1N2804 MOTOROLA

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MOTOROLA SC {DIODES/OPTOF 96 DEM &3b7255 0078007 ? if True 19 : 1N2804 thru 1N2846 Dn TECHNICAL DATA 1N3305 thru 1N3350 6.8V thru 200V (Case 58-01) ; | 1N4549 thru 1N4556 | . ~ 3.9V thru 7.5V (Case 58-01) Zanen 0088 1N4557 thru IN4564 Units are available with anode-to-case and cathode-to-case 38V thra 7.5V (Case 54-05) | connections (standard and reverse polarity). For reverse polarity, add suffix “R” to type number. - 50 WATTS ZENER DIODES MAXIMUM RATINGS Junction and Storage Temperature: -65°C to + 175°C. DC Power Dissipation: 50 Watts. (Derate 0.5 W/"C above 75°C). TOLERANCE DESIGNATION: The type numbers shown have a standard - tolerance of +20% on the nominal zenor voltage. Add suffix “A” for : #10% units or “B" for +5% units. (2% and 1% tolerance also avaliable. CASE 54 APPLICATIONS INFORMATION: If these units are used with a socket, the unregulated line should be connected to one pin through a sulteblo current timing resistor and the load should be connected to the other pin. The load will now be disconnected from the line if the unit CASE 54-05 is removed from the socket, (10-3 Medited) Typleal clrcult connections for anodeto-case and cathodeto-case CASE 58.01 A polarities (standard and reverse polarities, respectively) are shown (stud package k. r below t .. j t t : | 4-23

: j MOTOROLA SC {DIODES/OPTOF 9b DE ffesze7es5 covscoa a 1N2804 thru 1N2846, 1N3305 thru 1N3350, 1N4549 thru 1N4564. 7-//-/7 ELECTRICAL CHARACTERISTICS (Tc = 30°C unless otherwise specified, Ve = 1.6 V max @ 10 Aon all types.) ir Ear re Tat Bake ee cone worme ton Yonge — ech ron, 1 mA | 227 eter we ; { . ‘ohms uA) { aaa as os os Ta as a ae ed pen wo] ate Ey woo | i | ce | os | noe was | aut Fool & mo =| two | se | Ss | cote tase | hese feo | as Fe we | ‘os | i] a3] oe inate | ans tao] as Fe ww | | wf |. oe thas | nese toe | ti i mo | % | | | thasoe [Wises] eater |B 3 eae — as} 47 88 iver | nesss| ce [ess |e me wo |» | so] se | se inaws | wes} $2 so} 8 | te m | ao] a | oe | twess | wees] 73 |p| eae " Fe w | ao] aa] os 1N2808 | 1N3307. 82 | 1500 04 70 6200 60 oa 82° 048, ‘Naas mises a % 3 a oo | awe | wae mel ae ® om ul ee | oe inasio | nasi two |. 2 ° Fond ot foee | oe IN2811 | 1N3312 80 [7 WW J 3300 98 o4 085, snow | weass bod an ° ed ae | or | ow inasts | wane so] it & eo ma | wa |e id Bs fp 48 + =o Sep irawts | wane ve] te A 4 s | aol us| oe wrong | nase | wr? ml] de ° Be t | ar] ao | oe - 1N2817 | 1N3318 680 22 80 2200 5 44 | 137 075 inaer | nase bed % Be s]s| ia] a ‘tees | sa} $ 9 oy = hawt | mae toa * tte fd a thaws | soa | 2 ® tne i oes trae | nine io] de ° eo By Fd thaws | wanes to] 33 * tee z os \\ inaers | wane so] 33 ® te PH ro tase wet] as} % = say et tae [won| a [ae] as * 7 ¢ | zr | ao | ow irae |wos| es | am] as Fe Se | sa] ae | tras |woss| 0 | mol ae ‘ fee s | io] se | oe \\ tase [nem | a fae] of ‘o tse 5 | so | sco | om | et |inswe| st_| ia | os in te s | se] x | oo | aoe % i 0 Sasa 1N2832 | 1N3334 220 110 740, 8 426 40.3 080 4 thaws | aoe Fa is Be t [a] ie] ina | nae ie io Fe ssc] ae | shape | st io Ba $ | so | so | oe 1N2636_| 1N3336 150 160 490 5 622 59.0 090. : tage Tse] ats = a Sie ass] inaws [insso| a | im] 2 2 3 | io | we | om inaws [woe ws [ie] ie Fa $ | te] me | oe ‘ thaw fmoee| ne | Me] Fe PA $ | oe} m2 | oe nat [nove] a | te |e FA Ss 5 | ne] ae | oe nase [anssee| to | ‘es | ie ae 3 [ee | ae |e =n 1 can Dd a 3 ‘ier | wots] aaa ine wo |e] ie EA mo fame | oe nasa [naar] so | |e re Fa we fee | m“) news| we | | oe Fe Ed toe |io | oe as |inee} we foe] Ee Fe ts fuse | inaee [nase | eo | |e on FA iso [tao | Soe ; ‘SPECIAL SELECTIONS AVAILABLE INCLUDE: (See Selector Guide for dotalls) | ‘ “Vai — Test Voltage for 5% Tolerance Device t Vina — Teal Voltage fr 10% Tolarance Devce No Leakage Specified as 20% Tolerance Device . | 4-24

i MOTOROLA SC {DIODES/OPTO}F qb DE Bjeae7e5s 0078009 0 r : | 1N2804 thru 1N2846, 1N3305 thru 1N3350, 1N4549 thru 1N4564. 7 -//-/7 | i FIGURE 1 — TEMPERATURE CHARACTERISTICS ' » A SS A fe ee | = SSS SSS SS ===... SS aes eee fe) a tl toe diaet want errs tt ee est ee eee FIGURE 2 — POWER-TEMPERATURE DERATING CURVE FIGURE 3 — LEAKAGE CURRENT ® 10° Erna tom OF WE DEVGES FAL TiO TE WDLATED NCE eH CES. | bag é 8 === Ett se cacti Saas? PEL] TTX 6b Boca & = rt | tt IN | =, (Cay) Oe See Sn oe ee ees eee. LEE TT TIN ESHER ' FIGURE 4 — ZENER IMPEDANCE versus ZENER CURRENT | SEU SSeS § FFA — on EINE TTT 0 aie aan SSE aor Pen TTT 4-25 j

MOTOROLA SC {DIODES/OPTO} 46 De ese7ess oozsoro 7 | 1N2804 thru 1N2846, 1N3305 thru 1N3350, 1N4549 thru 1N4564 7 ~//-/F i “ vt | 6 . ©} ok 5 : * SEATING PLANE -7% rn : aa P=iee oc } + (oS tin ‘ ee [PE a Seen Fore ti aoe aat] street Lets tisss Tze lors | - Pe Teer rie oaotaaay] CASE: ANODE. [-o_| 316 Nom [6.125 Now| ‘ [HY Sas] 653 t02101 0220) styies: [ET 2827 608 10.115 To.200_| CASE 54-05 ‘CASE 58-01 | 4-26 J