SS466A ETC
Document overview
- Manufacturer or author: Provided By www.digicamel.com(FREE DATASHEET DOWNLOAD SITE)
- PDF pages: 1
Technical content
.O10 MAX R (2) GATE FLUSH TO .004 OVERFLUSH 5° MAX (2) .0622.002 250 45°(2) PARTING a it m 200 a MAX OPERATE 100#.002 PARTING LINE ) 100 ————— 160.002 oO {| MICRO SWITCH 5 MIN OPERATE era Se DATE, cope, A = 6 LISTING , 018 MAX /S\\— Ss rs L SGA) 118 #,002 tte A\\ 005 max a i)
069.010 AX} [ATH { il PLASH io ee ee ee ee
} W _ 80M, — ors + 005 e/Nl fF — | Tt ~=.002 l Le MAX RELEASE ht .5902.020 _ __ Cs ood ° ee ee NOM RELEASE eee +4 o -150 0152.02 (3) 7| 15s, a eee eee eee Ps ioe 0154.02 (3) PoC MIN RELEASE f 025 MAX (3) A\\ 030 200 o S -250 ° ° ° ° ° ° 3 ["__WAGNETIC CHARACTERISTICS JQ OOSOSOOCCCCCY 40 0 25 85 vs 150 a |i TEMPERATURE RANGE Gi OPERATE GAUSS MAX 1MUM 200 185 180 180 180 185 o ° © Io OPERATING GAUSS MINIMUM [ 100 [| 100] 100 | 95{[ 80 [| 70 | TEMPERATURE — ~C =z |S [ RELEASE GAUSS MAXIMUM [=100 | -100[-100 | -95 | -80 | =70 | wn 2 RELEASE GAUSS MINIMUM [=200 | =185 | -i80 | ~180 [=180 [-185 | Y Ie ELECTRICAL CHARACTERISTICS AT -40°C TO 150°C VOC=35.8V TO 24 VOLTS (UNLESS OTHERWISE NOTED $ CHARACTERISTIC TEST CONDITIONS
3 SUPPLY VOLTAGE A OP - 2, Y
| >|: SUPPLY CURRENT Tec |B > 180 G, Vec=24, 1SINK=20 MA MA Fa -40 C < T « 150C Ef OUTPUT SATURATION VOLTAGE B > 180G, VCC=3.8V, ISINK=20 MA| —————C #SCOUrT OCU CY Fe OUTPUT LEAKAGE CURRENT Bo< = 180G, vouT=24v, vcc=24v [oto | A = RISE TIME VCC=12V, RL=1.6K, CL=20PF L | | [=] | LEH ABSOLUTE MAXIMUM RATINGS #8\\.—“—s™SCSCSCCCCCCidCdS [| CHARACTERISTIC
3 POWER SUPPLY [vec =1 25 | vouts|
: [output voltae (off) | vouT | _|-35 | -vorTs BLOCK DIAGRAM CURRENT SINKING OUTPUT nevisions lourputT ON curReNT | ISINK [50 | Ma Vs +) (]_ | OPERATING TEMPERATURE TRIGGER — HALL CIRCUIT OUTPUT J [MAGNETIC Flux | NO LIMIT? OT SENSOR AND < | (0) N.H. AMPLIFIER [TJ GROUND (-) a (T| NOTES [| s[s ZL THE MAGNETIC FLUX USED TO OPERATE THE SWITCH MUST BE IN THE DIRECTION To: AND LOCATION SHOWN (THIS ASSUMES THE CONVENTION THAT THE DIRECTION OF a, THE EXTERNAL FLUX OF A MAGNET IS FROM THE NORTH TO THE SOUTH POLE OF ‘Tl THE MAGNET) b— ZX THE MAGNETIC FIELD STRENGTH (GAUSS) REQUIRED TO CAUSE THE SWITCH TO oo CHANGE STATE (OPERATE AND RELEASE) WILL BE AS SPECIFIED IN THE MAGNETIC CHARACTERISTICS. TO TEST THE SWITCH AGAINST THE SPECIFIED MAGNETIC a CHARACTERISTICS, THE SWITCH MUST BE PLACED IN A UNIFORM MAGNETIC FIELD (T| AY ABSOLUTE MAXIMUM RATINGS ARE THE EXTREME LIMITS THAT THE DEVICE WILL THIRD ANGLE PROJECTION | WITHSTAND WITHOUT DAMAGE TO THE DEVICE. HOWEVER, THE ELECTRICAL AND fee | [T| MAGNETIC CHARACTERISTICS ARE NOT GUARANTEED AS THE MAXIMUM LIMITS (ABOVE @ eS [_|s RECOMMENDED OPERATING CONDITIONS) ARE APPROACHED, NOR WILL THE DEVICE [Tye NECESSARILY OPERATE AT ABSOLUTE MAXIMUM RATING ri ol A DIMENSIONS NOTED ARE DUE TO TIE BAR REMOVAL OPERATION AND ARE UNLESS OTHERWISE SPECIFIED oO VALID ONLY IN TIE BAR AREA LOCATED WITHIN .080 DIMENSION TOLERANCES ARE 2 HALL ELEMENT LOCATION WITH INTEGRATED CIRCUIT PLACEMENT TOLERANCE ONE PLACE = 40) #.030 3 Eee ea RCT Ge CEMENT TOLER ANC HONEYWELL. THIS DRAWING 18 NOT TO BE COPIED OR USED WITHOUT THE APPROVAL OF MICRO SWITCH. OME PLACE tO Ese bal OPERATION TO ENSURE THAT THE LEADS ARE NOT STRESSED INSIDE THE PLASTIC FED. MEG. CODE o1929 SS466A THREE PLACES (ooo +008
7 PCB WAVE SOLDERING GUIDELINES ARE AS FOLLOWS: MICROSWITCH ; :
<{ 250° TO 260° C SOLDERING TEMPERATURE a Honeywell Division SOLID STATE SWITCH ANGLES + s 3. SECONDS MAXIMUM SOLDERING TME DOMACAD a 2