SEMITRON INDUSTRIES LTD 43E D MM 8137889 0000151 O BESLCB TUS BZY95/BZY96/Z2 series Hermetically Sealed Metal Package = Voltage Regulator Diode Released to BS/CECC 9305-F082 = Voltage Range 3.0 to 400 Voits 1.5 Watt Steady State = 400 Watt Peak Power APPLICATIONS m Arange of medium power zener and avalanche diodes available to BS 9305-F-082 in a hermetically sealed DO1 package with both unipolar and bipolar configurations. FEATURES m T operating ~55C to +175C w Metal and glass package D013 or DOL m 400 Watt surge capability at 1 mS am Excellent clamping capability m Typical Ip less than 10 11 A above 10V a Fast response time: typically less than 1.0pS from 0 volts to BV min. @ High temperature soldering guaranteed 300 C/ .375" (9.5mm) lead tength/Sib (2.3Kg) tension MECHANICAL DATA m Case: Hermetically sealed DO1 outline (alternative D013) w Finish: All external surfaces are corrosion resistant and leads solderable mw Identification: Body marked with Type No. and logo m Weight: 1.9 grammes (approximately) (1") 254 : (2 5 = mn a s se Lore $Ot6 (DO 1) dim mn mm finch) ELECTRICAL CHARACTERISTICS w Forward Voltage Vf 1.5V max. at If = 1A g Vz measured with pulse = 20mS m Rz determined with DC plus 10% superimposed AC @ 1KHz OTHER TYPES AVAILABLE IN1507 Thru IN1517* 8S9300-C405 Thru C429 } For D013 package add IN1518 Thru IN1528 BS9300-C841 Thru C849 ! suffix A (BS9300-C405A) IN1765 Thru IN1802* 1S4006 Thru 1S4200 IN2032 Thru IN2040 BZY95C10 Thru C75 IN2214 BZY96C4V7 Thru C10 IN3732 All electrical characteristics 25C untess otherwise stated. AVAILABLE IN THE FOLLOWING CONFIGURATIONS Double Cathode Anode Normal {0217} 5S@+ 127 350) cha (605*) (sts) 89 eo 31 8 (1 25") 31 (1 28") 40 2") $33 merle Case outhne OM in mm DO13 oe re Nea er RE els eA IN cn Aan mt reer 31 neem eA TR T-11-15 SEMITRON INDUSTRIES LTD GSE D EM 6137889 OOO0OLSe 2 EMSLCB Electrica! Characteristics @ 25C Vz iz Rz ohms Max & at Vr Temp Coef Industry Semitron + 5% Voltage %/C Typ Type Type Tolerance mA Typ. Max pA Vatts 2283.0 2.83.2 100 2 14 300 10 0.08 2283.3 3.13.5 100 2 2B 300 10 0.07 2283.6 3.43.8 100 2 122 200 10 0.06 7283.9 3.741 100 2 11 150 15 005 2284.3 4.0.4.6 100 2 10 100 15 0.04 2284.7 4.65.0 100 2 3 100 15 0.015 BZYSECSV1 7285.1 485.4 100 2 8 50 15 +001 BZYS6CSYV6 2285.6 5.26.0 50 15 8 50 15 +0.02 BZY96C6v2 2286.2 5.86.6 50 10 7 s0 43 40.03 BzyS6cevs 2236.8 6.47.2 50 03 6 30 al 40.06 BZY96C7V5 2287.8 707.9 50 05 6 x S14 40.05 Bzy96C8Vv2 2288.2 7.787 50 10 T 10 5.6 40.06 BZyS6CovL 7289.1 859.6 50 2 8 10 62 0 +.065 BZYS5C10/BZY96C10 72810 9.4106 50 2 8 10 68 40.07 Bzy9sci1 Z2Bi1 10.4116 50 3 9 10 7S +0.07 a Bzy95C12 22812 11.4127 50 4 9 10 82 +0.075 < w Bzy95C13 22613 12.4141 50 5 10 10 91 +0.075 a Bzy9sc15 22818 138-45.6 50 6 10 10 10.0 4008 Bzv95C16 72818 15.3471 20 10 12 10 11.0 40.08 2 18 72818 16.9:19.1 20 12 415 10 120 40.08 go Bzv9520 72820 18.821 2 20 13 48 10 130 40.085 se BZY95C22 208233 2 4 27 10 15.0 +0.09 G2 Bzy95c24 22824 22.7-25.9 20 45 wD 10 16.0 +0.09 a Bzy98C27 22827 25: 1:28.9 2 16 32 10 18.0 +0.095 5 3 BZY95C30 22630 28.0-32.0 20 2 ua 10 20.0 40.095 Bzy9sca3 22833 31.035.0 20 24 36 10 22.0 +0.10 BZY95C36 22836 34.0-38.0 20 23 38 10 24.0 40.10 BZY95C39 22839 37.041.0 10 wu 45 10 27.0 +0.10 Bzy95C43 22843 40.0-46.0 45 60 10 30.0 +0.10S BZY95C47 22047 44.050.0 10 50 70 10 33.0 40.105 BZy95c51 72851 48.054.0 10 68 30 10 36.0 +0.105 BZY95C56 22856 52.060.0 10 75 100 10 39.0 40.105 BZy95C62 22862 $8.066.0 10 83 110 10 43.0 +O.11 Bzye5ces z2868 64.0-72.0 10 90 120 10 47.0 +0.11 BZYS5C75 22875 70.0-79,0 10 98 130 10 51.0 40.11 Z2B82 77.087.0 10 130 175 10 56.0 11 22891 85.0-96.0 5 150 200 10 62.0 +011 228100 94.0106 5 200 350 10 65.0 +0.11 z28110 104 0116.0 5 300 450 10 75.0 +0.11 728120 114.0-127.0 5 320 550 10 82.0 40.11 228130 124.0-141.0 5 350 650 10 91.0 40.11 728150 138.0156.0 5 400 800 10 100.0 40.11 228160 15301710 5 500 1000 10 110.0 40.14 728180 16901910 5 700 1200 10 120.0 O11 728200 18802120 5 800 1700 10 130.0 40.14 - 728400 380 04200 t 2K 10 300.0 0.11 For BS device specify conforming to BS 9300 or BS 9305-F-082 issue 2. Code Interpretation Full specification available on request. c Z *For D013 package to commercial spec. replace figure 2 with letter D. ie. ZDB9.1 Bipoiar Zener Normal voltage Vz Device ] [ FORWARD VOLTAGE VI1 SV max at if = 1A 228 91 Vz measured with pulse = 20mS . Re determined wh OC plus 10% superimposed AC @ 1kHe Device series | | Voltage tolerance t T q q 1 A=11% H=+2% B=5% C=+10% D=+15% NON-REPETITIVE PEAK PULSE POWER RATING CURVE MAXIMUM STEADY STATE DISSIPATION VERSUS CASE TEMPERATURE 100 Max (W) 2 & 25 10 3 20 a 3 16 go a 10 os O1Kw na us Time tp) 100us 1ms 10 ms - Ime (ip) Note. Peak power defined as peak voltage times peak current 200 C Oo 25 Ratings