.4mm)F:TQFP 44 (1mm)G:CDIL 40 (.6)H:LCC 44I:CQPJ 44EPROM–UV Erasable J:Window CDIL 40K:Window CQPJ 44BConditioning R:Tape & Reel D:Dry PackB:Tape & Reel and Dry PackR。

APW Wyott HFW-1, 1D, HFW-23, -23D, HFW-12, -12D 热食

Phone:+1 (214) 421-7366 Fax: +1 (214) 565-0976 Toll Free:+1 (800) 527-2100 Website: E-mail:*****************INSTALLATION AND OPERATING INSTRUCTIONSINTENDED FOR OTHER THAN HOUSEHOLD USE Models: HFW-1, 1DHFW-23, -23D HFW-12, -12DRETAIN THIS MANUAL FOR FUTURE REFERENCEUNIT MUST BE KEPT CLEAR OF COMBUSTIBLES AT ALL TIMESP/N 79967144 6/06HOT FOOD WELLS TOP MOUNT , INSULATEDAPW WYOTT729 Third Avenue Dallas, TX 75226This equipment has been engineered to provide you with year-round dependable service when used according to the instructions in this manual and standard commercial kitchen practices.Initial heating of unit may generate smoke or fumes and must be done in a well ventilated area. Overexposure to smoke or fumes may cause nausea or dizziness.RS I F S I E AL DCSANITATIONCONTENTSOWNER’S INFORMATION.................................2General Troubleshooting. (3)General Installation.......................................2 SPECIFICATIONS.. (3)General Operating Instructions.....................2 INSTALLA TION (4)Wet Set-Up (Units w/drains).........................2 PARTS LISTS w/EXPLODED VIEWS.. (5)Dry Set-Up (Units w.o./drains)......................2WIRING DIAGRAMS. (8)General Cleaning Instructions......................3 WARRANTY.. (11)OWNER’S INFORMATIONGeneral Installation:1. Always clean equipment thoroughly before first use. (See general cleaning instructions.)2. Check rating label for your model designation & electrical rating.3. For best results, use stainless steel countertops.4. All dimensions in parenthesis in centimeters, unless noted.General Operating Instructions:1. All food service equipment should be operated by trained personnel.2. Do not allow your customers to come in contact with any surface labeled "CAUTION HOT."3. Where applicable: Never pour cold water into dry heated units.4. Where applicable, do not cook, warm or hold food directly in liner pans (well pans). Always usesteam table pans/insets, etc.5. Never hold food below 150°F (66°C)Wet set-up and operation procedures (units with drains):1. Add hot water 120°-140°F (50°-60°C) to well pan:!Four Thirds size units (12x27) use 5-1/2 qts. (1-1/3 gallon) (5.5 litre)!Full size units (12x20) use: 3-3/4 qts. (15 cups) (3.5 litre)!Two Thirds size units use 2-1/2 qts. (10 cups) (2.5 litre)!Half size units use: 1-1/2 qts. (6 cups) (1.5 litre)!One Third size units use: 3 cups (.7 litre)! 4 Quart Round use 2 cups (.5 litre)!7 Quart Round use 3 cups (.7 litre)!11 Quart Round use 1-1/4 qts. (5 cups) (1.4 litre)2. Turn the thermostat control to "10" setting or if equipped with infinite controls to "?" or "Hi". Preheatfor approximately 30 minutes.3. Place covered inset with preheated product into well.4. Re-adjust control after another 30 minutes of operation to the "6" setting depending on the amountand thickness of product.5. Keep inset/steamtable pan(s) covered to maintain ideal serving temperature.6. Do not let well run dry.Dry set-up and operation procedures (units without drains):1. Turn the thermostat control to "10" setting or if equipped with infinite controls to "7" or "Hi". Preheatfor approximately 30 minutes.2. Place covered inset with preheated product into well.3. Re-adjust control after another 30 minutes of operation to the "6" setting depending on the amountand thickness of product.4. Keep inset/steamtable pan(s) covered to maintain ideal serving temperature.General Cleaning Instructions:1. NEVER clean any electrical unit by immersing it in water. Turn off before surface cleaning.2.Always clean equipment thoroughly before first use. Clean unit daily. Use warm, soapy water(except where noted on charts). Mild cleansers and PLASTIC scouring pads may be used to remove baked-on food and water scale.3. Turn off electrical units before cleaning or servicing. All service should be performed by an APWWyott authorized service agency.General Troubleshooting:1. Is the unit connected to a live power source?2. Check circuit breaker.3. Is power switch on & pilot light glowing?4. Check rating label. Are you operating unit on proper voltage?SPECIFICATIONSOPTION SPECIFICATIONSELECTRICAL SPECIFICATIONSINSTALLATIONInstallation:1. Follow applicable General Installation Instructions on page2.2. Make applicable Cut-Out per above table. CONNECTION NOTE: Unit is designed for installation instainless steel tops. Optional wood mounting kit available.3. Apply putty tape (Provided) to the underside perimeter of the well rim outer edge.4. Apply a 1/4" (.6 cm) bead of silicone sealant adjacent to the putty tape on the well flange.5. Drop well into opening from the top and push down until entire parameter of rim is flush with thecounter surface.6. From below the counter surface insert an 8" to 10" (20 cm to 25 cm) flat tip screwdriver into thelocking ring tab slots and twist in a clockwise motion to lock well in place.7. Trim excess putty and sealant from around well rim.8. Mount control to front panel using hardware. Maintain 4" clearance between well and front panel.Connect power. Check power. Check nameplate for proper voltage. NOTE: Electrically connect unit in compliance with local and NEC codes.Notes:Notes:11APW WYOTT 729 Third Avenue Dallas, TX 75226Phone:+1 (214) 421-7366 Fax: +1 (214) 565-0976Toll Free:+1 (800) 527-2100Website: E-mail:*****************12R。

天宝 TSC2基本操作

TSC2的操作系统认识
• • •
更益于单手操作的界面。更益于单手操作的界面。安全性。安全性。Windows Mobile 5.0符合FIPS 140-2标准。永久的记忆存储能力。永久的记忆存储能力。基于Windows Mobile 5.0的Pocket PC中已经拥有了永久的记忆存储能力，即
• • • • • • • • • • 6600 mAh可充电锂电池 mAh可充电锂电池电池电源指示可拆卸式电源模块智能充电 2.5 小时充电到 80% 4.5 小时充满电 30 小时连续使用 50 小时待机时间国标AC AC充电器国标AC充电器可选车辆充电适配器
业内最聪明的电源启动模块
屏幕锁
• Fn+Trimble（解锁再次按下）
– 锁定可以使用键盘操作
• 点击主界面的Device Unlocked进入屏幕锁定状态，解锁按下底部的Unlock，再次按屏幕中部的Unlock。
– 锁定后不能进行任何操作
电源
• Start Setting Syste m Power Advanced 设置电源状态开关
极其结实，坚固到足以满足你最恶劣的环境
TSC2整体介绍
• TSC2前面板有显示器、全键盘、电源键等组成
TSC2整体介绍
• TSC2顶面板
– 2个CF卡接口 – 1个SD卡接口
• TSC2底面板
– USB主端 – USB客户端 – 串口 – 充电器接口
TSC2整体介绍-智能电源模块智能电源模块
TSC2基本操作
麦格集团技术部
TSC2基本操作
一、TSC2整体介绍二、TSC2的系统认识三、TSC2特殊操作四、TSC2特殊应用

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Rev. B/AH 2007-11-13 Page 3 of 3
VF IR
0.35
* VR=30V
TAITRON COMPONENTS INCORPORATED
Tel: (800)-TAITRON Fax: (800)-TAITFAX (800)-824-8766 (800)-824-8329 (661)-257-6060 (661)-257-6415
TAITRON COMPONENTS MEXICO, S.A .DE C.V.
BOULEVARD CENTRAL 5000 INTERIOR 5 PARQUE INDUSTRIAL ATITALAQUIA, HIDALGO C.P. 42970 MEXICO Tel: +52-55-5560-1519 Fax: +52-55-5560-2190
C0402 (SOD-723)
Mechanical Data
Case: Terminals: Polarity Weight: 0402 SMD package, Molded plastic body Pure Tin plated, solderable per MIL-STD-750, Method 2026 Laser cathode band marking 0.0015 gram
Rev. B/AH 2007-11-13 Page 1 of 3
元器件交易网
100mA Low Profile Chip Schottky Rectifier
TSCD012WUR/TSCD014WUR
Typical Characteristics Curves
IF(AV) Average Rectified Current (A)
Fig.1- Forward Current Derating Curve
Fig.2-Max. Non-Repetitive Forward Surge Current Peak Forward Surge Current (A)
Lead Temperature (°C)
Number of Cycles at 60Hz
Reverse Voltage VR (V)
Rev. B/AH 2007-11-13 Page 2 of 3
元器件交易网
100mA Low Profile Chip Schottky Rectifier
TSCD012WUR/TSCD014WUR
Instantaneous Forward Current (mA)
Instantaneous Forward Voltage (V)
Instantaneous Reverse Current (μA)
Fig.3- Typical Forward Characteristics
Fig.4- Typical Reverse Characteristics
Maximum Ratings (T Ambient=25ºC unless noteห้องสมุดไป่ตู้ otherwise)
Symbol Description Maximum Repetitive Peak Reverse Voltage Maximum Working Peak Reverse Voltage Forward Rectified Current Non-repetitive Peak Forward Surge Current Operating Junction temperature range Storage Temperature Range TSCD012WUR 20 20 100 0.5 -40 to +125 -40 to +125 TSCD014WUR 40 40 Unit V V mA A °C °C 8.3ms single half sinewave Conditions
TAITRON COMPONENTS INCORPORATED REPRESENTAÇÕES DO BRASIL LTDA
RUA DOMINGOS DE MORAIS, 2777, 2.ANDAR, SALA 24 SAÚDE - SÃO PAULO-SP 04035-001 BRAZIL Tel: +55-11-5574-7949 Fax: +55-11-5572-0052
VRRM VRWM IF(AV)
IFSM
TJ TSTG
Electrical Characteristics (T Ambient=25ºC unless noted otherwise)
Symbol Description Maximum Instantaneous Forward Voltage Drop Maximum DC Reverse Current at Rated DC Blocking Voltage 0.5 TSCD012WUR TSCD014WUR Unit V 0.5* μA Conditions IF= 10 mA
元器件交易网
100mA Low Profile Chip Schottky Rectifier TSCD012WUR/TSCD014WUR
100mA Low Profile Chip Schottky Rectifier
Features
• • • • Low profile with SMD package Low power loss , High efficiency High current capability, Low voltage drop Plastic package has Underwriters Laboratory Flammability Classification 94V-0 • RoHS compliant
Dimensions in mm
C0402 (SOD-723)
How to contact us:
US HEADQUARTERS
28040 WEST HARRISON PARKWAY, VALENCIA, CA 91355-4162 Tel: (800) TAITRON (800) 824-8766 (661) 257-6060 Fax: (800) TAITFAX (800) 824-8329 (661) 257-6415 Email: taitron@
TAITRON COMPONENTS INCORPORATED, SHANGHAI REPRESENTATIVE OFFICE
METROBANK PLAZA, 1160 WEST YAN’ AN ROAD, SUITE 1503, SHANGHAI, 200052, CHINA Tel: +86-21-5424-9942 Fax: +86-21-5424-9931