Datasheet> 器件分类 > 无源元件> 电阻器> 82C1D-E16-F10/F10

文档预览

82C1D-E16-F10/F10: 产品描述Potentiometer, Cermet, 1W, 1000ohm, 10% +/-Tol, -150,150ppm/Cel, 6363,; 产品类别无源元件电阻器; 文件大小363KB，共6页; 制造商Bourns; 官网地址http://www.bourns.com

下载文档详细参数全文预览

82C1D-E16-F10/F10概述

Potentiometer, Cermet, 1W, 1000ohm, 10% +/-Tol, -150,150ppm/Cel, 6363,

82C1D-E16-F10/F10规格参数

参数名称	属性值
封装长度	15.88 mm
封装宽度	15.88 mm
封装高度	15.88 mm
表面贴装	NO
是否Rohs认证	No
Is Samacsys	N
YTEOL	0
Objectid	771869028
Reach Compliance Code	unknown
端子数量	3
旋转角	225 deg
构造	Square
安装特点	PANEL MOUNT
额定功率耗散 (P)	1 W
技术	CERMET
封装形式	Panel Mount
电阻	1000 Ω
电阻器类型	POTENTIOMETER
尺寸代码	6363
温度系数	150 ppm/°C
容差	10%
最高工作温度	125 °C
最低工作温度	-40 °C

文档预览

下载PDF文档

全文
预览

VE S CO

AV R M

AI SIO PL

LA N IA

BL S NT

Features

■

Metal shaft and bushing

■

Consistent, smooth quality feel

■

Up to 4 sections available

■

Rotary switch option designed

■

RoHS compliant versions available*

for “on-off” function control

81/82 - 5/8 ” Square Single-Turn Panel Control

85/86 - 5/8 ” Square Single-Turn Panel Control with Rotary Switch

Potentiometer Speciﬁcations

Initial Electrical Characteristics

Conductive Plastic Element

Cermet Element

Standard Resistance Range

Linear Tapers (A, B, E, & H) ..................................................................(B & E) 1 K ohms to 1 megohm ............. (A & H) 100 ohms to 1 megohm

Audio Tapers (C, D, F, G, S, & T) .........................................................(D, G, S, & T) 1 K ohms to 1 megohm ... (C & F) 1 K ohms to 1 megohm

Total Resistance Tolerance .........................................................................±20 % or 10 % ...................................... ±10 % or 5 %

Independent Linearity .................................................................................±5 % ...................................................... ±5 %

Absolute Minimum Resistance ...................................................................2 ohms maximum .................................. 2 ohms maximum

Effective Electrical Angle ............................................................................(Linear tapers) 240 ° ± 5 °...................... (Linear tapers) 240 ° ± 6 °

(Audio tapers) 225 ° ± 5 ° ...................... (Audio tapers) 225 ° ± 6 °

Contact Resistance Variation .....................................................................±1 % ...................................................... ±1 % or 3 ohms (whichever is greater)

Dielectric Withstanding Voltage (MIL-STD-202, Method 301)

Sea Level ..............................................................................................1,500 VAC minimum .............................. 1,500 VAC minimum

70,000 Feet ..........................................................................................500 VAC minimum ................................. 500 VAC minimum

Insulation Resistance (500 VDC) ................................................................1,000 megohms minimum ..................... 1,000 megohms minimum

Power Rating At 70 °C (Voltage Limited By Power Dissipation or 350 VAC, Whichever Is Less)

+70 °C Single Section Assembly .........................................................(Linear tapers) 0.5 watt .......................... (Linear tapers) 2 watts

(Audio tapers) 0.25 watt ........................ (Audio tapers) 1 watt

+70 °C Multiple Section Assembly.......................................................(Linear tapers) 0.5 watt/section ............. (Linear tapers) 1 watt/section

(Audio tapers) 0.25 watt/section ........... (Audio tapers) 0.5 watt/section

+125 °C ................................................................................................0 watt..................................................... 0 watt

Theoretical Resolution ................................................................................Essentially inﬁnite .................................. Essentially inﬁnite

Environmental Characteristics

Operating Temperature Range ...................................................................-40 °C to +125 °C.................................. -40 °C to +125 °C

Storage Temperature Range ......................................................................-55 °C to +125 °C.................................. -55 °C to +125 °C

Temperature Coefﬁcient Over Storage Temperature Range ......................±1,000 ppm/°C ...................................... ±150 ppm/°C

Vibration (Single Section) ...........................................................................15 G ....................................................... 15 G

Total Resistance Shift ...........................................................................±2 % maximum ..................................... ±2 % maximum

Voltage Ratio Shift ................................................................................±5 % maximum ..................................... ±5 % maximum

Shock (Single Section) ...............................................................................30 G ....................................................... 30 G

Total Resistance Shift ...........................................................................±2 % maximum ..................................... ±2 % maximum

Voltage Ratio Shift ................................................................................±5 % maximum ..................................... ±5 % maximum

Load Life.....................................................................................................1,000 hours ........................................... 1,000 hours

Total Resistance Shift ...........................................................................±10 % maximum ................................... ±5 % maximum

Rotational Life (No Load) ............................................................................100,000 cycles ...................................... 100,000 cycles

Total Resistance Shift ...........................................................................(Linear taper) 10 ohms or ..................... (All tapers) ±5 % TRS maximum

±10 % TRS max. (whichever is greater)

(Audio taper) ±20 % maximum

Contact Resistance Variation @ 50,000 cycles

(Audio taper) ..................................................................................±3 % ...................................................... ±3 %

(Linear taper) .................................................................................±2 % ...................................................... ±2 %

Moisture Resistance (MIL-STD-202, Method 103, Condition B)

Total Resistance Shift ...........................................................................(B & E tapers) ±10 % maximum ........... ±5 % maximum (all tapers)

(D, G, S & T tapers) ±20 % maximum

Insulation Resistance (500 VDC) ..........................................................100 megohms minimum ........................ 100 megohms minimum

IP Rating .....................................................................................................IP 40 ...................................................... IP 40

Mechanical Characteristics

Stop Strength

1/4 ” and 1/8 ” diameter shafts ......................................................................................................................................................... 45.19 N-cm (4 lb.-in.)

7/8 ” length shaft ................................................................................................................................................................................. 22.6 N-cm (2 lb.-in.)

Mechanical Angle ...................................................................................................................................................................................................... 300 ° ±5 °

Torque

Starting and Running Torque (Non-Locking Bushings)

Single Section ................................................................................................................................................................. 0.14 to 1.06 N-cm (0.2 to 1.5 oz.-in.)

Dual Section .................................................................................................................................................................... 0.14 to 1.06 N-cm (0.2 to 1.5 oz.-in.)

Triple Section ................................................................................................................................................................... 0.35 to 1.41 N-cm (0.5 to 2.0 oz.-in.)

Quadruple Section .......................................................................................................................................................... 0.35 to 1.41 N-cm (0.5 to 2.0 oz.-in.)

Starting and Running Torque (Locking Bushings) ..................................................................................................... 0.14 to 2.82 N-cm (0.2 to 4.0 oz.-in.)

Shaft Locking Torque with Locknut @ 10 in-lb. (B & E Bushings) ........................................................................................................ 14 N-cm (20 oz-in.)

Mounting ...................................................................................................................................................................1.7-2.0 N-m (15-18 lb.-in.) maximum

Weight (Single Section).............................................................................................................................................................................. 21 grams maximum

(Each Additional Section) ...................................................................................................................................................................... 6 grams maximum

Terminals .......................................................................................................................................................................... Printed circuit terminals or J-Hooks

Soldering Condition .................................................................. Recommended hand soldering using Sn95/Ag5 no clean solder, 0.025 ” wire diameter.

Maximum temperature 399 °C (750 °F) for 3 seconds. No wash process to be used with no clean ﬂux.

Marking.......................................................................... Manufacturer’s trademark, wiring diagram, date code and resistance, manufacturer’s part number

Ganging (multiple section potentiometers) ..................................................................................................................................................... 4 cup maximum

Hardware ...........................................One lockwasher and one mounting nut is shipped with each potentiometer, except where noted in the part number.

For dimensional drawings see pages 3 & 4.

For ordering information see page 5.

NOTE: Model 81/82 performance speciﬁcations do not apply to units subjected to printed circuit board cleaning procedures.

1At room ambient: +25 °C nominal and 50 % relative humidity nominal, except as noted.

*RoHS Directive 2002/95/EC Jan 27, 2003 including Annex.

Speciﬁcations are subject to change without notice.

Customers should verify actual device performance in their speciﬁc applications

81/82 - 5/8 ” Square Single-Turn Panel Control

85/86 - 5/8 ” Square Single-Turn Panel Control with Rotary Switch

Rotary Switch Speciﬁcations

Initial Electrical Characteristics

Contacts:

DPST ...............................................................................................................................................................................N.O/N.O.,N.C./N.C. or N.O./N.C.

DPDT ................................................................................................................................................................................2 N.O./N.C. (break before make)

Power Rating (Resistive Load):

DPST ............................................................................................................ 2 A @ 125 volts RMS-60 Hz or 2 A @ 28 VDC, 1 A @ 250 volts RMS-60 Hz

Contact Resistance (0.1 VDC-10 mA) ..................................................................................................................................................... 10 milliohms nominal

Contact Bounce ................................................................................................................................................................................ 5 milliseconds maximum

Dielectric Withstanding Voltage (MIL-STD-202, Method 301)

Sea Level ............................................................................................................................................................................................. 1500 VAC minimum

Insulation Resistance ....................................................................................................................................................................... 1000 megohms minimum

Environmental Characteristics

Operating Temperature Range ...........................................................................................................................................................................0 °C to +70 °C

Storage Temperature Range ........................................................................................................................................................................ -65 °C to +125 °C

Vibration (Dual Section) ....................................................................................................................................................................................................... 8 G

(Triple Section) .................................................................................................................................................................................................... 5 G

(Quadruple Section) ........................................................................................................................................................................................... 3 G

Contact Resistance ........................................................................................................................................................................ 10 milliohms maximum

Shock (Dual Section) ......................................................................................................................................................................................................... 20 G

Rotational Life ..................................................................................................................................................................................................... 25,000 cycles

Switch Actuating Torque (50% Duty cycle @ Rated Power Load) .................................................................................. 1.41 to 4.94 N-cm (2 to 7 oz.-in.)

Moisture Resistance (MIL-STD-202, Method 106, Condition B)

Contact Resistance (0.1 VDC-10 mA) ............................................................................................................................................ 10 milliohms maximum

Insulation Resistance (After 24 Hours @ Room Temperature) (500 VDC) .................................................................................... 100 megohms minimum

Switch Housing Material ................................................................................................................. High temperature, ﬂame retardant, thermosetting plastic

Mechanical Characteristics

Actuating Torque (Each Section, Switch Module Only) ....................................................................................................... 3.53 to 10.6 N-cm (5 to 15 oz.-in.)

Running Torque (Out of Detent, 2-4 Module Assembly)..................................................................................................... 0.21 to 1.41 N-cm (0.3 to 2 oz.-in.)

Detent ..................................................................................................................................................................................................... CW or CCW standard

Actuation Angle ...................................................................................................................................................................................................................25 °

Contact Materials ..........................................................................................................................................................................Fine silver with gold overlay

Terminal Styles .................................................................................................................................................................................................. Solder lug only

Standard Orientation ..............................................................................................................................................................In-line with control terminals

Optional .......................................................................................................................................................................... Rotated 90 ° CCW from standard

Terminal Strength (Before and After Soldering Heat Exposure) .......................................................................................................... 0.9 Kg (2 lbs.) minimum

NOTE: Model 81/82 performance speciﬁcations do not apply to units subjected to printed circuit board cleaning procedures.

1At room ambient: +25 °C nominal and 50 % relative humidity nominal, except as noted.

Speciﬁcations are subject to change without notice.

Customers should verify actual device performance in their speciﬁc applications

推荐资源

在中国造好车的关键成功因素（KSF）: 每个成熟的全球化汽车企业(OEM)无时不在总结、更新和完善其经营的关键成功因素（KSF=KeySuccessFactors）。汽车行业的多次整合和全球化进程表明：缺乏主动精益运营管理的汽车企业无法在这个极具 ......; frozenviolet 汽车电子

Wince6.0下增加阿塞拜疆语言: 定制OS的时候把阿塞拜疆(拉丁)添加进去了, 然后在UI程序中有些特殊字符总是显示不出来. 开发工具为VS2005 代码如下. m_statictitle.SetWindowText(_T("Az?rbaycan")); ?这个字符显 ......; 666666 嵌入式系统

protel　仿真模型: 请教： protel 74系列芯片的仿真模型如何编写？有什么资料可以推荐的？谢谢...; jslytb 模拟电子

隔直电容在逆变电源中的作用: 隔直电容在逆变电源中的作用...; tonytong 电源技术

今日直播：Nexperia 针对车联网应用的高效ESD解决方案: 随着传统汽车往绿色环保，智能驾驶，互联互通的方向突飞猛进的发展，大量的各种功能的电子元件被普遍使用，传统汽车上的通讯接口CAN/LIN已经无法满足高频高速信号传输的要求；无论是汽车内部的 ......; EEWORLD社区综合技术交流

如何访问笔记本上摄像头的数据: 我想访问一自己笔记本上的摄像头的图像数据，如RGB值，用来做图像处理的的一些研究。但是不知道怎么样才能访问到这些数据，也不知道哪里有有相关的借口函数。请各位高手帮帮小弟。...; liyz2169 嵌入式系统

导轨回流焊与普通回流焊：为生产效率和质量选择最佳焊接方式

回流焊作为现代电子制造中常见的一种焊接方法，其主要目的是将焊盘、元件引脚和焊膏熔化，形成焊接点。随着技术的发展，焊接设备也在不断升级改良，其中就包括了导轨回流焊和普通回流焊。这两种方法各有优点，也存在各自的局限，所以说哪种更好并不是一个简单的问题，需要从多个角度进行评估。首先，我们来了解一下导轨回流焊。导轨回流焊机是在普通回流焊机的基础上，增加了导轨系统，使得焊接过程更为自动化，通常可以提...[详细]
电动汽车相比燃油车它的优势在哪

自从特斯拉起火这个事情过后，本来名声就不怎么好的电动汽车更是被喷的体无完肤，尽管如此，愿意买电动汽车的人还是有很多，而且有一些司机还表示开完电动汽车就不怎么想开燃油车了，会感觉不习惯，这到底是因为什么？这就是传说中的真香定律？真香？都说电动汽车不好，为啥开过电动车后，不想开燃油车？首先，电动车和燃油车的传动方式不同，一个需要缓和期，一个是只要踩下油门就能走，这动力输出表现很明显明显电动车的...[详细]
stm32相关笔记——ADC部分

我们在学习一门技术的时候，应该对它的理论部分有所了解，然后才能在实践中进一步加深理解，进而掌握。对于stm32来说，我认为学习的时候应该先仔细阅读相关的参考手册，然后再动手实践，这样才能理解得更加透彻，掌握得更加牢固！今天记录一下我学习stm32的ADC部分的了解。 1.介绍小结：stm32的ADC有18个通道（16个外部通道+2个内部通道），有单次、连续、扫描和间断四种模式，ADC...[详细]
利用麦克风数组抑制背景噪声

　　概述　　随着手持语音通信设备越来越流行，它们应用在嘈吵环境的机会也越来越高，例如机场、交通繁忙的路段、人多嘈杂的酒吧等。在这种嘈吵的环境下，通话的双方实在难以听清对方所说的话。　　此外，不少通信系统都是采用计算机运行的语音识别、指令及/或响应系统，这些系统均易受到背景噪声的影响，假如噪声过大，便会导致系统出现很大的偏差。因此，有必要改善语音信号对背景声音噪声的比率。　　本文将解释利用麦...[详细]
汽车电子的关键是什么

车辆采用的电子系统IC复杂性逐渐提高，希望借由执行人工智能（AI）算法控制自驾功能，同时也需满足《道路车辆功能安全ISO 26262》标准（以下简称《ISO 26262》）要求。因此，IC设计公司也正快速采用完整性的测试解决方案，以便达到相关标准要求。确保车辆电子能稳定的作法之一就是在功能运转期间执行定期测试，也就是在逻辑与存储器利用内建自我测试（Built-in Self Test;BI...[详细]
小型计算机——加固边缘部署的实时数据分析

与云数据库相比，小型计算机是专门为网络边缘的去中心化坚固计算而构建的。通过将应用程序、分析和处理服务移动到更靠近数据生成源的位置，业务运营可以获得改进的实时计算应用程序性能。 l 从奔腾到酷睿i5的可扩展CPU性能 l 智能电源点火管理和CAN总线网络支持 l 无线局域网和广域网LTE连接 l 丰富的I/O可扩展性，包括PoE、PCI、PCIe、COM l 适用于宽工作温度和宽电压输入的坚固...[详细]
英特尔携手亚马逊云科技，打造云服务新引擎

英特尔 ® 至强 ® 6性能核处理器现已支持亚马逊云科技（AWS）上全新推出的亚马逊EC2 R8i和R8i-flex实例。与基于英特尔处理器的其他云实例相比，这两款新实例能为用户提供更卓越的性能和更快的内存带宽。基于英特尔至强6处理器的亚马逊第八代EC2实例正式发布，在云端为客户提供卓越的性能与更高的内存带宽这两款新实例不仅是英特尔与AWS多年深度合作的丰硕成果，也充分展现了双方正...[详细]
微型热保护器在管状电机的应用

管状电机是一种电动机，通常用于控制机器和设备的运动。管状电机通常分为两类：直线管状电机和旋转管状电机。直线管状电机主要用于线性运动，如打印机的打印头、医疗设备的升降台、自动门和窗帘等。旋转管状电机主要用于旋转运动，如机器人的关节、汽车的电动车窗和天窗等。安的电子管状电机具有结构简单、可靠性高、功率密度大等优点，因此被广泛应用于各个领域。在工业自动化中，管状电机通常用于自动化生产线上的传送带...[详细]
以太网IO模块如何应用地磅数据采集

地磅，设置在地面上的大磅秤，通常用来称卡车的载货吨数。是厂矿、商家等用于大宗货物计量的主要称重设备。钡铼技术以太网IO模块MXXXT系列丰富的IO口可用于协助地磅做数据采集传输，快速实现综合管理数据以及控制。车辆驶入地磅前大概几百米会有红外传感器扫描，红外传感器会输出开关量信号给到以太网IO模块，表示有车辆需要进入。在车辆正式进入地磅称重前会有红外对射栅栏传感器扫描，同时栅栏也会输出一路开关...[详细]
固态电池能解决新能源汽车的续航问题吗

对于新能源汽车来说，电池的重要性是毋庸置疑的，不仅决定着汽车的性能，而且电池密度与汽车的续航也有着很大的关系。目前市面上大部分的新能源汽车采用的都是三元锂电池，其能量密度和安全性还是存在着一定的缺陷。也正是因为如此，更加完美的固态电池就出现了，那么固态电池是否能够真正的解决新能源汽车所面临的续航和安全焦虑呢？首先，三元锂电池属于一种液态电池，其内部的电解质呈液体状态，所以能量密度达不到最高...[详细]
基于SoC+FPGA平台快速动态加载驱动开发及实现

引言　　OMAP-L138双核处理器是TI公司推出的新一代低功耗单片系统(SoC)，广泛应用于通信、工业、医疗诊断和音视频嵌入式设备，其内部集成的ARM核与DSP核协同工作，既能满足基于嵌入式操作系统的通用应用程序开发，又能满足专属复杂算法的高效实时运行，再加上大容量FPGA芯片做数字信号的前端处理，可作为较高速率的综合通信数据业务处理通用数字平台。实现对FPGA芯片的固件动态加载，既可以去掉...[详细]
10BASE-T1S 以太网如何简化汽车应用中的分区架构

摘要现代汽车力求提供和家里一样的舒适性和娱乐功能，因此，行业对电子控制单元(ECU)的需求呈现爆发式增长。然而，传统的总线技术和电气/电子（E/E）架构已经难以满足这种需求。本文探讨以太网技术如何革新汽车空间，塑造完全互联的智能体验。简介自从1968年大众汽车率先将电子控制单元(ECU)应用于汽车以来，这种控制车辆各个部件运行的装置便得到了迅速普及。为了让驾乘者在车内也能享受到...[详细]
瑞萨电子推出创新三电平拓扑结构的全新USB-C电源解决方案

瑞萨电子推出创新三电平拓扑结构的全新USB-C电源解决方案，在提升性能的同时缩小系统尺寸全新解决方案兼顾卓越的热效率和优异的功率损耗，适用于多端口USB-PD充电器、便携式电源站等多种应用 2025 年 8 月 20 日，中国北京讯 - 全球半导体解决方案供应商瑞萨电子今日宣布推出RAA489300/RAA489301高性能降压控制器。该新款控制器采用三电平降压拓扑结构，专为U...[详细]
基于Icepak的放大器芯片热设计与优化

在微波放大电路中，功率芯片是整个电路最为核心的部分。芯片中大量的半导体器件在工作时会产生大量的热量。芯片如果在封装过程中散热效率达不到要求的话，积累的热量会影响器件特性，甚至是毁坏器件造成电路失去功能。为了提高芯片的可靠性，必须进行热分析与热控制。Icepak作为一款专业的热分析软件，提供了系统级、板级到器件级不同类型的热分析平台，其求解过程基于fluent求解器，可以计算稳态和瞬态不同的过程。...[详细]
动力电池技术革命：钾离子电池崛起，锂电霸主地位面临挑战？

2025年7月，在以旧换新政策刺激下，中国新能源汽车渗透率历史性突破50%大关。当崔东树等行业专家为市场表现欢呼时，一场关于动力电池技术路线的深层博弈正在展开。锂离子电池虽仍是市场主流，但其能量密度瓶颈（磷酸铁锂160-180Wh/kg，三元锂200-300Wh/kg）、极端环境性能衰减等问题，正推动行业加速寻找下一代解决方案。Group1公司全球首款18650规格钾离子电池（KIB）的横空...[详细]

器件捷径: L0 L1 L2 L3 L4 L5 L6 L7 L8 L9 LA LB LC LD LE LF LG LH LI LJ LK LL LM LN LO LP LQ LR LS LT LU LV LW LX LY LZ M0 M1 M2 M3 M4 M5 M6 M7 M8 M9 MA MB MC MD ME MF MG MH MI MJ MK ML MM MN MO MP MQ MR MS MT MU MV MW MX MY MZ N0 N1 N2 N3 N4 N5 N6 N7 N8 NA NB NC ND NE NF NG NH NI NJ NK NL NM NN NO NP NQ NR NS NT NU NV NX NZ O0 O1 O2 O3 OA OB OC OD OE OF OG OH OI OJ OK OL OM ON OP OQ OR OS OT OV OX OY OZ P0 P1 P2 P3 P4 P5 P6 P7 P8 P9 PA PB PC PD PE PF PG PH PI PJ PK PL PM PN PO PP PQ PR PS PT PU PV PW PX PY PZ Q1 Q2 Q3 Q4 Q5 Q6 Q8 Q9 QA QB QC QE QF QG QH QK QL QM QP QR QS QT QV QW QX QY R0 R1 R2 R3 R4 R5 R6 R7 R8 R9 RA RB RC RD RE RF RG RH RI RJ RK RL RM RN RO RP RQ RR RS RT RU RV RW RX RY RZ

热门器件

开源项目推荐更多

热门活动更多

热门文章更多

技术资料推荐更多