EVW-AE4001B14 Datasheet by Panasonic Electronic Components

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ELECTROMECHANICAL COMPONENTS BUSINESS UNIT AUTOMOTIVE DEVICE COMPANY Matsushita Electronic Components Co.,Ltd. OSAKAJAPAN SAMPLE SUBMISSION SHEET T0: DIGI‘KEY CORPORATION Ref. No. 3116951-4 ATT: Date Jun,3,'03 cc: CLISD: DEM‘ Ms.ITO TM‘ MLMATSUMOTO Part Name VARIABLE RESISTOR Ref“ no A) IFirst submission for Dapproval Iintroduction DResuhmission B) IThe samples are our standard product. DThe samples meet your specifications (Dwg No. Rev. ) Part No. Spec. No. Quantity Cost or Quotation No. EVW AE4 001 BM REFERENCE ONLY apes. ......_. Re arks o This product has not been manufactured with any ozone depleting chemical controlled under the Montreal Protocol. - All the materials used in this part contain no brominated materials or PPBOs or PBBS as the flame-retadant. ' All the materials used in this part are registered material under the ' Law Concerning the Examination and Regulation of Manufacture etc. or Chemical Substances. Name File:
DIGI-KEY CORPORATION THIRD ANGLE PROJECTION ALL DIMENSIONS ARE IN MILLIMETERS. DO NOT SCALE DRAWING Generui dimensiun tolerunuce : t 0.3 Mouni' 3 surface 0.8 2. —E>i—i<- 0.2="" #2'="" 775="" kt}="" m="" _="" o="" o="" m-="" m="" vii="" 77="" i="" o="" o="" i:="" t="" %="" n="" o="" o="" r“="" +="" *1="" '\="" cd="" ff’="" o="" 1="" w‘="" “="" 4="" q'="" a)="" '="" :i="" [ii="" et="" i="" ”3—1="" (’02="" mk'="" #1m2u3="" '="" or="" ins="" 2.5="" i="" 2.5="" 1.2="" 8.4="" 2.2="" 10.6="" m.="" h="" 2="" “7.="" b="" 0="" 5="" p.n.b="" piercing="" plan="" (view="" from="" parts="" side.)="" p.c.b="" ihickness="" 1="1.s" 2="" tolerance="" i="" 10.1="" 6’="" 9.4ms="" 9;,="" ehlder="" imd="" q/="" #2‘="" #3="" shufi="" hule's="" figure="" 0!="" ,\="" ln="" 7="" n="" v!="" y;="" tn="" 9'0="" m="" 3*1.4="" #2="" [11="" circuii="" diagram="" 05st="" ysalgmdzfimé.="" ’05="" name="" draw="" variable="" resistor="" issue="" revisions="" date="" check="" a="" —="" type="" nd.="" drawing="" nd.="" 1="" approval="" {719475="" mpg="" evh="" ae4="" 001="" 814="" i'n'v’hfieferi’znce="" only="" 8="" tsuyumu="" muisushiiu="" eleciric="" cu..lid.="" sen/senmeo-eo-ekueltool="" #00="">
DIGI-KEY CORPORATION Scope: 1) Control shown is designed in reference with our specificationst 2) Also see sample attached. neral s ' ti 1) Measurement condition Environment I Standard condition (Awarding to JlC C5020) Temperature I 15 “C to 35 °C Humidity 1 25 %RH to 85 %RH 2) Operating temperature range 1 ~40 “C to 90 °C 3) Storage temperature range 2 '44) °C to 105 °C 4) Usage Voltage divided method (Potentiometer Connection) % Input impedance "' 1 M9 mint N gehagigal' gygclficationsi 1) Mechanical Operating angle 3 360 ° (Endless) 2) Rotational torque 3 3 mN-m or less (at 5 °C to 35 °C) (expect No‘output range) 8) Shaft pull'push strength _ : 10 N min. 4) Side thrust strength 3 10 mN- m min, Force Shafi: Pull'pusli 3 E . f . g = ' =- L =- =- L; E1 ' s ' cations2 1) Nominal total resistance I 10 kg :30 % 2) Taper 1 Our code “B" 3) Power rating 1 0-05 W Power Deming Curve 100 A 80 § 1; so 5 4o 3 33 g 20 0 0 20 40 80 90 Ambient Temperature (“0) 4) Maximum voltage 2 D- C 5 V 5) Insulation resistance : 50 M0 mint At D- c 100 V (Between all V'R terminals and a mounting bracket.) 6) Withstand voltage :A' C 100 V for 1 min, (Between all V'R terminals and a mounting bracket) 7) Noise level : Less than 100 mV (at D' C 5 V) (Micro linearity) NAME VARIABLE RESISTOR ISSUE REVISIONS DATE TYPE No. DRAWING No. EVW AE4 001 B14 RV—H“ REFERENCE ONLY Q/b Tsuyama Matsushita Electric Co.,Ltd.
DIGI-KEY CORPORATION 8) Out put characteristic I fetence resistance tan-er (346.65“ ) 100 % e n; 59 5o % .. .7 , , :g CW 3 ‘5 0 0 % ‘ . 0" (180 ° ) eso Angle<° )="" (333.3="" °="" )="" 0”="" no="" cutout="" electrical="" rotation="" angle="" 0="" mm="" '="" w="" |="" :="" voltagg="" between="" terminal="" #1="" -="" #2="" x="" ,="" 0“?“="" voltage="" between="" terminal#1="" -#a="" 10w")="" 9)="" linearity="" :="" less="" than="" :2‘5="" %="" 100="" %="" _="" ,="" _="" ehaft="" shown="" in="" 180="" °="" positionj="" ~e="" theoretlml="" straight="" line="" 2="" #2‘="" cw="" x="" a="" 50%~n”m,.....=""> L3 cw g ; Deviatinn Vc 5‘ 5 o “A. 320 ” (Gunmwennge) (8333 a ) Operating angle #1 #2 #3 * Linearity :Vc / V X 100 % (Deviation for theoretical straight line.) * Theoretical straight line 1 The straight line pausing 50 % out put voltage. and having inclination 0f 100 % I 333.3 ° i * Measurement direction 1 CW NAME VARIABLE RESISTOR ISSUE REVISIONS DATE TYPE No. DRAWING Nu. EVW AE4 001 B14 RViHi REFERENCE ONLY 3/6 Tsuyama Matsusbita Electric Co.,Ltd.
DIGI~KEY CORPORATION Environmental specifications: ITEM TEST CONDITION SPECIFICATION , c cles CW,CC ; i $133303“; : 320 ‘YV lcyde) ma] ”515m“ Rotation life 0 . , _ Change ratio for initial 2 i 15 % peraticn speed - 600 cycles/1 h, non load L' _ ‘ W' 11' +3 0 At normal tempd 15 “C to 35 “C mearity ‘ n m " '5 ’6 85 ”(3:3 ”C, 240 h, non-load Total resistance High temperature (Measurement should be after Change ratio for initial 3 +10 % normalization in room temperature for 2 h) Linearity : Within 13.5 % ’2“ 40 °Ci3 °C,90%RHt095%RH T . otal resistance Humidity 240 11‘ non’load. Change ratio for initial 1 +20 % (Measurement should be after normalization in room temperature for 2 h) Linearity : Within :35 % "" Low temperature ‘40 °Ci3 ”C, 240 h, non-load. (Measurement should be after normalization in room temperature for 2 11) Total resistance Change ratio {or initial 1 :20 % Linearity 2 Within :35 % Temperature cycling 20c cles non ad 1'2 4'1 """ 1. '40 "Ci3 QC, 1}) 2. Deviations time 5 mini Total resistance Change ratio for initial 1 1’15 “/6 (Heat Shwk) 3. 85 °Ci3 ”C, 1 h Linearity : Within 23.5 % 4. Deviations time 5 min (Measurement should be after normalizationin room temperature for 2 h) Soldering heat 3 No intermittent and breakdown after the below soldering. In case of hand soldering 300 ”C max. 3 s max. In case of reflow soldering In the below temperature profile. (Only 1 time) ('11) s. = , a é“ 50~60 g a“ 100~120 90 max. 0 Time(s) Notes: 1) Marking 2 (1) Our identification mark (2) Nominal total resistance (3) Taper code (4) Date code 2) Others 3 Cor-respond to JIS-C-6443 requirements. NAME VARIABLE RESISTOR ISSUE REVISIONS DATE TYPE No. DRAWING No. EVW AE4 001 314 RViHi REFERENCE ONLY 4/5 Tsuyama Matsushita Electric Co.,Ltd.
DIGI'KEY CORPORATION Carrier tape F x E \$$éwé>$$$$$$,¢é$e 7 \ o _/u\_ my J.\_ A < %="" :="" take="" out="" direction="" x="" %="" a="" b="" c="" d="" e="" f="" g="" h="" j="" k="" l="" c="" 2410.31.7510211‘5toz="" 16:0.2="" 4:0,2="" 2:0.2="" 15:01="" (11.3)="" (16.4)="" (39)="" (9.2)="" 0410.1="" *="" top="" tape="" (shall="" tape)="" strip="" strength="" 2="" 0.2="" n="" to="" 1.2="" n="" riel="" (1500pcs./ree1)="" a="" m="" 7="" __="" s="" a="" w="" t="" a="" b="" c="" d="" e="" w="" t="" r="" $38012="" $50111“).="" d313i0.5="" $21i2="" 2:0.5="" 26:2="" 311="" 1:0.5="" name="" variable="" resistor="" issue="" revisions="" date="" type="" no.="" drawing="" na="" 5="" evw="" ae4="" 001="" b14="" rv—h—="" reference="" only="" tsuyama="" matsushita="" electric="" co.,ltd.="">
DIGI-KEY CORPORATION Prohibitions and precautions for handling. 1) Because of the construction of this product, an excessive stress, pressure to the body, or pressure or excessive force other than rotation to the hollow shafi portion may cause performance degradation in electrical, mechanical, life, or, feeling. To prevent this, please avoid any stress, pressure or force other than rotational one to the hollow shaft, and mounting the body should be by soldering pads only. 2) Avoid storing the products in a place at high temperature, high humidity and in corrosive gases. 3) Be careful to avoid excessive force when handling products, especially when inserting into RWB. so as to avoid deformation of terminals. 4) Prohibited items on fire and smoking Absolutely avoid. use of a potentiometer beyond its rated range because doing so may cause a fire. If misuse or abnormal use may result in conditions in which the potentiometer' is used out of its rated range, take proper measures such as current interruption using a protective circuit. > The grade of nonflammability for resin used in potenfiometers is “94HB”, which is based on UL94 Standards (flammability test for plastic materials). Prohibit use in a location where a spreading fire may be generated or prepare against a spreading fire. 5) For use in equipment for which safety requested ‘ Although care is taken to ensure potentiometer quality, inferior characten'stics, short circuits, open circuits are some problems that might be generated. To design a set which places maximum emphasis on safety , review the affect of any single fault of a potentiometer in advance and perform virtually fail-safe design to ensure maximum safety by: ~ Preparing a protective circuit or a protective device to improve system safety, and - Preparing a redundant circuit to improve system safety so that the single fault of a potentiometer does not cause a dangerous situation. 6) Reliability - The item designed mainly corresponds to JIS(Japan Industry Standard) on the reliability conditions. Hg ng ling of reference specification. - Since the contents of this reference specification are subjected to change Without prior notifications, please request us a formal specification again for your investigations before using. NAME VARIABLE RESISTOR ISSUE REVISIONS DATE TYPE N0. DRAWING No. b va AE4 001 1314 RV7H7 REFERENCE ONLY A Tsuyama Matsushita Electric C0,,Ltd.

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