ree ti @ Switching Diodes @ High-Speed Switching Diodes wr Under Development Absolute maximumratings (Ta= 25C) | _____ Electrical characteristics (Ta = 25C) _ Type * Vaane ! Va lem ln Isurge Jj Tstg Vr (Vv) Max. Ia(uA) Max. Cr(pF) Max. trr(ns)Max. _| Package FE eeog | (Vv) (V) | (mA): (MA) | 46 | CC) (C) Ir(mA) Va(V) Va(V) | (MHz) | VatV) le(mA) 182471! 90 | 80 | 400 130 | 600 | 175 |-65~175| 1.2 | 100/ 05 | 80 | 2 | o5 | 1 4 6 10 | Fig. 1 | 182472. | 55 | 50 | 350 | 120 | 500 | 175 ;-65-175| 12 | too | o5 | 50 | 2 | os | 1 | 4 | 6 | 10 [Fig 1| | 182473 40 | 35 300 | 110 | 400 | 175 | 65-175] 12 | 100 | 05 | 35 | 3 | o5 | 1 4 6 10 | Fig. 1 182767, | 40 [ 35 | 70 | 50 | 200! 125 | 65-125; 09 | 5 | 10 | 35 | 3 1 1 3 6 5 | Fig. 1 1ss41 | 100 | 75 400 | 130 | 600 | 175 |-65~175; 10 | 10 | 05 | 20 | 4 0 1 4 | 6 | 10 {Fig 1| | 188130 | 100 | 75 | 400 | 130 | 600 | 175 | 65-175) 10 {10 | 08 | 20 [4 0 1 4 6 | 10 [Fig 2] a120a 1ssi31__| 90 | 80 | 400 | 130 600 | 175 | 65-175] 1.2 | 100] 05 | 80 | 2 | os | 1 4 6 | 10 {Fig 2 | 188132 J. 55 50 | 350 | 120 | 900 | 175 | 65-175; 12 | 00 | o5 | 50 | 2 | os] 1 4 | 6 | 10 |Fig.2 185133 40 | 35 | 300; 110 | 400 | 175 | 65-175, 12 | 1001 05; 35 | 3 | o5} 1 | 4 | 6 | 10 |Fig2 1ss134_ | 40 | 35 | 70 | 50 | 200 | 125 |-65~ 125) 09 | 3 | 3 [7/1 {4 {671 5 [Fig2 | 1ss252_ | 90 | 80 | 400 | 130 | 600 | 175 |-65-175[ 12 | 100 o5 | BO | 2 [os] 1 | 4 | 6 | 10 [Fig 3 1SS$253 56 | 50 | 350 | 120 | soo | 175 -65-175/ 12 | 100) 05 | 50 | 2 | os] 1 | 4 | 6 [ 10 |Fig.3] ) 1ss254 | 40 | 35 | 300 110 | 400] 175 | 65-175| 12} 1001 05 | 35 |] .3 |] 05] 1 [ 4 | 6 | 10 [Fig 3 | 1ss332__| 40 | 35 | 225 | 100 | 400 | 125 |-50-125| 12} 100/05 | 35 | 3 | os | 1 | 4 | 6 | 10 [Fig 8| No3091 $353. | 901 80 | 225 | 100 | 400 | 125 -s5-125| 12 | 100[ 05 | 80 | 3 |05| 1 | 4 | 6 | 10 [Fig 9 | 8 18S354 80 [80] 225 100 | 400 | 125 -55~125| 1.2 | 100/ 05 | 50 | 3 | os] 1 4 | 6 | 10 |Fig.9] No.3215 | #1ssass | 40 | 35 | 225 100 | 400 | 125 |-55~ 125) 12 | 100| 05 | 36 | 3 | 05 | 1 4 6 | 10 |Fig.9 188363 4o | 35 | 225 | 100 400 | 120 [-55-125| 12 | 100/05] 35 | 3 | os | 1 4 6 | 10 [fig 10! __90 | 80 | 400 | 130 | 600 | 175 |-65-175| 1.2 | 100/ 05 | go | 2 | os | 4 4 6 | 10 |Fig.6 55 | 50 | 350. 120 | 500 | 175 |-65-175' 1.2 | 100] 05 | 50 | 2 | 05 | 1 4 6 | 10 |Fig.6|NO.3120A RLS-73 40 | 35 | 300 | 110 | 400 | 175 | 65-175. 12 | 1001 05 | 35 | 3 | os | 4 4 6 | 10 |Fig.6 @ Ultra High-Speed Switching Diodes 7 Absolute maximum | ratings (Ta = 25C) ee Electrical characteristics (Ta = 25C) Type Vem | Ve | tea | to isurge y Tst veW) Max. | laqvA) Max Cr(pF) Max, trr(ns) Max. Package Fee Og. (VW) fF (V)f (mA): (mA) | tus (C) ec ile(MA) Va(V) Va(V) | {(MHz) Va(V) | le(mA) isss2_ | 75 | 65 | 600 | 200 | 4000| 175 [-65~175| 10 | 100 | 05 | 6 | 3 0 1 2 | 6 | 10 |Fig.1 1$$93 55 | 50 | 600 | 200 | 4000 175 |-65-175| 1.0 | 100 | 05 | 50 | 3 | o [| 1 | 2 7 6 | 10 |Fig.1 18894 4o | 35 , 600 | 200 | 4000| 175 |-65-175| 10 | 100 | 05 | 35 | 3 0 1 2 | 6 | 10 |Fig.1 18S136 75 | 65 | 600 | 200 | 4000] 175 |-65~175] 10 | 100 | 05 | 65 | 3 0 1 2 | 6 | 10 [Fig.2 ~ 488137. | 55 | 50 _ 600 | 200 | 4000| 175 | 65-175] 10 | 100 / 05 | 50 | 3 | 0 | 1 | 2 | 6 | 10 |Fig 2 Nost20A a assi38__ | 40 | 35 , 600 | 200 | 4000/ 175 |-65~175/ 1.0 | 100 / 05 | 35 | 3 | o | 1 | 2 | 6 | 10 [Fig2 ALs-92 | 75 | 65 | 600 | 200 | 4000| 175 |-65-175| 1.0 | 100] o5 | 65 | 3 O 1 | 2 {| 6 | 10 [Fig 6 RLS-93 55 2 600 | 200 | 4000 | 176 |-65~ 175} 10 | 100 | 05 | 50 | 3 | 0 1 | 2 | 6 | 10 |Fig 6 RLS-94 40 | 35 | 600 | 200 | 4000! 175 |-65-175| 10 | 100 | o5 | 35 [| 3 | o t | 2 [| 6 | 10 [Fig 6 @ Low-Leakage Switching Diodes Absolute maximum ratings (Ta = 25C) | _. Electrical characteristics (Ta= 25C) Type Vem | VA lem lo surge u Tst Ve(V) Max. | la(nA) Max. Cr(pF) Max trr(ns) Max. Package reaiog (V) | (Vy | (mA) | (mA) | yey CC) ae le(MA) Va(V) Vr(V) | (MHz) Va(V) {Ie(mA) 188139 90 | 80 | 400 | 130 | 600 | 175 [-65~-175] 1.2 | 100[ 20 | 30 | 5 [os [ 1 | 50 | 6 | 10 [Fig 188140 56 | 50 | 350 | 120 | 500 | 175 |-e5~175| 1.2 | 100] 10 | 25 | 5 | os | 1 | 50 | 6 | 10 |Fig.1 188141 40 | 35 | 300 | 110 | 400 | 175 |-65-175/ 12 | 100 | 10 | 20 | 5 | 05] 1 | 50 [ 6 [| 10 |Fig 1 18S290 90 | 80 | 400 | 130 | 600 | 175 [-65~175| 12 | 100 | 20 | 30 | 5 | os | 1 | 50 | 6 | 10 [Fig.2 18$291 55 | 50 | 350 | 120 | 500 | 175 |-65~175| 1.2 | 100 | 10 | 25 | 5 | 05 | 1 | 50 | 6 | 10 [Fig 2)N03120A 188292 40 | 35 | 300 | 110 | 400 | 175 [-65-175[ 1.2 | 100 [ 10 | 20 | 5 | 05 [| 1 [ 50 | 6 [| 10 [Fig 2 RLS139 90 | 80 | 400 | 130 | 600 | 175 |-65~175| 1.2 | 100 | 20 | 30 | 5 | 05 | 1 [ 50 | 6 | 10 |Fig.6 RLS140 55 | 50 | 350 | 120 | 500 | 175 [-65~175/ 12 | 100 | 10 | 25 | 5 [05 | 1 50 | 6 10 | Fig.6 RLS141 40 | 35 | 300 [ 110 | 400 [ 175 [-65~175| 12 | 100| 10 | 20 [ 5 | o5[ 1 [ 50 | 6 | 10 |Fig 6 @ High-Voltage Switching Diodes Absolute maximum ratings (Ta = 25C) | Electrical characteristics (Ta = 25C) Type Vam | Va len lo surge y Tst Ve(V) Max. | Ia(A) Max. Cr(pF) Max. trr(ns) Max. Package eeaca (Vy) (V) | (mA) | (mA) TS | CC) Cc le(MA) Va(V) Va(V) | (MHz) Va(V) | le(mA) 188142 300 | 250 | 625 | 200 | 1000] 175 [-65-175| 1.0 | 100 | o5 | 250/ 10 | oO 1 | 400[ 6 | 10 [Fig.1 188143 250 | 200 | 625 | 200 | 1000] 175 |-65-175| 1.0 | 100 | 05 | 200] 10 | 0 1 | 400 | 6 | 10 |Fig.1 188144 200 | 150 | 625 | 200 | 1000] 175 |-65-175/ +0 [ 100 | 05 | 150 | 10 | 0 1 | 400[ 6 | 10 |Fig 1 188145 300 | 250 | 625 | 200 | 1000] 175 |-65-175] 1.0 | 100 | o5 | 250] 10 | 0 1 | 400[ 6 | 10 |Fig.2 ; 188146 | 250 | 200 | 625 | 200 | 1000| 175 |-65-175| 1.0 | 100 | 05 | 200] 10 | o | 1 [ 400, 6 | 10 [Fig 2|NOSI2 188147 200 | 150 | 625 | 200 | 1000] 175 |-65-175| 1.0 | 100 | 05 | 150 | 10 | 0 1 | 400] 6 | 10 |[Fig.2 188244 250 | 220 | 625 | 200 | 1000] 175 |-65~175| 1.5 | 200] 10 | 220/ 3 |] Oo 1 75 | Ie=la=20mA | Fig. 2 188245 250 | 220 | 625 | 200 | 1000[ 175 [-65~175| 15 | 200 | 10 | 220| 3 | 0 1 75 | i=ta=20mA | Fig. 1 RLS245 | 250 | 220 | 625 | 200 | 1000 175 |-65~175| 15 | 200 | 10 | 220 | 3 | oO 1 75 | lk=Ia=20mA | Fig. 6 86meee ATT) @ Switching Diodes (JEDEC Standard) Absolute maximum ratings (Ta = 25C) Type i lesm Vrm Ve tem lo Ir P DO-35(Fig.1) LL-34 Vv Vv A A A 1s W *DO-34(Fig. 2) (Fig, 6) (V) (V) (mA) (mA) (mA) (A) (mW) 1N4148 1N914 RLS4148 100 75 450 150 200 2 500 | 1N4149 IN916 L __RLS4149 p 100 Mf 480 150 200 2 500 | 1N4150_1N3600 RLS4150 50 | __50 600 200 | 250 4 500 1N4151 1N3604 ; RLS4151 75 50 450 150 200 2 500 | iN4152 1N3605 = | Ss AL 4182 40 30 450 150 200 2 500, | 1N4153_ 1N3606 RLS4153 75 50 450 180 200 2 500 1N4154 RLS4154 35 88 450 150 | 200 2 500 | 1N4446 1N914A | __RLS4446 100 75 450 150 200 2. | so | | 1N4447_ 1NSI6A | ARLS4447 | 1008 450 150 _ 200 2 500 1N4448 1N914B ___RLS4448 100 75 450 150 200 2 | 500 | 1N4449 1N916B RLS4449 100 75 450 150 200 2 | 500 | 1N4450 RLS4450 40 30 600 200 250 4 500 1N4454 1N3064 RLS4454 75 50 450 150 200 2 500 1N4606 a Ris46e06 = | 85 70 600 200 250 4 500 1N4531* | _ 100 75 450 150 200 2 500 | 1N4532" 75 50 450 150 200 2 500 | 1N4533* 40 30 450 150 200 2 500 | 1N4534* 75 so | 450 150 200 2 | 500 | 1N4536" 35 25 450 150 200 { 2 500 Notes: Tj: 200C, Topr: -65 ~ 200C, Tstg, -65 ~ 200'C Electrical Characteristics (Ta = 25C} Type Ve(V) _ BV(V) In(uA)Max. Ci(pF}} trr(ns} po-ssFigt) | 34 | @)/ @le@le@,@;/e|\ele@/e|\e@eleiea)|a@jia@ | eee, S106 N-0) v *DO-34(Fig.2) | (Fig.6) | 0.1mA|0.25mA] 1mA | 2mA | 5mA | 10mA | 20mA | 30mA | 50mA | 100mA] 200mA!250mA] SpA | 100A ValV) Vat) | 1 MHz! - 10002 4N41481N914 | RLS4148 CG 75 | 100 a ce 50.0| 20] 4 | 4 1N41491N916 | RLS4149 wa O ~- | 100 oe 5 500| 20 |] 2 | 4 vy o5g] 06 07 aB2- | 087 1N4150 1N3600 | RLS4150 o8 ee Aa } 501/01 | 50 | 100.0] 50 | 25 4 1N41511N3604 | RLS4151 S 75 | J0.05| 50! 500] 50 | 2; 2 1N4152 1N3605 | RLS4152 042-1 O53 | 959" 06 070-7) O74 40 | |0.05| 30} 500] 30 | 2 2 056 059 O67 070 081 0 88 o4 os osg9 062 070 O74 1N4153 1N3606 | RLS4153 979 | Oe | oe ee 75 | {0.05} 50; 500] 50 | 2] 2 1N4154 RLS4154 < 35 | |01 | 25 | 100.0) 25 |] 4! 2 1N4446 1N914A | RLS4446 | 190 8%) | soo} 2014] 4 be 10 50 75 wd 1N4447 1N916A | RLS4447 a | 100 Hi} 24 60.0] 20) 2) 4 06: 0025 20 1N4448 1N914B | RLS4448 - a O }| 100 i }-2 50.0] 20 4 | 4 06 g025 20 1N4449 1N916B | RLS4449 a o | 100 2 90.0] 20,2 4 04) 05, 06 0g _ 1N4450 ALS4450 | 97" Fe a eo 6 40 0.05} 30 | 500| 30} 4} 4 1N4454 1N3064 | RLS4454 6 75 | )01] 50/1000! so} 2) 2 054, 06 07. a7 0 Ot Et) so 1N4606 RLS4606 6 66 077 0.86 |-6.92 10 af 85 025 70 25.0 {100C} 25 4 * 0025 2 1N4531 Co 75 | 100 H+ 500) 20 [ 4} 4 1N4532* \ 75 | |01 ) 50/1000; 50] 2] 2 1N4533* 0.49 | 0.83" | 059" |) 08 O79" | OF 40 | |0.05) 30 | 500] 30 | 2 | 2 oss 059 0.67 0.70 O81 08a * O4 05, O56 06 O7 O7: _ 1N4534 0.55 |-o59 |-0 67 |-0 70 081 0.88 7 0.05) 50 | 50.0) 50 | e 2 1N4536* a 35 | [01 | 25 |1000! 25 | 4 | 2 @ Band Switching Diodes Glass sealed types Absolute maximum ratings (Ta = 25C) Electrical characteristics (Ta = 25C) Reference Type Pd Va lo u Tst Ve(V) Max. In(nA) Max. Cr(pF) Max. re(Q) Max. Package Catalog (mW) | (V) | (mA) | CC) CC le(mA) Va(V) Va(V) | f(MHz) le(MA) | (MHz) 1SS135 150 | 35 | 100 ] 150 | -55~150[ 1.0 10 | 100 | 20 13 6 1 06 | 10 | 100 | Fig.2 1SS265 150 | 35 | 100 | 150 | -55-150] 10 10 | 100 | 20 1.5 10 1 06 10 | 100 | Fig.3 |No.3120A RLS135 150 | 35 | 100 | 150 | -55-150/ 10 10 | 100 | 20 | 15 10 1 06 10 | 100 | Fig.6 87@ Super mini molded types Absolute maximum ratings (Ta = 25 o), _ Electrical characteristics (Ta = 25C) gj Reterence Type Pd Ve. Tj Tstg | Ve(V) Max IwinA) Max | Ci(pF)Max. | rr(Q) Max, Package Catalog jimwy |) 00) (C) * te(mA) , ValV) vy] (MHz) [ te(mA) | (MHZ) DAN235K | 150 | 35 | 125. 85.125 10 10 | 10 2 | 1.2 6 1 o9 | 2 100 | Fig. 13 | DAN235U | 150 | 35 | 126 55.12 10 10 | 10 | 25 | v2 | 6 | 4 09 | 2 | 100 [Fig 12) \5 31208 | DAP2zeK =| 150 | 35 | ta | 55 125 10 10, 10 | a | 12 7 6 | 1 | 09 | 2 | 100 |Fig. 13 DAP236U 150, 38 | 2 [55-125 10 10 to Fh | 2 | 6 | 1 | og |} 2, 100 [Fig 1: 2] | 188289 , 180 | 35 1125 | 55 12 10; 10 , 10 | 2 | 12 | 6 1 09 | 2 |; 100 |Fig. 10 188318 150 35 125 55 125 | 10 | 10 | 10 | 2 | 12) 6 | 4 09 | 2 | 100 |Fig 8 No3120A m@ Rectifying Diodes @ General purpose rectifier diodes 3 Under Development _ Absolute maximum ratings (Ta = 25C) ; L Electrical characteristics | (Ta= 25 Cy Type Via | View | Ne 1 Tsl Vew(V) Max | Inu) Max. | Package "Being | Vy (V) Ta = 50C | GOHZ too | () Cc lesa(A} | Vam(V) 1SR35-100A 150 | 100 rf 300 E178 | 88 ~175[ 414 [ 4 | 40 too | Fig. 4 | 1SA35-200A | 300 | 200 "30 T 75 | @o- 175 | at Ta] 40 200 | Fig. 4 1SR35-400A , 500 400 1 300 | 178, 68-175 | 10 400 | Ag 4 1$R139-100 | 150 100 1 40) 150 ,-40-1590 | 11 | 1 | 10 100 | Fig. | No.3t20A 1SR139-200 250 200 1 40) 190, 40-150] 14 | 10 200 | Fg 5 | 1$R139-400 | 500 400 ' 40 | 180 40-150 | 11 | : io | 400 | Fig 5 4grige-600 | 750 | 600 1 40. 150 40-150) 41 10, 600 | Fig 5 7 1SR154-100 150 | 100 1 30 150 55 - 150 100 | Fig 11 s1SR154-200 | 250 200 | 1 30 50) 55-150 | 200 | Fig 11 | No.3176 2 4$R154-400 | 500 400 1 30 | 150, -86~ 150 | ~ 400 7) Fig. 11 1N4001A 73 | 80 1 30 | 175 65 ~ 175 50 | Fig 4 | 1N4002A 150 4 100 ' 30 4175 | -65~ 175 100 | Fig 4 | 1N4003A 300 200 1 30 175 65 175 ; 200 | Fig 4. 1N4004A 500 | 400 1 30 | 178] 65-175 | 400} Fig 4 _RLR4001 60 | 60 | 08 20 1590 | 55-150 | 1.0. 8 | 10 | 50 | Fig 7 [No 3120A RLR4002s 120 100 08 20 150 56-150| 10 | 08 [| 10 | 100 | Fig? RLR4003 | (240 | (200 08 20 | 150 | -55~150 | 1.0 0.8 10 200 | Fig 7 | ALR4004 =| 480_| 400 0.8 20. | 160 55-150 | 1.0 08 io | 400 | Fig. 7 1 @ High-speed rectifier diodes 3 Under Development To Absolute maximum ratings (Ta = 25 C) | ees (Ta=25C) | toe wen | vow | [Mate | rag | Wetpas {Teams ti Pao Esa Wy) | AY) CG) FCC) | tet) | Vin) ima) | hdr) 18R124-100A 150 100 | 1 30 190) 65175 | 13) 1 | 10 ] 100) 04 | 10 2 10 | Fig. 4 1 18R124-2008 | 300 I 200, 1 | 30 100) 65 175] 13) 1 | 10 | 200 | o4 | 10 | 10 | Fig 4 1$R124-400A' 500 , 400 | 1 | 30 150 65-178 | 13 1 | 10 | 400, 04 | 10 ie 10 Fig. 4 (No 31208 eASR153-100 150 t- oo | 08 [ go | 180 | 40 150, 139.) 1 [10 | 100 | o4 | io 7 10 | Fig. | 18R153-200 | 300 | 200 | 08 | 30 | 150 40-150) 13 | 1 [ 10 | 200 | 04 | 10 | 10 | Fig.5 | = 1SR153-400 [ 500400 | 08 | 30 150 40-150 5 13 1 10 | 400 | 04 | 10 | 10 Fig 5 | @ Schottky Barrier Diodes (Rectify) _ Absolute maximum ratings (Ta = 250) _Electrical characteristics (Ta = 25C) _ Reterence Type | Vem | lo lesm(A) Tj Tst Ve(V) Max. | la(wA) Max. Package Catalox; : (Vv) (A) 60HZ 10 (C) cc te(A) Va(V) . RB100A ! 400) 40 | 125 40-1267 055 | 1 | 1000 [ 40 Fig. 5 RB110C | 40 5) 425 ao-125] 060 | 1 | 80 | 2 Fig 15 | RB400D | 20 | 08 3 125 40-125 | 0.55. 0.50_ 30 10 Fig 13 | RB411D 2 | 06 | 3 125 | 40-125 | 050. 0.50 30 10 | Fig 13 RB420D | 2 ) 04 4 125 40-125] 0.45 oor | 1 | 0 Fig. 13 RB421D 2 | On 1 125 40.125 | 0.55 0.10 30 10 | Fig. 13 | No312ca RB425D "200 1 125 40-125 [ 0.55 | 0.10 30 10 Fig. 13 AB435C 2 | 06 | 3 125 | 40-125 | 055 0.50 30 10 Fig. 15 RB441Q 20 04 4 125 40-125 | 0.55 | 0.10 10 0. | Fig. 2 RB450F 25 Ke 4 125 | 40-125 | 0.45 0.01 4 10 Fig. 12 RB4S1F 20 | a 125 | 40-125 | 0.55 aio | 30 | 10 Fig, 12 RB471E es a 125 | p08 os | o10 | 30 | 10 | Fig ta | 88Diodes adele lad @ Schottky Barrier Diodes (Small Signal) Absolute maximum ratings (Ta = 25C) _ Electrical characteristics(Ta=25C) ! Type Vem Ve | ley raul) T Tstg VE(V) Max IA) Max. | Ci(pF) Typ - Package Peas (Vv) (Vv) (mA) on cd) (C) le(mA) Va(V) | Va(V) | (MHz) RB705D 25 E 20 . 30 02 | 1265 | -40~125 037 | 1 1 10 | 2 1 | 4 | Fig. 11 | RB715F 25 1 20; 30 0.2 125 40-125 | 0.37 a j10_ 2 + | 1 _iFig 10 ;No.3120A RB717F 2 20-80 | 02 125 40-125 | 0.37 1 1 to | 2 } 4 1 4 | Fig. 10 RB721Q 25 | 20 ; 30 0.2 125 740-125 | 0.37 1 1 - 10 3 2 1 1 Fig 2 2 geey | RB751H 25 20 30 0.2 125 | 40-125 | 0.37 1 1 10 1 2 { 1 1 Fig. 8 B Variable Capacitance Diodes (Voltage variable capacity) @ Tuning Diodes f APSO eS) ratings Electrical Characteristics (Ta = 25C) Reterence Ti oe . ee eee = -- -- fe ee eae one - ae --- == - $$ - YS | Vans | Ve | TY Tstg. | bn) Max. Cpr) Cy2(pF) RS(Q)Max. | Pe? | Catalog Vf WM) | CO) (C) Vat) | Min | Max. | Vat) | (MHz) | Min. | Max. | Va(V) | {(MHz) Cr(pF), (MHz) 1$V205 35. 30 | 120 | 30-120] 10 | 28 [1388/1604] 2 | 1 |2015/2.385] 25 | 1 | 06 | 14 | 470 | Fig 10 | a yogq 1$V223 35 30 120 30 120 10 28 | 13.88!1604| 2 | 1 2.015) 2.385) 25 1 0.6 14 | 470 | Fig. 8 m@ Low-voltage Regulators (Glass-sealed LEDs) ASO OC) ratings Electrical Optical characteristics (Ta = 25C) i - Sn ao ~ Emitting Reference Type Pd | ok Vi Ve(V) oly (a ean id ey Color |P8CkaGe) Catalog : \ I (mW) (mA) (Vv) Min Max le(mA) Max Va(V) Typ. (maDC) Typ. imave) LTZ-MA15 | 25 | 10 5 | 170 | 2.30 10 | 10 | 4 90 40 700 10 Red | Fig. 2% |No.31204 Dimensions (Unit: mm) DO-35 (SC-40) DO-34 CATHODE RAND _ CATHODE. BAND 60.5 1c $0.440.1 i{f \ ot - at \ N S ! I | tl te 21 ow a4 am I L 241 L ole 3.8 #0. sean 2.7403 $1.8 +0.2 wiz: $2.0 107 Fig. 1 Fig. 2 USD DO-41 MSR CATHODE BAND a 4 Al HODE Batt CATHODE BANO / $0.4 40.1 ; B06 4 a fF _ a = + a @ oa be a (@) lL. 941 ee _ 29 x1 L | BCE) ee aD eT By - 2.2404 $1.80 Fig.3 Fig. 4 LL-34 LL-41 DSM CATHOOL BANT! 8 1st. f CATHODE or -pe 30.1 | ua ve aera r ar Fate ry T Ba | EB ) ( |) 4 rr 1 1 | Vo + Posto? 0240.2 do o~0.1 |. saline + oa ABM a Natt? Fig. 6 Fig. 7 Fig. 8 USM DMM 0.1520.1 PSM wy n 1,250.2 -- (Tentative) a L He 0.3+0.1 O78 s iy oe rote + | 4 45202 J | 0.10.05 5 iS . li 7 Rl 0,340.2 _ 0.9520,2 5 arene 1,140.2 8.0403 i Fig. 9 Fig. 10 0~0.1 Fig. 11 89Dimensions (Unit: mm) UMD SMD FMD MPD 1 tF 2.9 40.2 tae 1 0.8 101 1.9 +0.2 - can | bea at . : (0.95,9.98 o me rod A ; T Balai ow 2 | | fl a i als FT ee sh ! Tt L a 0.3~0.6 7 S18 1876.56 uit cane i ad KH l] Min. tEach lead has same drnensions) (3) L ee ent Moms al te 03e6! Tye | L-ieach lead has same 1h i Mss 1 0.155545 0.4 +, mensions) egy, & a Fig. 12 Fig. 13 Fig. 14 Fig. 15 wi 12) 4 12! vn 12: Nh 2h t ~ 1 314i 51 +t + 4 + +4 i : i. - + + + It (ay ic BI 3 13) 2! W ivi c2r cg 2) 13s RB715F RB717F RB450F DAN235K DAP236K RB400D RB471E RB110C RB435C RB451F RB425D RB411D RB705D RB4200 STZ6.8T RB421D @ Zener Diodes T Series Package (mW) Volage range Features ee MTZ Series _ DO-34 | 500 | 20-20 oo P MTZJSerles | 00-34 500 | 20-868 | RLZ Series i LL-34 400 _ | 2.0 ~ 56 _ No. 31204 RLZJSeries =| LL-34 400 2.0~47 a | Domestic UTZ J Series USD __ 350 47~39 Low-noise type | DTZSeries | OSM | 200 | 20-3 [| Ld | STz6. 5 T | SMD fp 200 | 6. 47 ~7.14 | Cathode common, Contains 2 devices | _ | 172 5.6H | SIP 9 pin | __ 400 [5.28-5.91 Cathode common, Contains tains 8 devices _ - fs 1N 5000 Series DO-35 t 500 47-24 [ - (No.3120A_| | _1N 900 Series 00-35 | 400 6.8 ~ 24 Export po 1N 700 Series DO-35 400 33-12 [ | RLZ 5000 Series (L-34 400 2.4~ 24 No.31204 For further detailed specifications,, see the following pages. @ MTZ Series 3 (Pd = 500mW Package: DO-34) fo VeV)_ V2(V) V2(V) _ Type Min, Max l n'a) Type Min Max na) Type Min. Max may miz20.|1.88 2.20 | MTZ4.7 44 49 MTZ9.1 8.5 96 | MTZ2.0A | 1.880 | 2.100 | 20 __MTZ4.7A 4.44 4.68 20 | MTzo1A | 8.29 | 873 | 4, | _MTZ2.0B 2.020 | 2.200- | MTZ4.7B 4.55 4.80 MTz9.1B 8.57 901 | | M1Z2.2 2.09 2.41 | _ MTZ4.7C 4.68 493 | MTZ9.1C 8.83 9.30 | MTZ2.2A 2.120 | 2300 | 20 _MTZ5.1 48 5.4 : MTZ10 9.4 106 | MTZ2.2B 2.220 | 2410 | MTZ5.1A 4.81 5.07 | 94 MTZ10A 9.12 9.59 | MTz24 | 2.30 264 | ___MTZ5.1B 494 | 5.20 | MTZ10B 9.41 9.90 ac MTZ2,4A 2.330 _ 2.520 20 | _ MTZs.1C 5.09 5.37. 7 MTZ10C 9.70 10.20 | Mtz24B- | 2430 | 2630 | | MTZ5.6 5.3 60. | MTZ10D 994 [1044 || MTZ27 25 29 MTZ5.6A 5,28 5.56 20 MTZ11 10.4 | 116 MTZ2.7A 2540 | 2750 | 20 | _MTZ5.6B 5.45 573 | MTZ11A 10.18 | 10.71 | 4, MTZ2.7B 2.690 | 2.910 | MTZ5.6C 5.61 5.91 | MTZ11B 10.50 | 11.05 MTZ3.0 2.8 3.2 MTZ6.2 5.8 66 MTZ11C I 10,82 11.38 ___MTZ3.0A 2.850 | 3.070 | 20 MTZ6.2A 5.78 6.09 | 49 mTzi2 | 41.4 126 | | MTZ3.0B8 3.010 3.220 | MTZ6.2B 5.96 6.27 MTZ12A 11.13 11.71 1 MTZ3.3 3.1 35 MTZ6.2C 612 | 6.44_ MTZ12B 11.44 | 12.03 MTZ3.3A 3.160 3 380 | 20 MTZ6.8 6.4 7.2 MTZ12C 11.74 12.35 MTZ3.3B 3.320 | 3.530 MTZ6.8A 6.29 6.63 | 44 MTZ13 12.4 14.1 | MTZ3.6 3.4 3.8 MTZ6.6B ; 6.49 6.83 MTZ13A 12,11 12.75 IC MTZ3.6A 3.455 3.695 20 MTZ6.8C 6.66 7.01 | MTZ13B 12.55 13.21 MTZ3.6B 3.600 3.845 MTZ7.5 7.0 79 MTZ13C 12,99 13.66 | MTZ3.9 37 at MTZ7.5A 6.85 7.22 20 MTZ3.9A 3.74 {. 4.01 oy LL MTZ7.5B 7.07 7.45 Notes. (1) Zener voltage (Vz) is measured 40ms after ap- MTZ3.9B 3.89 4.16 MTZ7.5C 7.29 7.67 | plying the current. MTZ4.3 40 45 | MTZ8.2 77 87 @) Wathout alphabetical sift ae las chacait ee MTZ4.3A4 4.04 4.29 20 | MTZB.2A 7.53 7.92 20 tion values for the same numerical group MTz4.3B 4.47 4.43 MTZ8.2B 7.78 8.19 (3) When ordering, please specify the suffix | mTz4.3c. | 4.30 467 MTz8.2C 8.03 8.45 90Diodes adil lad @ MTZ Series (Pd = S0O0mW Package: DO-34) Vz(V) V2(V) Type Min Max. nea) Type Min. Max (ea) MTZ15 13.8 ; 15.6 MTZ18 16.8 19.1 MTZ15A 13.44 14.13 10 MTZ18A 16.22 17.06 40 MTZ15B 13.89 14.62 MTZ18B 16.82 17.70 MTZ15C 14.35 15.09 MTZ18C 17.42 18.33 MTZ16 153 7 1 MTZ20 188 212 Notes: (1) oyna voltage (V2) is measured 40ms after ap- MT2Z1 6A _. 14.80 | 15.57 - | 40 MTZ20A 18.02 18.96 (2) The min 8 max. zener vollages (Vz) of a lype Mrzie8 | 15.25 | 1604 MrzzoB | 1863/1959 10 wheat siprabeica sully ae lao lasatce MTZ16C 15.69 16.51 MTZ20C 19.23 20.22 (3) Zener voltage in main category is measured MTZ20D 19.72 20.72 When cedornay please specify the suffix @ MTZ J Series (Pd = 500mW Package: DO-34) # Under Development | val) vv) VV) Type Min Max na) Type Min. Max. (na) Type Min. Max. (rr) MTZ J2.0 1.880 2.200 MTZ J7.5 6.85 7.67 MTZ J22 20.15 22.63 MTZ J2.0A 4.880 2.100 5 MTZ J7.5A 6.85 7.22 5 MTZ J22A 20.15 21.20 MTZ J2.0B 2.020 2.200 MTZ J7.58 7.07 7.45 MTZ J22B 20.64 21,71 5 MTZ J2.2 2.120 i 2.410 MTZ J7.5C 7.29 7.67 MTz J22Cc 21.08 22.17 MTZ J2.2A | 2 120 2.300 5 MTZ J8.2 7.53 8.45 MTZ J22D 21.52 22.63 MTZ J2.2B 2.220 2.410 MTZ J8.2A 7.53 7.92 5 MTZ J24 22.05 24.85 MTZ J2.4 2.330 2.630 MTZ J8.2B 718 8.19 MTZ J24A 22.05 23.18 MTZ J2.4A 2,330 2.520 5 MTZ J8.2C ~ 8.03 8.45 MTZ J24B 22.61 23.77 5 MTZ J2.4B 2.430 2.630 MTZ J9.1 8.29 9.30 MTZ J24C 23.12 24.31 MTZ J2.7 2.540 2.910 MTZ J9.1A 8.29 8.73 5 MTZ J24D 23.63 24.85 MTZ J2.7A 2.540 2.750 5 MTZ J9.1B 8.57 9.01 MTZ J27 24.26 27.64 MTZ J2.7B 2.690 2.910 MTZ J9.1C 8.83 9.30 MTZ J27A 24,26 25.52 MTZ J3.0 2.850 3.220 MTZ J10 9.12 10,44 MTZ J278 24.97 26.26 5 MTZ J3.0A 2.850 | 3.070 5 MTZ J10A 9.12 9.59 MTz J27C | _25.63 26.95 MTzJ3.0B | 3.010 | 3.220 MTZ J10B 9.41 9.90 5 MTzJ27D | 26.69 _(|- 27.64 MTZ J3.3 3.160 3.530 MTZ J10C 9.70 10.20 MTZ J30 26.99 30.51 MTZ J3.3A_ | 3.160 | 3.380 | 5 mTzJioo | 9.94 (| 10.44 MTZJ30A | 26.99 | 28.39 MTZ J3.3B 3.320 3.530 MTZ J11 10.18 11,38 MTZ J30B 27.70 29.13 MTZ J3.6 3.455 3.845 MTZ JA 10.18 40.71 5 MTZ J30C 28.36 29.82 MTZ J3.6A 3.455 3.695 5 MTZ J11B 10.50 11.05 MTZ J30D 29,02 30.51 MTZ J3.68 3.600 3.845 MTZ J11C 10.82 11.38 MTZ J33 29,68 33.11 MTZ J3.9 3.74 4.16 MTZ J12 11.13 12.35 MTZ J33A 29.68 31.22 MTZ J3.9A 3.74 401 5 MTZ J12A 11.413 11,71 5 MTZ J33B8 30.32 31.88 5 MTZ J3.98 3.89 4.16 MTZ J12B 11.44 12.03 MTZ J33C 30.90 32.50 MTZ J4.3 404 | 457 MTzJi2c | 11.74 42.35 mTzv33D. | 31.49 |: 33.11 MTZ J4.3A 4.04 4.29 5 MTZ J13 12.14 13.66 MTZ J36 32.14 35.77 MTZ J4.3B 4.17 4.43 MTZ J13A 12.11 12,75 5 MTZ J36A 32.14 33.79 MTZ J4.3C 4.30 4.57 MTZ J13B 12.55 13.213 MTZ J36B 32.79 34.49 MTZ J4.7 4.44 4.93 MTZ J13C 12.99 13.66 MTZ J36C 33.40 35.13 MTZ J4.7A 4.44 4.68 5 MTZ J15 13.44 15.09 MTZ J36D 34.01 35,77 MTZ J4.7B 4.55 4.80 MTZ J15A 13.44 14.13 5 MTZ J39 34.68 40.08 MTZ J4.7C 4.68 4.93 MTZ J15B 13.89 14.62 MTZ J39A 34.68 36.47 MTZ J5.1 4.81 5.37 MTZ J15C 14.35 15.09 MTZ J398 35.36 37.19 MTZJ5.1A | 4.81 5.07 5 MTZ J16 14.80 | 16.51 mrzuasc_| 36.00 =| 3785 | 5 MTZ J5.1B 494 5.20 MTZ J16A 14.80 15.57 5 MTZ J39D 36.63 38.52 MTZ J5.1C 5.09 5.37 MTZ J16B 15.25 16.04 yy MTZ J39E 37.36 39.29 MTZ J5.6 5.28 5.91 MTZ J16C 15.69 16.51 vy MTZ J39F 38.14 40.11 MTZ J5.6A 5.28 5.55 5 MTZ J18 16.22 18.33 yr MTZ J39G 38,94 40.80 MTZ J5.6B 5.45 5.73 MTZ J18A 16.22 17.06 5 ve MTZ J43 40.00 45.00 5 MTZ J5.6C 5.61 5.91 MTZ J18B 16.82 17.70 xy MTZ J47 44.00 49.00 5 MTZ J6.2 5.78 6.44 MTZ J18C 17.42 18.33 vy MTZ J51 48.00 54.00 5 MTZ J6.2A 5.78 6.09 1 5 MTZ J20 18.02 20.72 vy MTZ J56 53.00 60.00 5 MTZ J6.2B 5.96 6.27 MTZ J20A 18.02 18.96 MTZ J6.2C 6.12 6.44 MTZ J20B 18.63 19.59 5 MTZ J6.8 6.29 7.01 MTZ J20C 19.23 20.22 Notes: (1) Zener voltage (Vz) is measured 40ms after ap- MTZ J6.8A 6.29 6.63 5 MTZ J20D 19.72 20.72 (2) The sin & max. zener voltages (Vz) of a type MTZ J6.88 6.49 6.83 without alphabetical suffix are large-classifica- MrzJesc | 666 | 701 ton wahoe or he same nur ou 91Diodes @ RLZ Series (Pd = 400mW Package: LL-34 sy Under Development ve(V) VAV) of VV) Type Min Max nay Type | Min Max iy Type Min Max mia) RLZ2.0 1.88 220 RLZ7.5 70. 26] 79 Cd ~_RLZ22 208 | 233 _RLZ2.0A 1 880 | 21090 | 20 ~ALZ7.5A | 685 | 722) | 4, | RLZ22A | 20.15 | 24.20 RLZ20B | 2020 . 2.200 RLZ7.5B 7.07 7.45 | RLZ22B- | 2064 | 21.71 (| $5 ALZ2.2 2.09 241 RLZ7.5C 7290 | 7.67. ] RLZ22C 21.08 | 22.17 RLZ22a | 2.120 | 2300 | 20 RLZ8.2 77 | 87 RLZ22D | 21.52 | 22.63 RLZ2.2B | 2.220 2410 RLZB2A | 753 | 792 og __ALZ24 228 [256 ALZ24 230 | 264 RLZ8.26 778 | 819 | RLZ24A 122.05 | 23.18 ALZ2.4A 2330 | 2520 | 20 RLZ8.2C 603 | 8.45 | | ALZ24B | 22.61 . 5 ALZ2.4B 2.430 | 2630 RLZ9.1 85 96 RLZ24C 23.12 24.31 | RLZ2.7 25 29 ALZO1A 8.29 | B73 ~ -RLZ24D e363) [2485 | 2540 | 2.750 20 RLZ9.1B 8.57 9.01 | ALZ27 [251 [289 | 2 690 2.910 ALZ9.1C 8.83 9.30 RLZ27A 24,26 2552 5 ag | 32 ALzio.s | 94s 106 RL227B) | 24.97 | 26.26 5 ~ ALZ3.0A = 2.850 | 3070 | 20 -RLZI0A | 9.12) | 959 | Ruza7ve| 2563 =| 26.95 | RLZ3.0B | 3010 | 3220 RLZIB | 941 | 9.90 | 2 RLZ270 _ [2764 | P| RLZB3 | St | 88 Rize || 970 | 10.20 | _RLZ30_ eB P3200 | ALZ33A =| 3160 | 3380 | 20 RLZI0D |: 9.94 10.44 ALZ30A __ RLZ3.3B = 3320 | 3530 | Riz [104 [116 RLZ30B | nize | 34 38 RLZNIA 10181071 ag RLZ30C | RLZ36A | 3.455 | 3.695 |] 20 RLZNB 10.50 11.05 _RLZ300 _ RLZ3.6B_ 3.600 [| 3.845 _ RLZ11C 10.82 11.38 RLZ33 ALZ39_ 37 at | Auzi2. oj 114 [126 | | RLZ33A FLZ39A 3.74 | 4.01 20 RLZWA 1113 F171 | 4g RLZ33B | ALZ3.9B 3.89 416 | RLZI28 | 1144 | 1203 | ALZ33C_ RLZ4.3 40 [45 | ALZ12C_ 11.74 12.35 ALZ33D_ RLZ43A | 4.04 | 4.29 | oy P ALZ13_ 124 a | RLZ36 | 340 J] RL2Z4.3B | 417 | 4.43 ALZI3A | 12.11 12.75 | 49 RLZ36A | 32.14 19 | Rizasc | 4300 | 457) | | ALZ13B | 12.55 19.27 RLZ36B | 92.79 | 34.49 RLzZ47 | 44 | 49 RLZ13. |: 12.99 13.66 RLZ36C 33.40. | 35.13 ALZ47A | 444 | 468) og P ALZIS 138 | 158 Rizzo [3401 [3577 | RLZ47B | 4.55 | 4,80 | | RLZISA 13.44 14.13 | 49 ALZ39_ | 37.0 | 44.0 RLZ47C | 468) 493 | | RLZIsB | (13.89 14.62. | RLZ39A_ | 34.68; 36.47 Aizs.1 | 48 | 64 | |. RLZIC | 14.35 | 15.09 | | izssp | 35.36 37.19 | RLZ5.1A | 481 | 507 | 20 Auzie | 183) fd RUz3sc_ | 36.00 | 37.85 | RLZ51B | 494 | 520 _ALZIGA 1480 11557 | 49 | ALZ39D |: 36.63 | 38.52 | RLZ5.1C | (5.99 | 537 _RLZI6B | 15.25 16.04 jy ALZ41 [32.80. 41.00 | 5 -RLZ56 63. | 60 | Riziec:) =| 1569 (| 1651 | | ye RLZ#3 1 40.00 | 45.00 | 5 | RLZ5.6A 5.28 555 | 20 RLZ18 , 16.8 jah | - vy RLZ47_ | 44.00 49.00 | 5 RLZ5.6B | 5.45 573 RLZ16A_ + 16.22 17.06 4g iv RLZS1 |e 08 48.00 | 5400 | 5 | RLZ5.6C 5.61 5.91 ; RLZ18B8 16.82 17.70 vy RLZ56 53.00 | 60.00 5 RLZ6.2 5.8 66 RLZ18C 17.42 18.33 Riz62A | 8 78 | 609 | 5 |. L220 sag [212 | RLZ6.28 5.96 6.27 / ALZ20A 18.02 18.96 Notes. (1) Zener voltage (Vz) is measured 40ms after ap- __ RLZ6.: 2c . 6.12 6.44 i RLZ20B vo : 18.63 1959 10 (2) eee ener vollages (V2} of a type RLZ6.8 6.4 72 RLZ20C ; 19.23 20,22 without alphabetical suffix are large-classiliza- RLZ68A | 628 | 603 | oy puzeo0 | 1972 | 2072. cy eumsto te same nurencal guy _RLZ68B | 6.49 | 683 RLZ6.8C 666 | 7.01 92Diodes @ RLZ J Series (Pd = 400mW Package: LL-34) +z Under Development VAY) __ VAN) Lo ve) Type Min. |) Max. | (a) Type Min Max (ma) Type Min. | Max (na) vy RLZJ2.0 1.90 2.20 5 RUZ J6.2 5.8 6.6 RLZJ138 | i288 13.57 5 v ALZU22 [| 2.10 2.40 5 RLZJ6.2A | 5.80 6.20 5 | RLZJW3C | 13.37 | 14.10 ve ALZV24 | 230 2608 ARIZ 6.28 | 6.00 | 639 RLZ J15 13.8 15.6 sy RLZJ27 2.50 290 | | Rizve2c | 619 | 660 | | [_ RLZJ1SA | 13.80 | 14.63 5 fy RLZU27A | 2.50 2.75 5 RLZJ68 =| (6.4 7.2 | RLZJ158 =| 14.33) | 15.11 vy RLZW27B 7 265 290 || RizJesA | 6.40 | 680 | | RUZ Jisc | 14.81 | 15.60 we ALZI30 | 280 | 3.20 | RLZI68B | 6.60 | 7.02 | ALZI16 L183 74 wy RLZJ30A 280 | 305 | 6 LZ IEBC | 6.82 720 . JRLZ IBA 15.3 5 yy RLZJ30B 2.95 3.20 RUZ 7.5 7.0 7.9 RLZ J16B % RLZJ3.3 3.10 3.50 | RLZU7.5A | 7.00 7.43 5 RLZJ16C | yz RLZJ3.3A 3.10 335 | RUZU75B | 7.23 | 766 | ALZ iBT yy RLZJ33B | 3.25 3.50 | RLZJ7.5C | 7.46 7:90 ; | ALZJ18A | 16. 5 RLZ J3.6 3.4 38 RLZ J8.2 77 87 RLZ J18B RLZJ3.6A | 3.40 3.65 5 RLZJB.2A | 770 | 8.16 5 RLZ J18C | RLZJ36B = 3.55 3.80 | RLZV8.2B | 7.96 843 | -RLZ J20 ALZ J3.9 37 ay | RLZJ8.2C 6| 823) | B70 LZ J20A 5 RLZJ3.9A | 3.70 3.97 5 ALZ 91 85 96 | | _ALZJ208 RLZJ3.9B | 387 4.10 ] RUZJ9IA | 8.50 9.00 5 | _RLZJ20C LZ 43 40 45 _ RLZI91B | 8.80 9.30 RALZ 422d. RLZJ4.3A | 4.00 4.23 5 RLZJ9.1C | 910 | 960 | RLZ J22A 5 ) RALZ 4.38 | 4.13 4.35 RLZ J10 9.4 106 RLZ J22B ALZJ4.3C | 4.25 450 | | RLZJ10A | (9.40 9.93 6 ___RLZu22 RLZ J4.7 44 49 ALZ J10B 973 | 10.26 | RUZ 24 RLZJ4.7A | 4.40 4.63 5 | ALZuI0C =| 10.06 | 10.60 RLZ J24A 5 RLZJ4.7B | 453 4.76 RLZ Ji 10.4 1.6 RLZ J24B RLZU4.7C | 4.66 4,90 | RLZJIIA =| 10.40 _*|:10.98 6 | RLZJ24C | ALZ N51 48 54 | ALZJ11B_ | 10.73 | 11.26 fy RLZJ27 2 RLZJ5.1A | 480 | 5.07 5 ALZJ1iC | 11.06 | _ 11.60 gy RLZJ30 2 RLZJ5.18 | 497 5.24 ALZ J12 114 126 gy RLZJ33 2 RLZJ5.IC | 5.14 5.40 RLZJI2A | 13.40 (| 11.93 5 sy RLZ 36 2 P Auzs6 =| 53 6.0 RiZJ12B | 11.73 (| 12.26 vy RLZu39 2 RLZJ5.6A | 5.30 5.63 RLZJ12C. | 1206 | 1260_*|: vy ALZ 43 2 RLZU5.6B | 5.43 581 RLZ J13 12.4 144 5 vz _RLZ a7 2 RLZJ5.6C | 5.61 6.00 RLZJ13A_ | 12.40 (| (13.08 Notes: (1) Zener voltage (Vz) is measured 40ms after ap- plying the current (2) The min & max. zener voltages (Vz) of a type without alphabetical suffix are large-classifica- tion values for the same numerical group When ordering, please specity the suffix @ RLZ 5000 Series (Pd = 400mW Package: LL-34) + Under Development Vi) _ _ VAV) V2(V) Type Min, | Max. nay Type Min Max. | (Za) Type Min, | Max. | atZa) x Alzs221B [| 2.28 2.52 20 RLZ5232B_ | 5.32 5.88 20 RLzZ5243B | 12.35 =|: 13.65 =| 95 vy ALZ5222B | 2.38 263 | 20 RLz52338 | 570 | 6.30 20 ALzs244B | 1330 =| 1470 | 90 vy ALZ5223B | 2.57 2.84 20 RLZ5234B | 589 | 651 | 20 | RLZ5245B | 14.25 | 15.75 85 vy ALZ5224B | 2.66 2.94 20 RLZ5235B | 6.46 7.14 20 RLZ52468 | 15.20 | 1680 | 78 vy ALZ5225B | 2.85 3.15 | 20 Rizs23eB_ | 7.13 | 788 | 20 RLz5247B | 1615 =| 1785 =| 7.4 vz ALZ52268 | 3.14 3.47 20 RLz52378B | 7.79 ~~; 861 | 20 | ALZ5248B | 17.10 | 18.90 | 7.0 vy RLZ52278 | 3.42 3.78 20 RLz5238B | 8.27 | 9.14 20 RLzs249B | 18.05 =| 1995 | 66 RLZ52288 | 3.71 410 | 20 RLZ52398 8.65 9.56 | 20 | ~RLZ5250B | 19.00 21.00 | 62_ vy RLZ52298 | 4.09 4.52 20 RLZ52408 , 9.50 | 10.50 20 RLZ5251B | 2090 | 2310 | 56 vy Rizs2308 | 4.47 =| 494 20 RLZ5241B | 10.45 =| 1155 | 20 RLZ5252B | 22.80 25.20 | 5.2 RLZ231B | 4.85 5.36 20 RLZ5242B 11.40 12.60 200 Notes: (1) The Zener voltage (Vz) is measured at a sta- tionary state (2) The ON resistances (2z,. 27k) are measured by superimposing a small ac current on the rated current (12) 93Diodes ald lad UTZ J Series (Pd = 350mW Package: USD) po VA) VaV) 4 VztV) "ype Min Max | (na) "ype Min. Max ea) Type Min Max (na) UTZJ4.7 {4.42 490, UTZ J9.1C 9.15 9.55 5 UTZ J20B | 19.52 | _20.39 UTZJ4.7A | 4.42 4.61 5 UTZ J10 9.45 | 10.55 uTzZJ20C | 20.21_(| /21.08 > _UTZJ4.7B | 4.55 4.75 UTZ J10A 9.45 9.87 5 UTZ J22 20.88 | 23.17 uTzJ4.7 | 4.69 4.90 UTZ J10B 977 | 10.21 UTZJ22A | 20.88| 21.77 5 [UTZ 5.4 4.84 5.37 7 uTzut0 =| 10.11 _| (10.55 uTzv228 [2154 | 22.47 | UTZJ5.1A | 4.84 5.04 5 UTZ ds 10.44 | 11.56 UTZ J22 | 22.23 | 23.17 | UTZJ5.18 | 4.98 5.20 uTzutiA | 10.44 | :10.88 5 __UTZJ24 22.93 | 25.57 5 __uTzu5.1c | 5.14 5a7 | uTzv118 [10.76 | 11.22 UTZJ24A_ | 22.93 | 23.96 UTZ J5.6 5.31 5.92 uTzv1ic =| 11.10(| 11.56 UTZJ24B_ | 23.72 | 24.78 UTZJ5.6A | 5.31 665 | UTzJi2 [1142 | 12.60 UTzJ24C | 24.54 | 25.57 _ _ _UTZJ5.6B [| 5.49 5.73 uTzuiza [11.42 (| 11.90 5 UTZ J27 25.20 | 28.61 UTzJ5.6c [| 567 | 5.92 uTzvi28 [1174 | 1224 | UTZJ27A_ | 25.20 | 26.50 5 _UTZJ6.2 5.86 6.53 uTzJize | 12.08 | 12.60 UTZJ27B | 26.19 | 27.53 UTZJ6.2A | 5.86 6.12 5 UTZ 13 12.47 | 13.96 uTzJa7e | 27.21 | 28.61 | __ UTZJ6.2B [| 6.06 6.33 _uTzu13A_| 12.47_| 13.03 5 UTZ J30 28.22 | 31.74 | UTZN62C | 6.26 6.53 | uTzui3B. | 12.91 | :13.49 | UTZI30A_ | 28.22 | 29.66 5 uTzZve8 | 647 [| 7.14 _uTzui3e | 13.37 | 13.96 UTZu30B_ | 29.19 | 30.69 | uTzvesa [| 647 [673 | , uTZJi5 || 13.84| 15.52 uTzv30 | 30.20 | 31.74 | __ UTZJ68B | 6.65 6.93 UTZd15A [13.84 | 14.46 5 UTZJ33 31.18 | 34.83 uTzJesc | 686 | 7.14 _ UTZJ1I5B | 1434 (|: 14.98 __UTZU33A_ | 31.18 | 32.78 5 UTZ7.5 7.06 7.84 | _UTZuI5C | 14.85 | 15.52 __UTZv33B_ | 32.15 | 33.79 __UTZJ7.5A_ | 7.06 736 | UTZ J16 15.37 | 17.09 UTZu33C_ | 33.13 | 34.83 _UTzZu7.5B | 728 | 7.60 _UuTzuiea [1537 [1601 | UTZ J36 34.12 | 37.91 UTZJ7.5C | 7.52 7.84 UTzJ16B | 1585 | 1651 | UTZJ36A_ | 34.12 | 35.86 6 UTZ J8.2 7.76 8.64 uTzJiec | 16.35 (| 17.09 UTZJ368 | 35.07__| 36.87 UTZ J8.2A 7.76 | 8.10 5 _ UTZ S18 16.94 | 19.03 uTzu36c_ | 36.07 (| :37.91 | | _uTzva.28 | 38.02 8.36 uTzJi8@a | 1694 [17.70 | SC, UTZ J39 37.04 | 40.99 UTZ v8.26 | 8.28 8.64 - _uTzu18B | 17.56 (| 18.35 UTZU39A_ | 37.04__| 38.94 \ UTZJ9.1 8.56 9.55 uTzuisc | 18.21 | 19.03 UTZ J39B_ | 38.00 __| 39.94 UTZJ9IA | 856 | 893. | 5 ___UTZJ20 18.86 | 21.08 5 UTZJ39C | 38.99 | 40.99 UTZJ9.1B_ | 8.85 9.23 UTZJ20A | 18.86 | 19.70 Notes: (1) Zener voltage (Vz) is measured 40ms afte: ap- plying the current (2) The min & max zener voltages (Vz) of a type without alphabetical suffx are large-classifica- tion values for the same numencal g oup When ordering, please specify the suffix 94Diodes Addl edd e DTZ Series (Pd = 200mW package: DSM) V2(V)_ J V2() Vz(V) Type Min. | Max | aa) Type Min. Max. | (za) Type Min. | Max. | (ra) DIZ 2.0 7.880 | 2.200 DIZ6.2 5.86 6.53 OTZ 16 115.37 | 17.09 DTZ 2.0A 1880 | 2100 | 5 DTZ 6.2A 5.86 6.12 5 DTZ16A | 15.37__|:16.01 5 DTZ 2.08 2.020 | 2.200 DTz 6.28 6.06 6.33 DTZ16B | 1585 | 16.51 DIZ 2.2 2.120 | 2.410 DTZ 6.2C 6.26 6.53 prziec =| 16.35 ~|:17.09 DTZ 2.2A 2120; 2300 | 5 | oO1Z68 | 647 7.14 DIZ 18 16.94 | 19.03 DTZ 2.28 2.220 | 2.410 prz6sA | 647 | 673 | | DTzisA | 1694 | 17.70 5 _ przZ24 2.330 | 2.630 DTZ 6.8B 6.65 6.93 DTZ 18B 1756 | 18.35 OTZ2.4A 2330 | 2520 | 5 DTZ 6.8C 6.86 7.44 OTZ18C | 18.21 19.03 DTZ 2.48 2.430 | 2.630 DIz75 | 7,06 784. | | DTZ 20 18.86 | 21.08 DIZ27 2.540 | 2.910 pTz7sa~ | 706 | 736 | DTZ 20A 18.86 | 19.70 5 DTZ 2.7A 2540 | 2750 | 5 DTZ 7.5B 7.28 7.60 DTZ 208 1962 | 20.39 DTZ 2.7B 2690 | 2.910 DTZ 7.5C 7.52 7.84 DTZ 20C 20,21 | 21.08 DTZ 3.0 2.850 | 3.220 DTZ 8.2 7.76 8.64 DTZ 22 20.88 | 23.17 DTZ 3.0A 2850 | 3070 | 5 DTZ 8.2A 7.76 8.10 5 | OTZ 22A 20.88 | 21.77 5 __DTZ3.0B 3.010 | 3.220 DTz 8.28 8.02 8.36 OTZ 228 21.54 | 22.47 0123.3 3.160 | 3.530 | DTZ 8.2C 8.28 8.64 DTz 22 22.23 | 23.47 DTZ3.3A | 3.160 | 3980 | 5 01791 8.56 9.55 DTZ 24 22.93 | 25.57 0723.38 3.320 | 3530. DIZ91A | 8.56 893 | DTZ 24A 2293 | 23.96 5 | o1Z3.6 3455 | 3845 | DTZ 9.1B 8.85 9.23 DTZ 24B 23.72 | 24.78 DTZ 3.6A 3.455 | 3695 5 pTzaic =| 9.15 | 955 DTZ 24 25.54 | 25.57 _ DTZ 3.6B 3.600 | 3.845 | | oTzio. ~s* || 9.45 | (10.55 | Tz 27 25.20 | 28.61 | 0123.9 3.740 | 4.160 DTZ 10A 9.45 9.87 5 DTZ 27A 25.20 | 26.50 5 DTZ 3.9A 3.740 | 4010 | 5 DTZ 108 977 | 10.21 DTZ 27B 26.19 | 27.53 DTZ 3.98 3.390 | 4.160 DTZ 10C 10.17 | 10.55 DTZ 27C 27.21 | 28.61 0124.3 4.04 4.57 DIZ 11 10.44 | 11.56 DTZ 30 29.22 | 31.74 DTZ 4.3A 404 | 429 | | DTZ11A 1044 | 1088 | | DTZ30A_*| 28.22 =|: 29.66 5 DTZ 4.3B 4.47 4.43 DTZ 11B 10.76 | 11.22 DTZ 30B 29.19 | 30.69 DTZz4.3C | 4.30 4.57 DTz 11 11.10 | 11.56 DTZ 306 30.20 | 31.74 " piz47 4.42 4.90 DTZ 42 11.42 | 12.60 DTZ 33 31.18 | 34.83 DTZ 4.70 4.42 461 | | pizza [1142 | 1190 | (DIZ33A_s| 31.18 | 32.78 5 DTZ 4.7B 4.55 4.75 p1z12B | 41.74 | 12,24 DTz 338 32.15 | 33.79 DTZ 4.7 469 | 490 | ptzizc | 12.08 ~| 12.60 | pTz33 | 33.13 _*| 34.83 DIZ5.1 484 5.37 __b1Z 13 12.47 | 13.96 01236 34.12 | 37.91 DTZ5.1A 4.84 5.04 5 DTZ 13A 12.47 | 13.03 5 DTZ 36A 3412 | 35.86 5 DTZ 5.1B 4.98 5.20 DTZ 13B 12.91 | 13.49 DTZ 368 35.07 | 36.87 DTZ5.1C 5.14 5.37 DTZ 13C 13.37 | 13.96 DTZ 36C 36.07 | 37.91 01256 531 | 5.92 ] DTZ 15 13.84 | 15.52 __DTZ5.6A 5.31 5.65 5 DTZ 15A 13.84 | 14.46 5 DTZ 5.6B 5,49 5.73 DTZ 15B 14.34 14.98 Notes (1) Zener voltage (V7) of a type with suffix is pizsec | 567 | 5.92 pizisc | 14.85 | 15.52 (2) The min. & max. zener volages (V2) 0! 8 ype without alphabetical suffix are large-classifica- tion values for the same numerical group When ordering, please specity the suffix 1N746 ~ 1N759 (Pd = 400mW Package: DO-35) V2(V) V2(V) V2(V) Type Min. | Max. | tZs) Type Min, | Max | (aay Type Min, | Max. | day sy _1N746 2.97 363 | 55 1N751 4.59 661 | oy | _1N756 7.38 9.05) 4 ey IN746A 3.44 3.47 IN751A 4.85 5.36 1N756A 7.79 | 861 vy _1N747 3.24 3.96 50 |) iN752 | -5.04 6.16 30 1N757 8.19 | 10.01 30 vy _1N747A 3.42 3.78 1N752A 5.82 5.88 ; AN757A_ | 8.65 956 | yy 1N748 3.51 4.29 59 | | _1N753 5.58 6.82 30 1N758 9.00 | 11.00 50 ve 1N74BA 3.71 4.10 IN753A 5.89 6.51 | 4N758A 9.50 | 10.50 yy 1N749 3.87 473 | 59 1N754 6.12 7.48 | og | __1N759 10.80 | 13.20 20 vy IN749A, 4.09 452 1N754A 6.46 7.44 | IN759A, 11.40 | 12.60 gy 1N750 4.23 5.17 00 1N755 6.75 8.25 20 #_1N750A 4.47 4.94 1N755A 7.13 7.88 95eae Roum @ 1N957 ~ 1N970 (Pd = 400mW Package: DO-35) VAM) VaAV) ce MAY Type Min Max na) Type Min. Max. (ria) Type Min. Max. nay 1N957 5.44 8.16 1N962 8.80 13.20 | 1N967 14.40 | 21.60 1N957A 6 12 7.48 18.5 1N962A 9.90 12.10 11.5 1N967A 19.80 7.0 | 1N957B 646 714 _ 1N962B | 1045 = i155 | 1N967B 10 | 18.90 ; __1N958 6.00 9.00 | 1N963 9.60 14.40 __1N968 | 16.00 24.00 | | 4NSSBA | G75) | 825 | 165 ~41N963A 10.80 | 13.20| 105 1N968A 18.00 | 2200 | 62 _1N958B 7.43 7.88 1N963B 11,40 12.60 | | 1N968B 19.00 21.00 ines, 856 | 984 1N964 10.40 _ | 15.60 N69 | 17.60 | 26.40 __1NS59A | 7.38 9.02 15.0 1N964A 11,70 14.30 95 1NS69A 19.80 24 20 56 1N959B | 7.79 =| :28 61 | 4N964B C1235 13.65 ~4NS69B | 20.90! - 23-10 ingsos | 7.28 ~*| 10.92 ins65 | 12.00 | 18.00 1Ng70=s19.20s|- 28.80 1N960A 819 | 10.01 14.0 1N96SA "13.50 16.50 B.5 | 1N970A_ Pot 60 | 26.40 52 1N960B | 8.65 956 | 1N9658 14.25 15.75 ~1N970B | 22.80 || 2520 inge1 = | 8.00. ~(| 12.00 | 1N966 | 12.80 19.20 " 1N961A 900 [1100 | 125 iN966A | 1440 | 17.60 =| 78 1N961B 9.50 10.50 1N966B. | 15.20 16.80 @ 1N5230 ~ 1N5252 (Pd = 500mW Package: DO-35) i VeV) f VA) : V2(V) Type Min Max (rea) Type Min Max. (ra) Type Min Max wna) ty IN523000 | 376 | 564 | | INS238 | 6.96 10.44 | _INS246 | 12.80 | 19.20 | iy INS230A | 423 | 517 | 20 |} 1NS238A | 7 83 957 20 1N5246A 1440 | 17.60 78 vy _1N52308 447 | 4.94 1N5238B | 8.27 914 | _1N5246B [15.20 1680 | | -1N5231_s | 408 | 6.12 1N5239 | 7 28 10.92 _1N5247_ || 13.60 | 2040 | 1N5231A | 4.59 5.61 20 1N52398 | (8.19 10.01 20 1N5247A_|-15.30 18.70 | 74 1N5231B | 485) | 55360 | | 1N5239B | 865 | 956 | | 1N5247B | (16.15 1785 | 1N5232 4.48 6.72 : 1N5240 | 8.00 | 12.00 | 1N5248 14.40 | 21.60 | 1N5232A 5.04 6.16 20 | 1N5240A_ | 900 [11.00 | 20 | 1NS248A = 16.20 =| 1980 | 79 1N5232B 5.32 5.88 iN52408 | 950 10.50 N5248B 17.10 18.90 1Ns233 | 480 | 7.20 | 1N5241 | 880) [13.200 | _1Ns249 [1520 [| 22.80 | 1N5233A | 5.40 =| 660 | 20 | 1N5241A t 990 | 2. 20 _ANS249A([ 17.10 = 2090 |: 68 1N52338 | 5.70 | 6.30 AN5241B | 10.45 | 11.6 _ 1Ns249B | 18.05 19.95 | i 1N5234 =| 4.06 =| (7.44 ins242, | 9.60 =| | 1N5250 | 16.00 | 2400 | vy IN5234A | 5.58 | 682 20 1N5242A 10.80 | 20 1N5250A__| 18.00 22.00 62 fy 1NS234B | 589 | 651 | 1NS242B | 1140 [1260 | | _1N5250B [19.00 [2100s 1N5235 544 | 816 | 1N5243 10.40 15.60 | 1N5251 | 1760 [| 2640 | _ 1N5235A 6.12 7.48 20 1ns243a_ [11.70 (| 1430 | 9.5 INS251A | 19.80 | 2420 | 86 1N5235B | 6.46 7140 | 1N5243B | 12.35 13.65 _1N5251B | 20.90 23.10 1N5236 6.00__| 9.00 1N5244 01 11.20 | 16.80 _1N5252_ | 19.20 | 28.80 1N5236A_ 6.75 8.25 20 1N5244A 12.60 15.40 9.0 1N5252A 2160 | 26.40 5? 1N5236B 7.13 7.88 1N5244B. | 13.30. | :14.70 | 1N5252B 22.80. 25.20 | _1N5237,s || 656 | 984 | Yans2as.s} 1200~S80o OP 1N5237A 7.38 | 902 20 IN5245A | :13.50. | 1650. | 85 | 1N5237B y 779 T 861. - - 1N5245B oy 14 25 | 15.75. - Note. Zener voltage (Vz) is measured 90 sec alter arply- Ing the current @ Special Zener Diodes v2 (V : Type Min. oe Iz (mW) Package Features reeence . je (mA) | _. STZ6.8T | 647 | 7.14 5 | 200 | SMD Cathode common; 2 buill- -in elements No, 2799 ITZ 5.6H 5.28 | 5.91 20 | 400 | sIP9 ein Cathode common; 8 built: inelements No. 2917 96