Q60225-Y83-J1

BZY83C ETC | Alldatasheet

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Technical content

BZY 83 C, BZY 83 D, BZY 85 C, BZY 85D Silicon Z-diodes Silicon Z-diodes type BZY 83 and BZY 85 are available with 5% tolerance (C) and 10% tolerance (D). BZY 83 is provided with a metal case 1A2 DIN 41871 and may be operated in free air as well as mounted on a chassis with a cooling fin (heat sink). BZY 85 is provided with a glass case 51A2 DIN 41880 (DO-7). They are suitable for stabilizing and limiting voltages as well as for generating reference voltages at low power requirements. The cathode lead is marked by a red dot (BZY 83) or a colour ring (BZY 85). Type Order number Type Order number BZY 83/C4V7 | Q60225-Y 83-J1 @ BZY 85/C4V7 | 060225-Y85-J47 BZY 83/C5V1 | Q60225-Y83-J2 @ BZY 85/C5V1 | 060225-Y85-J51 BZY 83/C5V6 | 060225-Y93-J3 @ BZY 85/C5V6 | 060225-Y85-J56 BZY 83/C6V2 | Q60225-Y83-J4 @ BZY 85/C6V2 | 060225-Y85-J62 BZY 83/C6V8 | Q60225-Y83-J5 @ BZY 85/C6V8 | 060225-Y 85-J68 BZY 83/C7V5 | Q60225-Y83-J6 @ BZY 85/C7V5 | 060225-Y85-J75 BZY 83/C8V2 | Q60225-Y83-J7 @ BZY 85/C8V2 | Q60225-Y85-J82 BZY 83/C9V1 | Q60225-Y83-J8 @ BZY 85/C9V1 | 060225-Y85-J91 BZY 83/C10 Q60225-Y 83-J9 @ BZY 85/C10 Q60225-Y 85-J 100 BZY 83/C11 Q60225-Y 83-J10 @ BZY 85/C11 Q60225-Y 85-J110 BZY 83/C12 Q60225-Y 83-J11 @ BZY 85/C12 Q60225-Y 85-J120 BZY 83/C13 Q60225-Y 83-J 20 @ BZY 85/C13 Q60225-Y 85-J 936 BZY 83/C15 Q60225-Y 83-J13 @ BZY 85/C15 Q60225-Y 85-J150 BZY 83/C16 Q60225-Y 83-J 21 @ BZY 85/C16 Q60225-Y 85-J 937 BZY 83/C18 Q60225-Y 83-J15 @ BZY 85/C18 Q60225-Y 85-J180 BZY 83/C20 Q60225-Y 83-J16 @ BZY 85/C20 Q60225-Y 85-J 200 BZY 83/C 22 Q60225-Y 83-J17 @ BZY 85/C22 Q60225-Y85-J220 BZY 83/C 24 Q60225-Y 83-J22 @ BZY 85/C24 Q60225-Y 85-J 938 BZY 83/D1 Q60225-Y 83-K1 @ BZY 85/D1 Q60225-Y85-K10 BZY 83/D4V7 | Q60225-Y83-K2 ™@ BZY 85/D4V7 | Q60225-Y85-K47 BZY 83/D5V6 | Q60225-Y83-K3 ™@ BZY 85/D5V6 | Q60225-Y85-K56 BZY 83/D6V8 | Q60225-Y83-K4 @ BZY 85/D6V8 | 060225-Y85-K68 BZY 83/D8V2 | Q60225-Y83-K5 @ BZY 85/D8V2 | Q60225-Y85-K82 BZY 83/D10 Q60225-Y 83-K6 @ BZY 85/D10 Q60225-Y 85-K100 BZY 83/D12 Q60225-Y 83-K7 @ BZY 85/D12 Q60225-Y 85-K120 BZY 83/D15 Q60225-Y 83-K8 @ BZY 85/D15 Q60225-Y 85-K150 BZY 83/D18 Q60225-Y 83-K9 @ BZY 85/D18 Q60225-Y 85-K180 BZY 83/D 22 Q60225-Y 83-K10 @ BZY 85/D22 Q60225-Y 85-K220 Heat sink Q62901-B1 Not for new development 542

BZY 83 C, BZY 83 D, BZY 85C, BZY 85D Bzy 83 BZY 85 earance 215. red dot (cathode) cen ase-sienng pt 5/2754 mn ey oogs | * ¥ ==47 Oo: at & f — > 7” i ‘ >, 17.3 max. be-30., ole thas! -ehmay inne bs oman. Weight approx. 1g Dimensions in mm Weight approx. 0.2g Dimensions in mm HESEt i985 675 ee . heat sink Maximum ratings BZY 83 BZyY 85 Forward current I, 200 200 mA Maximum current jew 300 300 mA Junction temperature 7 150 150 °c Ambient temperature Tomb —55 to +125 | —55to +150 | °C Total power dissipation (Tamp = 45 °C) Prot 300') - mW Total power dissipation (Tam =25 °C) Prot 250 400?) mw Thermal resistance between junction and static ambient air Rinsame | <500 <3102) k/w between junction and case Rinsease | <250 - k/w When mounted on a chassis of sheet aluminium 12 cm? in area with cooling fin (heat sink) Rin <350 - K/w Static characteristic (7,,,,=25 °C) Forward voltage (I;=100mA) Vg [0.8(<1.0)* |09(<1.0)" |v Current and voltage data see following table 7) When mounted on a chassis of sheet aluminium 12 cm? in area with cooling fin (heat sink) R,,, = 350 K/W 2) clearance case soldering point 4mm (Tza4,= Max. 25°C) * AQL=0.65% 543

BZY 85 C, BZY 85D Delivery program BZY 85 Type Nominal | I,,e4e=5 MA Tq*) at | Va") at | Femax') € voltage E 7.?)=

3 V2-range *) Tray’) fzetat | Va=1P | Ig=1 WA) 45°C

3} BZY 85/C4V7 | 4.7 441050 | 70 |70 |<s00 |>1 98 3) BZY 85/C5V1 | 5.1 4.8 10 5.4 60 64 <500 >1 52 2 BZY 85/C5V6 | 5.6 5.2 to 6.0 40 | 47 <500 >1 49 =| BzY 85/C6V2 | 6.2 58t066 | 10 | 23 |<100 | >1 45 S| Bzy 85/C6V8 | 68 64t072 |8 | 24 |<100 |315 | 41 2 BZY 85/C8V2 | 8.2 7.7 to 8.7 7 36 <100 >3 33 BZY 85/C9V1 | 9.1 8.5 to 9.6 10 47 <100 >3 30 BzY 85/C10 | 10 94t010.6 | 15 | 60 |<100 />45 | 28 Bzy 85/C11_ | 11 10.410 11.6 | 20 {74 |<100 {>45 | 25 BZY 85/C12 | 12 11.4t012.7 | 20 | 91 |<100 |>65 | 225 BZY 85/C13 13 12.410 14.1 | 26 108 | <100 >6.5 20.5 BZY 85/C15 15 13.8 to 15.6 | 30 138 | <100 >9.5 19 BzY 85/C16 | 16 15310171 | 40 }177|<100 |>95 |17 BZY 85/C18 | 18 16810191 | 55 | 226 |<100 |>95 |15 BZY 85/C20 20 18.8 to 21.2 | 55 275 | <100 >9.5 14 BZY 85/C 22 22 20.8 to 23.3 | 55 319 | <100 >11.5 12.5 BZY 85/C 24 24 22.8 to 25.6 | 80 | 408 | <100 >11.5 11 BZY 85/D1°) 07 0.62 to 0.78 | 8 76 |- >1 200 BZY 85/D4V7 | 4.7 41105.2 | 85 |95 |1000 |>1 55 BZY 85/D5V6 | 5.6 5.0 to 6.3 75 85 <500 >1 49 BZY 85/D6V8 | 6.8 6.0 to 7.5 15 33 <100 >1.5 45 BZY 85/D8V2 | 8.2 73t092 |10 |43 |<100 |>3 41 BzY 85/D10 | 10 88to11.0 |15 | 65 |<100 |>45 |28 BZY 85/D12 12 10.7 to 13.4 | 30 110 | <100 >6.5 22.5 BZY 85/D15 15 13 to 16.5 55 185 | <100 >9.5 19 BZY 85/D18 18 16 to 20 55 255 | <100 >9.5 15 BZY 85/D22 22 19.6 to 24.4 | 55 355 | <100 >9.5 12.5 1) Clearance case soldering point 4 mm (7..4.= max. 45 °C) 2) 7, =temperature at soldered joint 4mm away from case %) the BZY 85/D 1 is a diode with very small tolerances to be used in forward direction. The anode is marked by a colour ring * AQL=0.65% 545

BZY 83 C, BZY 83 D, BZY 85C, BZY 85D Total permissible power dissipation P,.=f(Tam») Total permissible power w Ter Parameter szves winmpation Por fTamn) pzv8s 06 OB . oo CT Tie TTT eC 1A ne EEE EEE Lary Gerrettsats a resannae i nEal eat a | Ne «fA “i Neer Fer LENE JET COATT) 60 -40-20 0 20 40 80 80 100 120 KO°C ~40 0 40 80 20 | 160°C -— > hn — Tint 546

BZY 83 C, BZY 83 D, BZY 85C, BZY 85D Forward characteristics 1, =/(V,) Z-Voltage Vy=f(Tyms) Tym = Parameter v Bzy 83 mA Bzy83 2B — Seeeaee eee ey y po B2Y 89/022 — Wiel one } 20 — | Auf | | | SSS Ha === | =a, LiF Se Ph 00s Fi) is. Sa === pastes isis == === tPA = fe oa fn —_ i a os a | = | wl AE th 0 me 1 7% WO 126°C 0 05 ¥, wv —> Tan eh Alteration of the Z-voltage from the switching moment to the reaching of the thermal Forward characteristics I, =/(V;) balance 4V,=f(V;) Tomo = parameter mv ‘BZY 83, BZY 85 mA BZY85 10 pt 10) eee pees = FE Fe 4 == SS ay FREER ERE , ARERR s--E Cre LS Fe Py) f FCCer eee | "SHR aS ; LOE | gee ae t—— limit curve F; ae roe wh fs vA Bese Jecsz= SSE / == == | | : it oye eee aioe | aon SSS Se a C1 1 aan a on | - wo ZL ] == = | ER wll Jil eo TAA 0 & 8 2 6 20 UV 0 05 WV — —+h; 549