SS495A1-S

SS495A1-S HONEYWELL | Alldatasheet

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| Miss4s5 SERIES CHART 1 TAPE PACKING OPTIONS : NOTES ADHESIVE TAPE ZI\\ CENTERLINE OF HALL CELL Ul [ | ZA THE + MAGNETIC FLUX IS IN THE DIRECTION SHOWN (THIS ASSUMES THE CONVENTION AAS 020 MAX 354° 3 THAT THE DIRECTION OF THE EXTERNAL FLUX OF A MAGNET 1S FROM THE NORTH TO . THE SOUTH POLE OF THE MAGNET) (880) a | 3.- THE DEVICE CANNOT BE DAMAGED BY MAGNETIC OVERDRIVE - 630+ .020 (235) 4 - OUTPUT TYPE - RATIOMETRIC 799¢- 039 : 5 - LEADS MUST BE ADEQUATELY SUPPORTED DURING ANY FORMING/SHEERING OPERATION TO is a a a a © 19. 920 ASSURE THAT THE LEADS ARE NOT STRESSED WITHIN THE PLASTIC ©) C) © AMMOPACK STYLE "T2" | 6 - PCB WAVE SOLDERING GUIDELINES ARE AS FOLLOWS: ; 250°C PEAK FOR 10 S MAX OR 260° C PEAK FOR 5 S MAX, ZX BURRS ARE ALLOWED ONLY IF FULL LENGTH OF LEADS WILL PASS THROUGH @.023 HOLE | LEAD REFERENCE DIMENSIONS DO NOT INCLUDE SOLDER THICKNESS

2504051 Ll sya +015 DIMENSION REFERS TO THE LOCATION OF LEAD CENTERLINES AS THE EXIT THE PLASTIC PACKAGE

We ood TAPE STYLE ; 9 - SOME COMBINATIONS OF BASIC LISTING AND PACKAGE OPTIONS MAY NOT BE AVAILABLE Q .18t#.012 Zid. ABSOLUTE MAX|MUM RATINGS ARE THE EXTREME LIMITS THE DEVICE WILL MOMENTARILY 9004. 012 ete SWITCH | L | WITHSTAND WITHOUT DAMAGE TO THE DEVICE. ELECTRICAL AND MAGNETIC CHARACTERISTICS TAPE DIMENSIONS | FOLD , ARE NOT GUARANTEED |F THE RATED VOLTAGE AND/OR CURRENTS ARE EXCEEDED NOR WILL - oe ee ee ee SWITCH 24—~ THE DEVICE NECESSARILY OPERATE AT ABSOLUTE MAXIMUM RATINGS ADHESIVE TAPE | AN LEAD STRAIGHTNESS MAY BE DETERIORATED ON SOME UNITS BY BULK PACKAGING APPLICATIONS HAVING A CRITICAL LEAD STRAIGHTNESS REQUIREMENT SHOULD 020 MAX 3. 44.030 ; USE A TAPE PACKAGING OPTION (80) °°" - 020 AMMOPACK STYLE "T3" A aNMopack STYLE "T2" 8 "T3", 24 SWITCHES BETWEEN FOLDS, SKIP | SPACE AT FOLD, MAY Ss ss a BE REFERRED TO AS "FAN FOLD" [U (235) /\\3\\ MOLDED PART DIMENSIONS DO NOT INCLUDE FLASH. FLASH IS LIMITED TO .005 MAX +039 Zi4\\ TAPE AND AMMOPACK PER ELA-468 a er eee ae 1092 939 | Zi5\\, POCKET TAPE PER EIA-481 SWITCH 24 250+. 051 We og : \\ | CATALOG TAPE Dim | DIM COMMENTS 500+.012 J .|57+.012 LISTING sTyLe | L" ye A\\ : [ss4954_ | NONE [590 | 050 [BULK - 1000/BAG TAPE DIMENSIONS $54954-13 [| 13 | .590 | 050 [5000/80x i574. 004 : SS495A-S [| NONE | .125 [| .050 [BULK - 1000/BAG “085 MAK 3X 059 MIN SS495A-SP [P| 125 | .050 [1000/PACKET TAPE AND REEL 016 MAX EMBOSSMENT ral O19. 002 SS495A | wone | .590 | 050 [BULK - 1000/BAG : soo 00. | ssagsal-t2 [12 [890 [100 [8000780% l | | ss495al-T3 | T3 | 590 | 050 [5000/80x TOR COVER TAPE 004 MAY }A—0-Q-0-0-0); D1 .300+.031 sash 5 NONE 125 | .050 [BULK - 1000/BAG 1 - ops ral oT 002 : SS495A1-SP [| P| _.125 | .050 [1000/PACKET TAPE AND REEL 280 MAX B .059'- 004 Lid t7oe.002 @ 1.01.08 = | 3549542 [NONE [590 [050 [BULK - 1000/8A6 | | 5S495A2-5 [NONE | .125 | .050 (BULK - 1000/BAG | — SS495A2-SP [P| 125 | .050 [1000/PACKET TAPE AND REEL we £160) | ssagsaz-t2 | 12 | 590 | 100 |5000/80x TAPE DIMENSIONS (.174) $$495A2-T3 | 13 | .590 | .050 [5000/B0x 315.004 SS495A-L [ NONE | .735 | .050 [BULK - 1000/BAG ; | SS495A1-L | NONE | .735 | .050 [BULK - 1000/BAG =; DIRECTION OF FEED FROM REEL $9495A2-L [none | .735 | 050 [BULK - 1000/BAG fe Je. ot 554958 [_wone | .590 | .050 [BULK - 1000/BAG aE $S495B-T2 [| 12 | 590 | .100 |5000/80x wn | GATE $9495B-13 | 13 | .590 | .050 |5000/80x iB hoc 5549585 [| Won |_.125 | 050 [BULK - 100078K6 ea al (oy 3) 160.002 55495B-SP [| P| .125 | .050 [1000/PACKET TAPE AND REEL 19 | |e , oy 5° — be “| 2x R.010 st i. c wD | 21s < / w|i]: 2X 48 a~ i =| j Lot LINE INDICATES 2x (45°) Soe oor [oar] 282: 002 : (.100) "MADE IN MEXICO" 1 pt se the ois A\\ MATTE FINISH \\ i6ot.002 AY LASER MARK OR INK STAMP DATE CODE a | | | | Laser mark OR INK STAMP PART NUMBER ieacTeas U3 dcl ni aw EJECTOR PIN LOCATION aeTeR Satie tie 74K SHARP. CORNER ST MARK OR IN SvanreR Too CHARACTERS (3 DIGITS) 062.002 Ad EJECTOR PIN FLUSH TO RADIUS 100 2x R .005 | = j — 003 UNDERFLUSH | i 039 HIGH LOW] OT _ 3 d LASER MARK OR [NK STAMP pet 2 soos n/t AH (184.002 A ye t PART NUMBER | eet | 1 oF [184.002 nevis ions tT uO (exe) L 005 MAX FLASH Ay x iby 072.006 Z\\ 3X 030 MAX hg | (109) i an f on yo — 5 (3k 015) i — 3x 025 wax /\\ - LASER MARK OR INK STAMP DATE CODE 2x 5° TT | . 030+. 003 CYEAR/WEEK) — (3X .015) DIM “AY — (ax .050) AX Le (735) T° | 3k 015 he We) Le 3x 015 a OPTIONAL SURFACE MOUNT LEAD STYLE : = ; ee — | »° O00 / THIRD ANGLE PROJECTION P= LTT | : LEAD STYLES L ONLY @ -- TT st soos 2 SCALE. 10-1 : 1254 .015 3X 015." 992 0604 010 | [vo nor scare pant Ti: . ° - i UNLESS OTHERWISE SPECIFIED CS t : — TOLERANCES ARE E os 24 015k. 002 ef fe | Oo & ees a aceeT aT A TWO PLACE (.00) +.015 2|.\\- ; = FDS OE SS CATALOG LISTING ofz : E : THREE PLACE (.000) +.005 SEP VASES DCROSWITCH| | MINIATURE RATIOMETRIC |ss495 SERIES CHART 1] |... vp ae | a Honeywell Division} LINEAR HALL EFFECT SENSOR KS ANSI Y14.5M-1982 APPLIES nS ars

CHARACTERISTICS ARE AT Vs‘5.00 WITH 4.7K OUTPUT TO MINUS WITH TA: -40°C TO ‘125°C UNLESS OTHERWISE SPECIFIED SS495A Miss4s5 SERIES CHART 1 [supPLy CuRRENT | TA = 25°C Ta BLOCK DIAGRAM CURRENT SINKING OR SOURCING OUTPUT ABSOLUTE MAXIMUM CHARACTERISTICS — Ai\\ V a. oma _SmA - [supply voLTace [vee [sf [|v espe sf fourPur_vottact [veut P| fra. fir ETE aa Su [OUTPUT CURRENT [lout [Source oR SINK | [i0__[ ma | OUTPUT VOLTAGE SWING [_———CCCOF § HALL OUTPUT (0) TEMPERATURE vom - [=e apecieo Sd | oe vos SENSOR u VOM + [| +B APPLIED ss vs -.4/vs -.2] ~~ [| voits - << = B LIMITS FOR LINEAR [_-B MAX [| -600 [| -670 | [| Gauss OPERATION [+8 Max] +600] +e7o |] Gauss WG) [Vnul| DRIFT B= 0, TA= 25°C TO L25°C CT = 06 Tt 6 Pe ec [vnuli DRIFT [B= 0, TA= -i25°C TO+IS50°C]| -.08 [+ 08 Px ec | [SENSITIVITY DRIFT [TA=+¥25°C TO +150°C]> -.o1 [f+ 05 Pe pec [SENSITIVITY DRIFT _[TA=-40°C TO +25°c | oF [+06 [x vec | SE a SENSITIVITY SHIFT VERSUS TEMPERATURE NULL SHIFT VERSUS TEMPERATURE RATIO OF Vnull TO Vs SENSITIVITY/V VERSUS Vs (mV/GAUSS/VOLT) — | EN 9 — ae 41 = L L = _ 4 — = 43 ce re ee - 4 wo 0.6 rc ue a L -50° 0° 50 00 150 50°! 2 7 50° _ 100° | ; 150° 4 |. 5 6 1 8 9 10 . 4 i. 5 6 1 8 9 10 40° -10 25 85 125 TEMPERATURE - C TEMPERATURE - °C SUPPLY VOLTAGE SUPPLY VOLTAGE | |: LINEARITY VERSUS Vs TRANSFER CHARACTERISTICS AT Vs-5.0 VDC SUPPLY CURRENT VERSUS TEMPERATURE TYPICAL FREQUENCY RESPONSE = |: END POINT OF SPAN METHOD Vout 0 . RL:33k PARALLEL WITH 100pF 7 | ourer fF: TTT yy yyy = Seo 0.5 — 4.5 VOLTS VOLTAGE _ | ee ae ———— ee reve ee =o 0 ~ — pe ti TT TIN WN I fot i “eC REVISIONS. -40° 25 gl SUPPLY VOLTAGE “24 ; 0.650 - - a TEMPERATURE - °C nr CJ — MAXIMUM ALLOWABLE AMBIENT TEMPERATURE =v ocg FREQUENCY (kHz) i. WY; Z > REGION TPA # ee he fo) THIRD ANGLE PROJECTION =H 2 | “es | Tt] 3 Uy YY; 5.5, 150°C +) 5 4.5 ZL, Li) UNLESS OTHERWISE SPECIFIED al. ee 135° 150° Pee wowest Tels ovine 18 nor 10 88 Sorite On sete Tnou Tat atrnovas oF iene sities tno piece by uae SEE °° . ESD SENSITIVITY a EATAEOG LISTING THREE PLACE (.000) +.005 SEP ° DDCROSWITCH| | MINIATURE RATIOMETRIC — |ss495 SERIES CHART 1] |... -

2 AMBIENT TEMPERATURE C oe a ieg| Honeywell Division |LINEAR HALL EFFECT SENSOR Sao 2

CHARACTERISTICS ARE AT Vs-5.00 WITH 4.7K OUTPUT TO MINUS WITH TA: -40°C TO ‘125°C UNLESS OTHERWISE SPECIFIED SS495Al Miss4s5 SERIES CHART 1 BLOCK DIAGRAM CURRENT SINKING OR SOURCING OUTPUT ABSOLUTE MAXIMUM CHARACTERISTICS — /\\\\ [supply CURRENT OT TA = 25°C TT ma ys Q) OUTPUT CURRENT SOURCE[ Vs > 4.5 000 mA mA [suPPLY voLTAce [vee [| ——~*<d-o.5 tn | vd SINK [Vs > 4.5 0 ema ft Smap [ouTPUT VOLTAGE |voul | SINK [Vs > 5.0 0 ima Smap TALL [OUTPUT CURRENT [lout [SOURCE OR Sink | [10 } ma | [RESPONSE TIME Ps sesoR AMPLIFIER OUTPUT (0) TEMPERATURE OUTPUT VOLTAGE SWING FO oes VOM - [| -B apPLieD [| 4 Te vs VOM _+ [J +B APPLIED [Vs -.4[vs - 2{ [| VOLTS ye (2) B LIMITS FOR LINEAR | -B MAX [| -600 ~[ -670 [| | GAUSS a OPERATION [se wax +600 ero | | caus [Vnull DRIFT TB EO, TA = 25°C TOTS" C OT = 04 TO Pe PC [Vnul| DRIFT B=, TAZ +i25*C TOHISO°C| -.08 Tt os Px FC [SENSITIVITY DRIFT [TA=#25°C TO +#150°c{ -.o1 [of +.05 | * Co [SENSITIVITY DRIFT [TA=-40°C TO +25°C [ Oo [+06 Te rc | [OPERATING TEMP [SEE WAX TENPERRTUNE CHART] =O] »150-[ =e | _ NULL SHIFT VERSUS TEMPERATURE f MAX

6 SENSITIVITY/V VERSUS Vs

RATIO OF Vnull TO Vs SENSITIVITY SHIFT VERSUS TEMPERATURE: a : MAX Ww c EE 0.65 ei SS See fg Eee ee ee ee ee pea ii] | ff fe ts rf iri oO ia 1%) | 5 9 f f ft 7 Q fy “6 ! ! ! ! ! Min 4 15 5 6 7 8 s] 0 4 | ; 5 6 ] 8 9 10 _|- -4g? 710° 25° 35° 125° SUPPLY VOLTAGE SUPPLY VOLTAGE — TEMPERATURE - °C wo Loo | OS LINEARITY VERSUS Vs TRANSFER CHARACTERISTICS AT Vs - 50 VDC SUPPLY CURRENT VERSUS TEMPERATURE TYPICAL FREQUENCY RESPONSE B | ; END POINT OF SPAN METHOD Vout 7 os RL-33k PARALLEL WITH 100pF wo loc VQ Hee prt | | TT Sou Li Tet TT yyy we ° “0.5 — 4.5 VOLTS VOLTAGE _— | SJ =) SS rnin pe 3 = ee P Zz ee TYP -40° Bi = —— = 0.95 N PS “49% <p SS SET 2 ft: || iN NI] TT |) 2) Ce SSS cow LE won | EL aN TT we 15 — p= Typ 125°C 5 5 \\ I~ eL * -2 — 7 10 — ee ee _| TYP Vsz7=8 2 0.85 N NI - > AY Vises = 08 “2.5 _ rr) | MAX V5=5 oO N NX — ws SUPPLY VOLTAGE 40 “ ° 0.65 5 , 15 25 sn 35 45 - — MAXIMUM ALLOWABLE AMBIENT TEMPERATUR= TEMPERATURE «°c ; 7 . 7 es 8 7 . CROSS HATCHED AREA 1S We vgs g FREQUENCY (kHz) T_I° ACCEPTABLE OPERATING eat ae = GY Z REGION ——_ Vs=10.0 oe w ——- is} THIRD ANGLE PROJECTION Cr a! Yy ae a 45 Vt Lid) UNLESS OTHERWISE SPECIFIED oI I= ; i pee HONEYWELL. THIS ORAWING.IS_NOT TO BE COPIED OR USED MITHOUT|THE APPROVAL OF MICRO. SWITCH ae vey nae Site 125 5 ESD SENSITIVITY: eas EATAEOG LISTING THREE PLACE (.000) +.005 ae , RJICROSWATCH]| MINIATURE RATIOMETRIC |gsqo5 SERIES CHART |. " AMBIENT TEMPERATURE C sory vasy appr jes] Honeywell Division] LINEAR HALL EFFECT SENSOR Pp :

CHARACTERISTICS ARE AT Vs‘500 WITH 4.7K OUTPUT TO MINUS WITH TA’ -40°C TO \\125°C UNLESS OTHERWISE SPECIFIED SS495A2 Miss4s5 SERIES CHART | BLOCK DIAGRAM CURRENT SINKING OR SOURCING OUTPUT ABSOLUTE MAXIMUM CHARACTERISTICS /0\\ S pve > 4.5 0 6mA Tt Smap fouTPUT VOLTAGE |vour |. —~«WY 0 fd sink [ys sso ma maf a cf fourPUT CURRENT [lu [SOURCE OR SMR] [10 | mA] [RESPONSE TIME Ps S NSOR OUTPUT (0) Piro TNS ONS Tg pers ee a VOM 4 [+B APPLIED | Vs -.4|vs -.2| | vo_ts _| Vet) B LIMITS FOR LINEAR [_-B Max —C‘dT 600 | -670 [| dT Gauss no OPERATION | +B MAx ——Ssd| #600) =F +670 | CT GAUSS [Vnull DRIFT [B= 0, TA= 25°C TOL C OT 7 TO eC [Vnull DRIFT sd B= 0, TA= Hi25°C TOHIS0°C| -.08 [ sf +.08 [x vc | [SENSITIVITY DRIFT [TA=+25°C TO +150°c] -.02 [ + .o6 [x vc | [SENSITIVITY DRIFT |[TA=-40°C TO +25°c |-.01 | [+.07 [zc | [OPERATING TEMP [SEE MAX TEMPERATURE CHART] -40 0 [OT #150 | "Cc NULL SHIFT VERSUS TEMPERATURE Proof oi fa Tt RATIO OF Vnull TO Vs SENSITIVITY SHIFT VERSUS TEMPERATURE SENSITIVITY/V VERSUS Vs 4) (mV/GAUSS/VOLT) MAX 8 54 8 0.67 52 | 0.65 eS e E e g e ps | | > - oO [o) o LL L = ed . * 08 ce es —__| ne Mo ),, MIN 5 -6 Nw MIN = 4] | MIN G -6 0.60 |p -50° 0° 50° 100° 150° 4 5 6 1 8 9 0 4 I 5 6 1 8 ) 10 TEMPERATURE - °C SUPPLY VOLTAGE TEMPERATURE - C SUPPLY VOLTAGE LINEARITY VERSUS Vs : =]: END POINT OF SPAN METHOD TRANSFER CHARACTERISTICS AT Vs - 5.0 VDC SUPPLY CURRENT VERSUS TEMPERATURE TYPICAL FREQUENCY RESPONSE eh 43 a ee fee EET] Ey ty B |i}: wis | J typ | 25°¢ 2.9 VOLTS fg = MAX Vs=8 <x aN é > + 09 2 : eee pT N 38 . 71) [typ vs=8 DS 0.85 T r aa S ay jon’ GAUSS TYP Vs=5 E 0.75 ‘ uf (SUPPLY VOLTAGE ' ne 25 fi tet Ey te ae 25 5 4 ° 5 5 3 5 _ MAXIMUM ALLOWABLE AMBIENT TEMPERATURE TEMPERATURE - C ; ° “ ° “° “ =i _ FREQUENCY kHz] rd -—-—7——7 Vs=5.0 [| —— _ Vs=10.0 +) 0.5 > CROSS HATCHED AREA 1S —} Yy, Y ACCEPTABLE OPERATING

7 Y REGION

ee = (T= na Uy 5.5V, 150°C ee ee a THIRD ANGLE PROJECTION | § | a 4 i LA Va UNLESS OTHERWISE SPECIFIED < ho 125° 150° FED. MFG. CODE o1928 CATALOG LISTING eee ace 2 . a. ane ; CLASS 3 MICROSWITCH MINIATURE RATIOMETRIC 58495 SERIES CHART 1] .vc.cs Le ane AMBIENT TEMPERATURE C Msi ia. 5M-}9e2 appr pes | & Honeywell Division LINEAR HALL EFFECT SENSOR ar

CHARACTERISTICS ARE AT Vs-5.00 WITH 4.7K OUTPUT TO MINUS WITH TA: -40°C TO 125°C UNLESS OTHERWISE SPECIFIED 5S495B Miss4s5 SERIES CHART 1 BLOCK DIAGRAM CURRENT SINKING OR SOURCING OUTPUT ABSOLUTE MAXIMUM CHARACTERISTICS = /\\ OUTPUT CURRENT SOURCE| Vs > 4.5000 TmA Sm AP , [suPPLY voLTace [vee [| —~—*d-o.5 tn |v SINK [vs > 4.5 | 6mA Saft [OUTPUT VOLTAGE [Your | J SINK [vs > 5.0 0 ima Smap SAUL a [OUTPUT CURRENT |lovl [SOURCE OR SINK| [10 | ma | [RESPONSE TIME Pes sevsoR AMPLIFIER OUTPUT (0) TEMPERATURE OUTPUT VOLTAGE SWING [oT ~ VOM - | -p apPpLigeo [| 4 fe fT vots B LIMITS FOR LINEAR [_-B max [| -6007 [670 [Gauss oe OPERATION | +8 Max oT #600) | +670 [Gauss [Vauli DRIFT PB EO, TAS 25°C TO Vasc OP 08 8 Pec [vnuli DRIFT [B= 0, TAS HeSCTOHSOC[ ~.08 [+08 Px ec | [SENSITIVITY DRIFT [TA=+25°C TO +150°c{ -.02 [f+ .08 [x vc | [SENSITIVITY DRIFT [Ta=-40°c To +25°c [-.02 [Tf +.o8 Tx fc | [OPERATING TEMP [SER WAX TEMPERATURE CHART | "400 [TP eso Pc SENSITIVITY SHIFT VERSUS TEMPERATURE ; NULL SHIFT VERSUS TEMPERATURE , ee RATIO OF Vnull TO Vs Ph orf ot ft SENSITIVITY/V VERSUS Vs 3 wa ; (mV/GAUSS/VOLT) MAX - _ a an S ite . oO =] -? 4 uu -50° | 1 9° | 50 | 100 | 150 50° of oe 50° a 100° os 150° 4 ds 5 6 1 8 9 10 4 bs 5 6 1 8 9 10 -40° -10 5 5 2 _° TEMPERATURE - °C SUPPLY VOLTAGE TEMPERATURE - ¢ SUPPLY VOLTAGE LINEARITY VERSUS Vs SUPPLY CURRENT VERSUS TEMPERATURE = , END POINT OF SPAN METHOD TRANSFER CHARACTERISTICS AT Vs = 5.0 VDC mn TYPICAL FREQUENCY RESPONSE an eee eure ‘tet EEE TTT yy a le 2 7 a ee ee Typ 40°C TYPICAL 5 15 Px z ] = _ =P 1 ia FN lel. wo TYP 25°C i MAX Vs=8 = 0.95 x ee af ee Pe Nee 2) 2 oD Pee = _ Poti | PSE ND 25 | | > = | \\ a MAX 125°C | i Jo . = 08 r “Hy 3 ! | \\ MAX 150°C -640 - 320 0 320 640 5 a eee TYP Vs=s 2 feof ff J pM IN } GCA | | | 1 76 aa LL. 40° 25° 25° 07 \\ TEMPERATURE - °C 0.65 N) 25 35 5 —_ MAXIMUM ALLOWABLE AMBIENT TEMPERATURE a | 1 a rare +) 15 4 > CROSS HATCHED AREA 1S - — = Yj Y ACCEPTABLE OPERATING es REGION TI Y ee = (Ty 2 J 5.5V, 150°C 7 > yy YH [scate ss SONONE FF —C—CSdY -— : 4) a Vt i} TNLESS OTHERWISE SPECIFIED eS B 45 aaTia TOLERANCES ARE a| |= = aati rons nee THis orang 1S NOT TO BE COPIED OR USED WITHOUT THE APPROVAL once ae wWo PLACE C00) tos “ES 125° 50 MICROSWITCH | MINIATURE RATIOMETRIC — Isgqos series CHART 1] “USS (0 8 a AMBIENT TEMPERATURE ~C aust yia.s-i9a2_appLpes| 2 Honeywell Division | LINEAR HALL EFFECT SENSOR fF