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CR021R0G302中文资料

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ABCDEWtø178 ±2.0ø50 min.13.0 ±0.521.0 ±0.82.0 ±0.88.8/12.8 ±1.52.0 ±0.5

ø330 ±2.0ø100 min.13.0 ±0.521.0 ±0.82.0 ±0.88.8/12.8 ±1.52.0 ±0.6

Reel Dimensions;

ABCDEWtø7 ±0.08ø2.0 min.5.0 ±0.020.83 ±0.030.08 ±0.30.35/0.50 ±0.060.08 ±0.02

ø13 ±0.08ø4.0 min.5.0 ±0.30.83 ±0.030.08 ±0.30.35/0.50 ±0.060.08 ±0.02

Reel Dimensions in MillimetersReel Dimensions in Inches

CR THICK FILM CHIP RESISTOR SERIES

INTRODUCTIONThe most popular type of chip resistor developed for surface mounttechnology. Ideal for general purpose applications. Unique constructionand special termination techniques ensure high quality and reliability.Extremely compact size for miniaturization.

FEATURES•Excellent Long Term stability•Available in Bulk and Tape & Reel packing.•Available in Tolerances of ±5% & ±1% •Uniform body size ensures compatibility with High Speed

automatic handling machines•Compatible with flow and re-flow soldering methods

SPECIFICATIONSResistance Range: 1 Ohm to 10 M Ohms for E24 values(5%) 1 Ohm to 1 M Ohms for E96 values(1%)Rated Power: 1/16 to 1W at 70°C (Please see Power Derating Curve)Rated Voltage:Rated Power x Nominal Resistance. Overload Voltage:Please refer to Power Ratings Table. Temperature Coefficient: ±100 ppm or ± 200 ppm per °C. Temperature Range: -55°C to +125°C with derating above 70°C Tolerance:±5% or ±1% (Special tolerance upon request.).

Load Life:The component will be subjected to 1000 hours of testing at ratedvoltage and 70°C, with duty cycles of 1.5 hours ''on'' and 0.5 hours ''off''.After the test the Resistance change will remain within ±3% of the initialvalue + 0.1 Ohm for values above 1 M Ohm and 5% for values less than1 M Ohm.

Resistance to Soldering Heat:The component can be subjected to a soldering temperature of 270 °C for 10 seconds. After the test the Resistance change will remain within±3% + 0.1 Ohms.

Tape, Reel and Packing Specifications

Power Ratings Table (Values above 10 M Ohms are available upon request)

Case Dimensions TableDimensions in mmCase CodeLWT Maxe04021.0+ 0.050.5+ 0.050.35+ 0.050.25+ 0.1506031.6+ 0.10.8+ 0.150.45+ 0.100.30+ 0.108052.0+ 0.11.25+ 0.100.55+ 0.100.40+ 0.212063.2+ 0.151.6+ 0.150.55+ 0.100.50+ 0.2520105.0+ 0.152.5+ 0.150.55+ 0.150.60+ 0.225126.4+ 0.15 3.2+ 0.150.55+ 0.15 0.60+ 0.2

SIZERate PowerRate CurrentMaximumMaximumTemperatureCombination of ResistanceOperatingat 70Cof JumperWorkingOverloadCoefficientRange of ToleranceTemperatureAVoltageVoltageof ResistanceF (+1%)J (+ 5%)Range CVwVoppm/C (E96) (E24)0402 1/16 50 100 + 100 10 Ohms-562 K Ohms+ 200 1 Ohm-9.76 Ohms 10 Ohms - 1 M Ohms0603 1/10 1 50 100 + 100 10 Ohms-1 M Ohms + 200 1 Ohm - 9.76 Ohms 1 Ohm- 10 M Ohms0805 1/8 150 300 + 100 10 Ohms - 1 M Ohms + 200 1 Ohm - 9.76 Ohms 1 Ohm - 10 M Ohms1206 1/4 + 10010 Ohms-1 M Ohms -55 - + 125 2 + 200 1 Ohm - 9.76 Ohms 1 Ohm - 10 M Ohms2010 3/4 + 100 10 Ohms - 1 M Ohms200400+ 2001 Ohm - 9.76 Ohms 1 Ohm - 10 M Ohms25121+ 10010 Ohms - 1 M Ohms+ 2001 Ohm - 9.76 Ohms 1 Ohm - 10 M Ohms

Power Derating CurveSharma ResistorsRoHS Compliant元器件交易网www.cecb2b.com 2.0 4.0PBAφ1.5- 0.0+ 0.10± 0.1± 0.1

EFW

Tmax

Carrier Tape Dimensions;

PART NUMBERINGCR

Series:02 = 040203 = 060305 = 080506 = 120620 = 201025 = 2512

3 or 4 DigitEIA Code.

Temp. Coefficient:0 = +100 ppm/C3 = +200 ppm/C

ABWFEPTmaxSIZE±0.2 mm or±0.2 mm or±0.3 mm or±0.1 mm or±0.1 mm or±0.1 mm or

CODE ±0.008'' ±0.008'' ±0.012'' ±0.004'' ±0.004'' ±0.004''

04020.65 (0.026")1.15 (0.045")8.0mm (0.315")3.5mm (0.138")1.75mm (0.069")2mm (0.079")0.43mm (0.018")06031.1 (0.043")1.9mm (0.075")8.0mm (0.315")3.5mm (0.138")1.75mm (0.069")4mm (0.157")0.60mm (0.024")08051.65 (0.065")2.4mm (0.094")8.0mm (0.315")3.5mm (0.138")1.75mm (0.069")4mm (0.157")0.75mm (0.030")12061.9 (0.075")3.5mm (0.138")8.0mm (0.315")3.5mm (0.138")1.75mm (0.069")4mm (0.157")0.75mm (0.030")20102.8 (0.011")5.6mm (0.22")12.0mm (0.472")5.5mm (0.217")1.75mm (0.069")4mm (0.157")0.20mm (0.080")25123.6 (0.142")6.7mm (0.264")12.0mm (0.472")5.5mm (0.217")1.75mm (0.069")8mm (0.315")0.20mm (0.080")

Packing Methods;PACKINGPaper Taping Reel (R)Embossed Taping Reel (K)Bulk Cassette (K)

Style7" (178mm)10" (254mm)13" (330mm)7" (178mm)

CR02 (0402)10,000 10,000 10,000 -50,000 CR03 (0603)5,000 5,000 5,000 -25,000 CR05 (0805)5,000 5,000 5,000 -10,000 CR06 (1206)5,000 5,000 5,000 -5,000 CR20 (2010)---4,000-CR25 (2512)---4,000-

Tolerance:F = +1%G = +2%J = +5%

Circuits:0 = NA

Packaging:1 = 5KPaper Taping2 = 10K Paper Taping3 = 20K Paper Taping4 = 4K Plastic Taping5 = Loose PackingA = 5KCassetteB = 10K CassetteC = 25KCassetteD = 50KCassette

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PRC0201资料

PRC0201资料


15V 25V
0.390 ±0.002
(1.00±0.05) (1.60±0.10) (2.00±0.15)
0.020 ±0.002
(0.50±0.05) (0.08±0.10) (1.25±0.15)
0.014 ±0.002
(0.35±0.05) (0.50±0.10) (0.50±0.15)
0.008 ±0.004
Data subject to change without notice
Resistance Tolerance Resistance Value Temperature Coefficient Case Size Type
Continued on reverse side REV C 9/19/01
TEMPERATURE CYCLE
HIGH TEMPERATURE
RANDOM VIBRATION
MECHANICAL SHOCK
RESISTANCE TO SOLDERING HEAT
SOLDERABILITY
SHORT TIME OVERLOAD
HUMIDITY
LOAD LIFE
100 Ω 10 KΩ 100 KΩ 100 Ω 10 KΩ 100 KΩ 100 Ω 10 KΩ 100 KΩ 100 Ω 10 KΩ 100 KΩ 100 Ω 10 KΩ 100 KΩ 100 Ω 10 KΩ 100 KΩ 100 Ω 10 KΩ 100 KΩ 100 Ω 10 KΩ 100 KΩ 100 Ω 10 KΩ 100 KΩ 100 Ω 10 KΩ 100 KΩ
0.098 ±0.006
(2.50±0.15)
0.022 ±0.006
(0.56±0.15)
GRTJ资料

GRTJ资料


800 560 800
1000 700 1000
V V V A A V µA µA
Maximum Reverse Recovery Time ( Note 1 ) Typical Junction Capacitance ( Note 2 ) Junction Temperature Range Storage Temperature Range
REVERSE CURRENT, MICROAMPERES
10
1.0
1.0
0.1 TJ = 25 °C
0.1
0.01
0
20
40
60
80
100
120
1Байду номын сангаас0
PERCENT OF RATED REVERSE VOLTAGE, (%)
0.01 0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0
150 - 65 to + 150 - 65 to + 150
250
500
ns pf °C °C
CJ TJ TSTG
Notes :
( 1 ) Reverse Recovery Test Conditions : IF = 0.5 A, IR = 1.0 A, Irr = 0.25 A. ( 2 ) Measured at 1.0 MHz and applied reverse voltage of 4.0 VDC
SYMBOL GRTA GRTB GRTD GRTG GRTJ GRTK GRTM UNIT
VRRM VRMS VDC IF(AV) IFSM VF IR IR(H)
Trr
50 35 50
马头 控制器操作手册

马头 控制器操作手册

Part no 6159933780Issue no 02Date 04/2010Page 1 / 66E NF R E S D E I T P T S V C N J A © CoPyRIghT 2010, DESouTTER hP2 7BW uK保留所有权利。

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对于因未经授 权使用而导致的任何损坏或故障，均不在“担保或 产品保证”范围之内。

CVIL II 控制器操作手册E NF R E S D EI TP T S V C N J A目录1 - 安全说明 (4)1.1 - 使用声明 ..................................................41.2 - 通用说明 .. (4)2 - 前言 (4)2.1 - CVIL II 系列 .............................................42.2 - 拧紧作业和旋松作业策略 .........................42.3 - 作业循环或作业阶段的允许数目 ..............42.4 - 存储容量 ..................................................42.5 - 作业曲线数目 ...........................................42.6 - 通信 .........................................................42.7 - 工具 .........................................................42.8 - CVIPC 2000 ............................................62.9 - CVINet .....................................................62.10 - 试用版 PC 软件 . (6)3 - 规格说明 (7)3.1 - 设备交货内容 ...........................................73.2 - 尺寸 .........................................................73.3 - 特性 .........................................................73.4 - 面板 .........................................................73.5 - 背板 (8)4 - 首次开机 (8)4.1 - 安装 (8)4.1.1 - “停止”信号跳线 ........................................84.1.2 - 关闭 ........................................................94.1.3 - 墙壁安装 .................................................94.1.4 - 连接工具线缆 ..........................................94.1.5 - 连接 115/230 VAC 线缆 ........................104.1.6 - 开机 (10)4.2 - 启动 (10)4.2.1 - 如何输入或修改字母/数字 (10)4.2.2 - 选择 Language（界面语言） ................114.2.3 - 设置 Date（日期时间） ........................114.2.4 - 调节 Contrast（显示屏对比度） ...........124.2.5 - Access code（按键锁定码） ................124.2.6 - Activation code（激活码） ...................134.2.7 - 控制界面 ...............................................144.2.8 - Results（作业结果）菜单 (15)5 - 编程设置 (16)5.1 - CYCLES（作业循环）和PARAMETERS（参数）菜单 ................165.2 - LEARNING（自学习）菜单 ...................165.3 - CYCLES（作业循环）菜单 . (17)5.3.1 - 前言 ......................................................175.3.2 - 选择作业循环 ........................................185.3.3 - 作业循环的全局参数 .............................185.3.4 - 对作业阶段进行编程设置 ......................195.3.5 - 对参数进行编程设置 .. (20)5.4 - QUICK CYCLES（作业循环快速编程）菜单 ...................255.5 - SPINDLE（作业轴）菜单 ......................265.6 - STATION（作业站）菜单 . (27)5.6.1 - STATION（作业站） – 全局参数 ..........275.6.2 - 输入/输出端子配置 ................................295.6.3 - INPUT（输入）菜单 .............................305.6.4 - OUTPUT（输出）菜单 .........................325.6.5 - RUN REVERSE （反向转动）菜单 (33)5.7 - PERIPHERALS（外围设备）菜单 (34)5.7.1 - SERIAL PORT（串口）菜单 (34)5.7.2 - ETHERNET CONFIGURATION（以太网配置）菜单 (35)5.7.3 - ETHERNET SOCKET 1（以太网接口 1）菜单 (35)5.7.4 - ETHERNET SOCKET 2（以太网接口 2）菜单 (35)5.7.5 - PLC 菜单 ..............................................365.7.6 - REPORT OUTPUT（报告输出）菜单 ..375.7.7 - BAR CODE（条形码）菜单 ..................375.7.8 - CVINET 菜单 ........................................385.7.9 - TOOLSNET 菜单 . (39)5.8 - CONTROLLER（控制器）菜单 .............405.9 - 作业曲线菜单 .. (41)E NF RE S D E I T P T S V C N J A6 - 维护 (41)6.1 - MAINTENANCE（维护）菜单 (41)6.1.1 - TEST（测试）菜单 ...............................416.1.2 - CHANNEL TEST（信道测试）菜单 .....426.1.3 - COUNTERS（计数器）菜单 ................436.1.4 - CALIBRATION（调校）菜单 . (43)6.2 - SERVICE（服务）菜单 .........................446.3 - 维护操作 (44)6.3.1 - 更换存储器电池 ....................................446.3.2 - DESOUTTER 工具和客户服务 . (44)6.4 - 配件 (45)7 - 连接 (46)7.1 - PC 电路图..............................................467.2 - 使多台 CVIL 控制器同步 (46)7.2.1 - 端子连接示例图 (46)7.3 - 工具连接线 (47)7.3.1 - ER 型工具连接线 ..................................477.3.2 - EME 型工具连接线 ...............................487.3.3 - ER - EME 型工具扩展连接线 . (49)8 - 拧紧作业结果的打印格式 (50)8.1 - PC2 格式 ...............................................508.2 - PC3 格式 ...............................................508.3 - PC4 格式 .. (51)8.3.1 - 标题 (51)8.3.2 - 结果 (51)8.4 - PC5-A 格式 (52)8.4.1 - 各作业轴独立报告： 扭矩率、扭矩、转角 (52)8.4.2 - 1 个作业轴的读取结果（乘以作业轴数目） (52)8.5 - PC5-B 格式 (52)8.5.1 - 各作业轴独立报告： 扭矩、转角、扭矩率 (52)8.5.2 - 1 个作业轴的编程设置可用参数(乘以作业轴数目) (52)8.5.3 - 1 个作业轴的结果（乘以主轴数目） (53)9 - 拧紧作业策略指导 (54)9.1 - 扭矩控制策略 .........................................549.2 - 配合转角监视的扭矩控制策略 ................549.3 - 配合扭矩监视的转角控制策略 ................559.4 - 预紧扭矩控制策略 ..................................559.5 - 旋松作业 – 配合转角监视的扭矩控制策略 ..........................................................569.6 - 旋松作业 – 配合扭矩监视的转角控制策略 (56)10 - 作业循环流程图和作业循环时点图 (56)10.1 - 作业循环流程图 ...................................5610.2 - 作业循环时点图 ...................................5710.3 - 使用开口式工具时的时点图 .. (57)11 - 故障排除帮助 (58)11.1 - 警告 .....................................................5811.2 - 报告代码 ..............................................5811.3 - 因编程设置或工具调试问题导致的作业故障 .......................................................6211.4 - 因正常磨损或机械故障导致的作业故障 6312 - 术语表 (65)E NF R E SD E I T P T S V C N J A1 - 安全说明1.1 - 使用声明本产品只应用于驱动和监控 ERA/EME 系列工具。

IND141说明书_R02

IND141说明书_R02


xxxxx.xx(0*) 重量下限设置-Lower
xxxxx.xx(0*)
近零比较-Near Zero 近零比较-Source 无效-Disabled 毛重*-Gross 近零比较范围-Near Zero
净重-net
xxxxx.xx(0.05*)
时间参数-Time 禁止比较时间-Inhibt Time(T1)
0*-99 目标值-Target
目标值和过量/欠量比较-Source 无效-Disabled 毛重*-Gross 净重-net 过量/欠量比较模式-Comparison Mode
当完成输出信号为 ON 时比较 *-Regularly 比较-Judge Input 上限/下限 -Upper/Lower 上限/下限比较-Source 无效-Disabled 毛重*-Gross 净重-net 上限/下限比较模式-Mode 当完成输出信号为 ON 时比较 *-Regularly 比较-Judge Input 重量上限设置-Upper
开始喂料流程
无效*-Disabled
允许-Enabled
起点重量值确认-SP1 Confirm
在称重开始时将判别重量值是否达到 SP1 的设定值，如重量值超过 SP1
的设定值，仪表将报警
无效*-Disabled
允许-Enabled
周期清零次数-AZ Count
当流程启动时，仪表将周期性自动清零使重量值为零
控制模式-Control Mode 顺序控制模式*-Sequence 简单比较模式 - Comparison 进料/卸料模式-Filling Mode 进料模式*-Feeding 卸料模式-Discharging 喂料输出方式-Output Type
Complete 信号输出条件-Complete 0*：判别时间后，在 Complete 延时时间内输出为 ON 1：判别时间后，当重量值处于稳定状态，在 Complete 延时时间内输出 为 ON 2：判别时间后或当 SP3 信号输出为 ON 后，当重量值处于稳定状态， 在 Complete 延时时间内输出为 ON