FAGOR ELECTRONICS qa pe susaaes oooowa s po co FAGOR 2a BZY88C8V1 ........ BZY88C33V 3459325 FAGOR ELECTRONICS 98D 00193 _ D. 10.8 W Zener Diodes- - -- oe _ ! Dimensions in mm. (inches) (Gasy Voltage .1to 33 V. 2s Power 3 0.5 W | ova = g l: Standard Voltage Tolerance is t 8 % (2.401) Mounting instructions 1. Min. distance from body to soldering point, 2mm. 2. Max. solder temperature, 300C. 50-38 Cl 3. Max. soldering time, 3 sec. e DO- lass case 4, Do not bend lead at a point closer than Terminals: Axial Leads 1,5 mm. to the body. e Polarity: Color band denotes cathode e Low cost Maximum Ratings, according to IEC publication No. 134 Prot Power dissipation at Tamb = 25C 500 mW Post Non repetitive peak zener dissipation (T, = 25C, t = 1 ms) 12W T Max. operating temperature 175C Tag Storage temperature range 50C to + 176C Electrical Characteristics at Tamb = 25C Ve Max. forward voltage drop at I; = 200 mA 12V Riya Max. thermal resistance at: 8 mm. lead length 0,30C/mW \ 135 pi iol 5 EE he OoFAGOR ELECTRONICS qa def ausaszes oooowsy 7 FAGOR BZY88 T-l-// 3459325 FAGOR ELECTRONICS oe gap 00194 __D Zener Voltage Maximum Zener Impedance Typical Masamum Reverse Range Temperature Leakage Current Type atl =SmA Ze L Coefficient Vv, I, atv, (Vv) (Q) (mA) (mV/C) (pA) ) BZY88-CSV1 48-5.4 7S 5 - 12 1 2 BZY68-CSV6 5.2-6.0 65 5 - 02 1 2 BZY88-C6V2 8-6.6 27 +2 1 2 BZY88-C6V8 6.4-7.2 15 5 + 32 1 3 BZY68-CTV5 1.0-7.9 i] + 42 05 3 BZY88-C8V2 7.1-87 20 5 +5 04 3 BZY88-COV1 88-96 25 + 6 0.4 BZY88-C10 9.4-106 26 5 + 7 25 7 BZY68-Cll 10.4-11.6 35 + 87 25 7 BZYe8-Ci2 114-127 36 5 +9 25 8 BZY88-Cl3 12.4-14.1 35 5 +104 25 9 BZY88-C15 13.8-15.6 35 5 +125 25 10 BZY88-C16 1.3-17.1 40 +13 25 10 BZY68-C18 16.8-19.) - ~ 45 5 +18 25 13 BZY68-C20 18.8-21.2 50 5 +17 25 14 BZY88-C22 20.8-23.3 6 5 +19 25 1 BZY68-C24 22.8-25.6 75 5 +21 28 17 BZY638-Ca7 25.1-28.9 85 5 +235 25 19 BZY88-C30 28-32 95 +26 25 21 BZY68-C33 31-36 120 5 +28 25 2 136FAGOR ELECTRONICS pe ere : FAGOR =@ 3459325 FAGOR ELECTRONICS Characteristic Curves 137 P,,, max., power dissipation (mW) Ry, thermal resistance junction ambient C/W) 600 8 8 8 8 100 400 300 200 100 4a pe J aussa2s g000395 4 0 50 100 180 Tamb. ambient temperature (C) 200 98D 00195 T-i-l 250 a so a sit | YY 0 5 10 15 20 I, lead length (mm.) 25 30qa de fpsussaes coco o i CO RR FAGOR ELECTRONICS 3459325 FAGOR ELECTRONICS =~ ~~~s98D 00196 FAGOR 2 THI-// BZY88 | Breakdown characteristics at T, = constant (Pulsed) mA 80 CSV1p jCSV6 cave T, = 28C : * | ceva . I, | { 30 n ! 10 Test sath | AAT 0 1 2 3 4 5 6 7 8 9 10V V, mA 30 I, + 10 Test furrent 0 10 20 30 40 V 138 bes eer en tenement eee eee reneeFAGOR ELECTRONICS qa def susazes oooo1a? 2 F AG oO R 2 / BZY88 TI 3459325 FAGOR ELECTRONICS 98D 00197 D Q 1000 T = 28C Dynamic resistance versus 5 Zener current. 4 3 2 7 100 wo Ohba 10 Oo wha o1 2 58 1 2 8 y 2 5 jooma >| Kw Ie Pulse thermal resistance 5 versus pulse duration. Valid 4 provided that leads are kept 3 at ambient temperature at a 2 distance of 8 mm. from case. THA 02 t 1 5 4 3 2 10 wo wohan 1 10> 10% 10 10? 10! 1 10 _ t, (sec.) 139FAGOR ELECTRONICS 3459325 FAGOR ELECTRONICS FAGOR V6 AV, = tL 144, =S5mA 12 v, } 0,6 0,4 J 02 [ A 1 2345 ji 2 348 joy ViatlL=S5mA m W/K 25 20 1 2 848 49 62 348 iggy V,atlL=5mA 98D 00198 Tl) ~ BZY88 Change of Zener voltage from turn-on up to the point of thermal equilibrium versus Zener voltage. Temperature dependence of Zener voltage versus Zener voltage. 140 48 DE psysqses oooo1sa 4 I D, | i i i ee ent eteFAGOR ELECTRONICS 48 De ff 3459325 0000194 & Tt r co FAGOR =} BZY88 3459325 FAGOR ELECTRONICS 98D 00199 OD T-u-/) $2100 N \ \ T= 2c Dynamic Zesistance versus 5 NON N IISA r,. 2 NSN Nerf 33 V Nz PLANS NY Ns 5 NWN pS 4 4 Si 8 10 2 6,8/8,2 Thermal differential resistance versus Zener voltage. Valid provided that leads are kept at ambient temperature at a distance of 8 mm. from case. Co wo ho 10 ow wwna POSITIVE 1 1 2348 j 2 3458 iggy V,atl=5mA 141 ene eta neFAGOR ELECTRONICS FAGOR 10 10 10 10"! 10? 1,, forward current (mA) 10 10-* | 108 Q 100 Oo w ff OF WZ 10 oO mao [ 3459325 FAGOR ELECTRONICS 0,2 04 0,6 08 1V V,. forward voltage drop (V) qa deff sussa2s ooooeoo 9 98D 00200 D- BZY88 T-//-7/ Forward characteristics. Dynamic resistance versus Zener voltage. 142FAGOR ELECTRONICS qa DEB susaaes cooozc1 0 FAGOR = Oo Bzyes 3459325 FAGOR ELECTRONICS 98D 00201 DB tI l-/ PF 1000 Capacitance versus Zener voltage. 5 4 3 oO fa ny 1 2 348 jo 2 848 ogy V,atL=5mA V 08 Change of Zener voltage OL ce 07 V," = 33 V versus junction temperature. 06 AV: 08 { 04 03 0.2 0,1 atl,=5mA 0 20 40 60 80 100 120 140C T, } 143