Pre-Packaged 1.5 and 2.0 Silicon Rectifier Circuits SBRO5 SERIES FW50 SERIES FWL50 SERIES // FWLA50 SERIES / TEMPERATURE DERATING len (MAX. 1/2 CYCLE-60 HZ) SURGE CURRENT 50 AMPS 0.5 \ tp (MAX. REVERSE CURRENT @ RATED PIV.) 10u AMPS Ve (FORWARD VOLTAGE DROP PER LEG) 1.0 VOLTS MAXIMUM @ 1.0 AMP. D.C. CHARACTERISTICS TPE VOLTS) Y SBRO5 FWS50 FWL5O FWLASO 50 oc 2.0 SBR12 FW100 FWL100 FWLA100 100 o SBR22 FW200 FWL200 FWLA200 | 200 2 SN SBR32 FW300 FWL300 FWLA300 | 300 i456 oy Ay. SBR42 FW400 FWL400 FWLA400 | 400 K YNZ SBR52. FW500 FWL500 FWLAS500 | 500 a \% WSs SBR62 FW6O00 FWL600 FWLAGOO | 600 cr NNY, SBR72 FW700 FWL700 FWLA700 | 700 S10 RUNS SBR82 FW800 FWL800 FWLA800 800 o NS SBR102 FW1000 FWL1000 FWLA1000 | 1000 oO a a uu ee < a 25 50 75 100 125 150 175 DEGREES CENTIGRADE AMBIENT MECHANICAL DATA FULL-WAVE BRIDGE RECTIFIER CIRCUIT 250--| be |. .687 | bo | + AC I 150 ALL AC 032 1.25 < LEADS Lat | ri | +DC LEAD 1/8" longer SILVER CLAD COPPER |g 9 00 ALL DIMENSIONS IN INCHES o +0C S, . Ww Semicon SUicf% 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 PHONE: 617-272-9015 TWX: 710-332-1919MINIATURE SILICON CENTER TAP ASSEMBLIES INSULATED BODY NEGATIVE POSITIVE DOUBLERS PIV VOLTS COMMON ANODE COMMON CATHODE SERIES CONNECTION Type Number Type Number Type Number 50 CTN50 CTP50 VB50 100 CTN100 CTP100 VB100 200 CTN200 CTP200 VB200 300 CTN300 CTP300 VB300 400 CTN400 CTP400 VB400 500 CTN500 CTP500 VB500 600 CTN600 CTP600 VB600 700 CTN700 CTP700 VB700 800 CTN800 CTP800 VB800 1000 CTN1000 CTP1000 VB1000 1200 CTN1200 CTP1200 VB1200 Average Forward Current (1a) 1.5 Ampere thru 75C Surge Current, One Cycle of 60 Cycles 50 Amperes Forward Drop (Per Leg) @ 1.0 Amps. D.C. 1 Volt Maximum Reverse Leakage @ PIV @25C 10 # amp. Maximum Average Forward Current shown is for resistive or inductive load. For capacitive load, multiply by 0.666. TEMPERATURE DERATING CHARACTERISTICS MECHANICAL DATA 100 |250/e |. .687-_ ee 5 f ce [oot : 1 59 {_} MINIMUM OPERATING T S TEMPERATURE 65C | a at .150 ao .032 \-<+ 1.5 wy ww Ke t Li co xe 25 50 75 100 125 150 17 8 SILVER CLAD 0 Oo O COPPER AMBIENT TEMPERATURE C ALL DIMENSIONS IN INCHES 112-9/73-10M-MB15.0 AND 30.0 AMPERE SILICON RECTIFIER SINGLE-PHASE FULL WAVE BRIDGE MODULES CASE: EPOXY MOLDED POLARITY: RED DOTIS + D.C. OUTPUT D.C. OUTPUT YELLOW DOTS ARE A.C. TERMINALS MOUNTING POSITION: ANY (MAXIMUM HEAT TRANSFER IS THRU ALUMINUM SINK VISIBLE ON REVERSE SIDE FROM TERMINALS) TERMINALS: FAST-ON TYPE MOUNTING TORQUE: 20 in Ibs. MAX. ALL DIMENSIONS IN INCHES MECHANICAL DATA .100 MIN. DEEP DRILLED FOR #6 SCREW SDA980-1 hi THRU SDA980-10 AND SDA990-1 THRU SDA990-10 |e 1.125 | D.C. OUTPUT TO 30 AMPS @ 55C CASE P.1.V. RATINGS TO 1000 VOLTS INTERNAL HEAT SINK ELECTRICALLY ISOLATED Semicons SDA980 and SDAQ90 Series are dif- fused silicon rectifier modules where-in silicon recti- fier dice have been interconnected in a_ single- phase full wave bridge configuration. The assembly is electrically isolated from the case yet the rectifier dice are in intimate thermal contact with an alum- inum disk for efficient heat transfer to the chassis. RATINGS AND SPECIFICATIONS: (25C Ambient unless otherwise noted) Rating (Per Leg) Symbol 1 2 3 4 5 6 8 10 | Units Peak repetitive reverse voltage | V re Working peak reverse voltage ye eal 50 | 100 | 200 | 300 | 400 | 600 | 800 | 1000 | Volts D.C. Blocking Voltage VR 50 100 200 300 400 600 800 | 1000 | Volts D.C. Output Voltage Resistive Load Vdc 30 62 125 185 250 375 500 625 | Volts Capacitive Load Vdc 50 100 200 300 400 600 800 { 1000 | Volts Sine Wave RMS Input Voltage | VR 35 70 140 210 280 420 560 700 | Volts D.C. Output Current @ Tcase = +55C SDAQ80 lo 15 | Amp. SDA990 lo _ 30 w| Amp. Peak Full Wave One Cycle Surge Current (60 Hz l-M ees 300 y| Amp. Non-Recurrent) Surge Operating and Storage Junction Temperature Range | Ty, TSTG -~-< -65 to + 175 ______ | C Thermal Resistance SDA980 <a 18 | o Junction to Case SDAg90 Jc a 75 ae] CW Maximum Forward Voltage Drop SDA980 if = 7.5 Adc VF | 1.0 we Volts SDA990 If = 15.0 Adc VE atl 1.0 w| D.C Maximum Reverse Current Ac A.C. Terminals SH AREO snd SDA9ID 2 IR ~ 200 | HAPS Rated VRM Semicon 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS PHONE: (617) 272-9015 01803 TWX: (710) 332-1919CURRENT DERATING VS. CURRENT DERATING VS. CASE TEMPERATURE (Fig. 1) AMBIENT TEMBERATURE (Fig. 2) @ 30.0 RESISTIVE-INDUCTIVE 30.0 HEAT SINK 8 x 8" x 1/8" = = LOAD = ALUMINUM PLATE <x IN = VERTICAL IN STILL AIR. - 25.0 N E 29.0 RESISTIVE-INDUCTIVE LOAD 7 a N\ cc NA x 20.0 20.0 ~~ 3 16.0 LSDA9%9 IN o eo SDAQ90 - 15! . a IN N\ a MN spaged 5 100 PMS 2 10.0 ae 6 TY _~ N 2 hn \ 2 sg nw NA a 50 aq 5.0 NN : PSNI} 2 NI 0 20 40 60 80 100 120 140 160 180 25 50 75 100 125 150 175 Tc, CASE TEMPERATURE (C) Ta, AMBIENT TEMPERATURE (C) FORWARD VOLTAGE CHARACTERISTICS MAXIMUM FORWARD SURGE (PER LEG) (Fig. 3) VS. TIME (Fig. 4) SURGE APPLIED AT RATED LOAD CONDITIONS VRM(rep) APPLIED AFTER SURGE a = < ~ E $s 2 < uw a om a 2 a) Lu 5 cc Ty= 175C a j= 25 300 a 200 $ TYPICAL w ac So = 100 i = SDA990 3 MAXIMUM = 50 uJ SDA980 g < 30 E a q = 20 bE & 1.Q0CYCLE 2 0.7 0.9 11 1.3 1.5 1.7 5 c a = 1.0 10 100 1000 Ve. INSTANTANEOUS FORWARD VOLTAGE (VOLTS) - NUMBER OF CYCLES AT 60 Hz. In addition to the SDA980 and SDA9Q90 full-wave bridge assemblies Semicon manufactures a wide range of both standard and special rectifier and zener circuit modules. These products are available in standard and hi speed designs and in configurations to meet your needs. Several Semicon full-wave bridge rectifier modules in printed circuit board in-line lead mount configuration have gained such wide industry acceptance as to become stock items for your volume requirements. Semicon products are manufactured in Burlington, Mass. PHONE: 617-272-9015 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 TWX: 710-332-1919 No. 103 - I/74 - (5M) ~- M.B.(Pulse Rated) 5W Zener Diode TYPE T2C 6.8-200V FEATURES 1200 WATTS PEAK POWER Semicon TZC Zener diodes are high grade Solid State Voltage 5SWATTS @ 75C AMBIENT Regulators which have been optimized for a dual circuit function. SURGE RATED In addition to the characteristics associated with a standard LOW FORWARD VOLTAGE DROP voltage regulator, the TZC Series is specified and tested to per- COLD CASE DESIGN (MOLDED) form in transient suppression service. Special attention has been ( LDED given to the thermal transfer properties of these devices to assure @ HIGH TEMPERATURE OPERATION seliable operation under transient overload stress. @ SPECIAL MATCHING AVAILABLE (Note 1) Maximum Temperatures MAXIMUM ALLOWABLE (FIG.1) Ambient Storage and Operating PEAK PULSE POWER Range Tstg, TA -65C to +175C VS PULSE WIDTH Lead Temperature (For soldering 00 : : 1/16 inch from case for 10 sec. 230C z Ta 25C Maximum Power & 10 mS. Peak Power Dissipation (1.0 msec w NN pulse width, Ta = 25C Pp 1200 Watts 2 PN DC Power Dissipation (Ta = 75C) Pm 5.0 Watts 10 $ N Maximum Currents - ol Maximum Pulse Current IPP See Page 2 o7 wow wS wt 03 2 Tp PULSE DURATION -- SECONDS (Note 2) Peak Forward One-Cycle Surge Current (1/2 60 Hz sine wave) PULSE CURRENT VS TIME (FIG.2) Ta = 25C ten surge 200 Amps 100 Maximum Forward Voltage Ta = 25C @ 5.0 Amps DC VF 1.0 Volts 75 A.C. SUPPRESSION The TZC series may be purchased in clipper configuration for A.C. transient suppression service. To purchase in clipper configuration add prefix letter C to the part number. Nn a Ip - PULSE CURRENT - % OF Ipp w o 0 1.0 2.0 3.0 40 TIME MSEC Notes: (1) Exceeding these ratings may impair operation of the semi- conductor device. (2) The apptied current pulse is as shown in the Pulse Current . vs Time plot. Maximum Rate of Application is 2 pulses per S 1? minute, e IC or i . (3) The applied current is 1/2 cycle of a 60 Hz waveform, with a maximum rate of application of 4 pulses per minute,Ratings and Specifications POWER DISSIPATION (WATTS) Dynamic Impedance 1p @ 90%] Peak Reverse Typical Semicon Minimum | Pulse Current | Zener Voltage Part Vz @lor lor | Zor Zz | Iz | le (max.) Vz (Fig. 2) Temp. Coeff. Number (Volts) (mA)}Ohms | Ohms | mA] d.c.mA uA Ipp (Amps) %/OC TZC 6.8 6.8 175 1.0 700 1.0 735 1000 147.0 .040 TZC 7.5 75 175 1.5 700 | 0.5 666 500 133.0 .045 TZC 8.2 8.2 150 1.5 700 | 0.5 609 200 122.0 .048 TZC 9.1 9.1 150 20 500 0.5 5AQ 50 110.0 .051 TZC 10 10 125 2.0 500 | 0.5 500 20 100.0 055 TZC 11 11 125 2.5 500 | 05 454 10 91.0 .060 TZC 12 12 100 2.5 500 0.5 416 2 83.3 .O65 TZC 13 13 100 2.5 500 | 0.5 384 2 77.0 065 TZC 14 14 100 2.5 500 0.5 357 2 71.5 .070 TZC 15 15 75 2.5 500 | 0.5 333 2 66.7 070 TZC 17 17 70 2.5 500 0.5 294 2 58.8 .075 TZC 18 18 65 2.5 500 0.5 277 2 55.5 075 TZC 19 19 65 3.0 500 0.5 263 2 52.7 .075 TZC 20 20 65 3.0 500 | 0.5 250 2 50.0 075 TZC 22 22 50 3.5 500 0.5 227 2 45.4 .080 TZC 24 24 50 3.5 500 0.5 208 2 417 080 TZC 25 25 50 4.0 500 | 0.5 200 2 40.0 .080 TZC 27 27 50 5.0 500 0.5 185 2 37.1 .085 TZC 30 30 40 8.0 600 | 05 166 2 33.3 .085 TZC 33 33 40 | 10.0 600 | 05 151 2 30.4 085 TZC 36 36 30 11.0 600 0.5 138 2 27.8 085 TZC 39 39 30 | 14.0 600 | 0.5 128 2 25.6 090 TZC 43 43 30 | 20.0 goo | 05 116 2 23.2 090 TZC 45 45 25 20.0 800 0.5 111 2 22.2 .090 TZC 47 47 25 | 25.0 soo | 0.5 106 2 21.3 .090 TZC 50 50 25 | 25.0 1000 0.5 100 2 20.0 .090 TZC 51 51 25 | 27.0 1000 0.5 98 2 19.6 090 TZC 52 52 23 | 30.0 1000 0.5 96 2 19.2 .090 TZC 56 56 20 | 35.0 1000 0.5 89 2 17.8 090 TZC 62 62 20 | 42.0 1200 | O05 80 2 16.1 090 TZC 68 68 20 | 44.0 1200 0.5 73 2 14.7 .090 TZC 75 75 20 | 45.0 1200 0.5 66 2 13.3 .090 TZC 82 82 15 | 65.0 1400 | 05 60 2 12.2 090 TZC 91 91 15_| 75.0 1600 | 0.5 54 2 11.0 .090 TZC 100 100 12 | 90.0 1800 0.5 50 2 10.0 090 TZC 105 105 12 | 100.0 1800 {| 0.5 47 2 9.5 095 TZC 110 110 12 | 125.0 2200 0.5 45 2 9.1 095 TZC 120 120 10 |170.0 2400 | 05 41 2 8.3 095 TZC 130 130 10 | 190.0 2600 | 0.5 38 2 77 095 TZC 140 140 8 |230.0 2800 | 05 35 2 7.1 095 TZC 150 150 8 1330.0 3000 | 0.5 33 2 6.7 .095 TZC 160 160 8 |350.0 3200 0.5 31 2 6.2 .095 TZC 180 180 5 |430.0 3700 0.5 27 2 5.5 095 TZC 200 200 5 |480.0 4000 | 0.5 25 2 5.0 -100 *Add suffix A for 10%, B for 5%, C for 1%, D" for 2%, E for 3%. No suffix for 20%. TEMPERATURE RATING CURVE AC PACKAGE pi e 051 SILVER 1.25" MIN. CLAD COPPER | LEADS a " 375 Nl 200 MAX. DIAMETER 1.25 MIN. 0 25 50 75 100 125 150 175 AMBIENT TEMPERATURE C EPOXY MOLDED CASE: POLARITY INDICATED BY BAND OR SYMBOL 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 (617) 272-9015 (710) 332-19191.5 Ampere Silicon Rectifiers DESCRIPTION: Semicon miniature molded epoxy rectifiers are double diffused devices featuring solid internal construction ina rugged case to provide high mechanical and dielectric strength. Superior electrical characteristics {low reverse leakage, high forward conductance, high surge current ratings) combined in a small insulated case provide maximum design flexibility and make the series a universal replacement for hundreds of other device types. Semicons high speed programmable test equipment provides product from this basic line to meet the detail requirements of a wide range of EIA JEDEC registered specifications. MECHANICAL CHARACTERISTICS Weight: Approximately 0.375 grams .032" +.002 3 Jo Silver Clad Copper Mounting: May be mounted in any position. {Th Lead attachment should be within one-half _1.0 225 | 120 inch of the body for maximum forward current min. . . . Dimensions in Inches of 2.0 ampere. ELECTRICAL RATINGS AND CHARACTERISTICS Symbol Si-05 Si-1 Si-2 Si3 Si4 Si5 SiG Si-7 Si-8 Si-9 Si-10 Si-12 Si-15 Max. repetitive peak reverse voltage, volts, Vemirer) 50 | 100 | 200 | 300 | 400 | 500 | 600 | 700] 800; 900 | 1000 | 1200 | 1500 Max. non-repetitive peak reverse voltage \Y VOItS 2 ee V py (non-rep) 100 | 200 | 300 | 400 | 525 | 650 } 800 | 900 | 1000 |1100 | 1200 | 1400 | 1600 Max. allowable de blocking voltage, volts... | Vp 50 | 100 | 200 | 300 | 400 | goo | 600 | 700] 800] 900 | 1000} 1200 }1500 Max. current ratings... 2-2... eee eee tae <q sO#Reeefer to figures 2 and 3 __.______ Max. peak reverse current at rated Valter), Hae RM <0 at T, = 25C, 300 at T, = 150C __ Max. operating ambient and stor. temp. . . | Ta & Tory ~_-T,- 65C to +170C, Ttg = 65to +175C Max. forward voltage drop, peak volts ... Vem , <4. See figure 1 $$ _ __e Max. (fea) 2) forward current @ Ta = 50C amperes . 2... 00-0 eee eee ee ly 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 Max. % cycle (60 Hz) peak surge current {under load}, amps .......-.---- leu (surge) 80 80 80 80 80 80 80 80 80 80 80 60 60 Max. 12t (less than 8 ms) amps2-second .. . | 12t 15 | 15 | 15] 15 | 15 | 15 | 15 | 15} 15] 15 | 15 [12 | 12 @ Non-recurrent, 8.3 millisecond maximum duration % sine wave pulse, T; =0 to 175C. @ Full cycle average (measured with a de meter). Semicon SUic 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 PHONE: 617-272-9015 TWX: 710-332-1919ELECTRICAL CHARACTERISTICS Instantaneous Forward Current, tena Amps per Diode 0 1 2 3 4 5 6 Maximum Instantaneous Forward Drop, Vew Volts per Diode Figure 1. Maximum forward voltage drop of a single diode at 25C and 150C junction temperatures. CAPACITATIVE LOAD RESISTIVE LOAD 1 Phase or 3 Phase (Half Wave or Full Wave 0 02 04 Forward Current, | 0.6 0% be (av), Figure 3. Maximum forward power dissipation versus forward current. 08 10 1.2 1.4 1.6 Average Amperes per Diode Forward Power Dissipated, PL Watts per Diode Forward Current, lo or le fay)? Aver. Amps per Diode 2.0 1.8 RESISTIVE LOAD 1.6 Leads Connected 0.5 From Connected 1.0. From Case 14 1.2 1.0 0.8 CAPACITATIVE LOAD 0.6 6:1 Peak to Average 0.4 0.2 0 25 50 75 100 125 150 175 Ambient Temperature, Ta Cc Figure 2. Maximum allowable forward current versus ambient temperature. 10 Cycles at 60 Hz 1 2 5 20 50 100 Surge Current, Vega (surgel, Peak Amps per Diode Figure 4. Maximum allowable peak surge current versus surge time starting from maximum rated load. 111-9/73-10M-M.B.and 6 Amp Rectifiers S$3A05-S3A10 S5A05-S5A10 S6A05-S6A10 Description: Semicon miniature plastic rectifiers are double-diffused devices and feature solid internal construction in a rugged hermetic seal providing high mechanical and dielectric strength. Superior electrical characteristics of reverse avalanche, high forward conductance and surge handling capabilities are all combined in a miniature insulated case, providing maximum flexibility mak- ing it a universal replacement for hundreds of other devices. Ratings and Specifications Semicons mechanical assembly process insures product uniformity and reliability at economical prices, and all units meet or better the environ- mental testing per MIL-STD-750A: Moisture Resistance Salt Spray Temperature Cycling Thermal Shock Constant Acceleration Shock Vibration Fatigue Method 1021.1 Method 1046.1 Method 1051.1 Method 1056.1 Method 2006.0 Method 2016.1 Method 2046.0 Peak Max. Forward | Max. Leakage Max. Peak Typical Forward One Cycle Voltage Current Recurrent Forward Voltage Drop Surge 25C (In) @ (Ve) Current 25C PART PIV RMS Sine-Wave Ambient D.C. 25C @ 25C Ambient D.C. No. 60 CPS Ambient D.C. Ambient (Volts) (Volts) (Amps.) (Volts) ( Amps.) (Amps.) (Volts) AC CASEMolded, Axial Lead 3.0 Amp. @ 50C Ambient 3.0 Amp. 3.0 Amp. S-3A05 50 35 300 1.0 1.0 50 90 S8-3A1 100 70 300 1.0 1.0 50 -90 S-3A2 200 140 300 1.0 1.0 50 -90 -3A3 300 210 300 1.0 1.0 50 -90 S-3A4 400 280 300 1.0 1.0 50 -90 $-3A5 500 350 300 1.0 1.0 50 -390 S-3A6 600 420 300 1.0 1.0 50 90 -3A8 800 560 300 1.0 1.0 50 -90 S-3A10 1000 700 300 1.0 1.0 50 -90 AC CASEMolded, Axial Lead 5 Amp. @ 50C Ambient 5.0 Amp 5.0 Amp S-5A05 50 35 300 1.0 1.0 50 .97 S-5A1 100 70 300 1.0 1.0 50 97 S-5A2 200 140 300 1.0 1.0 50 97 $-5A3 300 210 300 1.0 1.0 50 97 S-5A4 400 280 300 1.0 1.0 50 97 S-5A5 500 350 300 1.0 1.0 50 97 S-5A6 600 420 300 1.0 1.0 50 97 S-5A8 soo 560 300 1.0 1.0 50 97 S-5A10 1000 700 300 1.0 1.0 50 97 Operating and Storage Temperature: absolute maximum limits -55C to +175C Case. Continued on backRatings and Specifications Peak Max. Forward |Max. Leakage Max. Peak Typical Forward One Cycle Voltage Current Recurrent Voltage Drop Surge 25C (IR) @ (Va) | Forward Current 25C PART PIV RMS | Sine-Wave Ambient D.C. 25C @ 25C Ambient D.C. NO. 60 CPS Ambient D.C. Ambient (Volts) (Volts) (Amps.) (Volts) (u Amps.) (Amps.) (Volts) AC CASEMolded, Axial Lead 6.0 Amp. @ 50C Ambient 6.0 Amp. 6.0 Amp. S-6A05 50 35 330 1.0 1.0 55 .96 S-6A1 100 70 330 1.0 1.0 55 .96 S-6A2 200 140 330 1.0 1.0 55 .96 $-6A3 300 210 330 1.0 1.0 55 .96 S-6A4 400 280 330 1.0 1.0 55 .96 S-6A5 500 350 330 1.0 1.0 55 .96 S-6A6 600 420 330 1.0 1.0 55 .96 S-6A8 800 560 330 1.0 1.0 55 .96 S-6A10 1000 700 330 1.0 1.0 55 96 Temperature Rating Curve AC Package 6.0 .200 ro b- -~ 5.0 on e 051 >| | < fk 3 4.0 ; ud Silver tf Clad 3 Copper kK 5 3.0 \ E S 5 405 \ 375 o N O 2.0 7) Q 2. 7 ac Ww Z I NK NA 1.0 NN 1.25 min. 0 25 50 75 100 125 150 175 AMBIENT TEMPERATURE C ONS oO A . wf m0 Semicon (Bm: Svic 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 Phone: 617-272-9015 TWX : 710-332-1919 108-3/73-10M-M.B.25 AMP A ND 40 AMP SILICON RECTIFIERS $25A05 THRU S25A10 AND S40A05 THRU $40A10 e@ LOW COST @ Ig TO 40 AMPERES @ 140C @ PIV TO 1000 VOLTS RATINGS AND SPECIFICATIONS: The Semicon S25A05 and S40A05 Series are low cost epoxy encapsulated hi-current rectifiers with average forward current ratings to 40 amperes at 140C. Featuring PIV ratings to 1000 volts, they are intended for a wide of commercial and industrial applications. Part Peak {| R.M.S.{ Max. Leakage | Max. Forward Peak Max. Max. Thermal Number | {Inverse | Voltage} Current IR Voltage (VF) One Cycle I?t (28 ms) Resistance Voltage @ Rated P.I.V. Te = 25C Surge Current Junction to Case and Rated Load (60 Hz) 5 (Volts) | (Volts) *(MA) Volts Amps. Ojc, C/Watt 25 AMP. @ T, = 145C $25A05 50 35 2 1.1 400 640 1.0 S25A1 100 70 2 1.1 400 640 1.0 S25A2 200 | 140 2 1.1 400 640 1.0 $25A3 300 | 210 2 1.1 400 640 1.0 S$25A4 400 | 280 2 1.1 400 640 1.0 S25A5 500 | 350 2 1.1 400 640 1.0 S25A6 600 | 420 2 1.1 400 640 1.0 $25A8 g00 | 560 2 1.1 400 640 1.0 $25A10 | 1000! 700 2 1.1 400 640 1.0 40 AMP. @ Ty =125C S40A05 50 35 2 1.1 500 1000 1.0 S40A1 100 70 2 1.1 500 1000 1.0 S40A2 200 | 140 2 1.1 500 1000 1.0 S40A3 300 | 210 2 1.1 500 1000 1.0 S40A4 400 | 280 2 1.1 500 1000 1.0 S40A5 500 | 350 2 1.1 500 1000 1.0 S40A6 600 | 420 2 1.1 500 1000 1.0 S40A8 800 | 560 2 1.1 500 1000 1.0 S40A10 | 1000 | 700 2 1.1 500 1000 1.0 * Rated Load for S25A05 Series is 25A, T, = 145C Rated Load for S40A05 Series is 40A, Te = 125C Max. Operating Temperature Range is 55 to +175C Semicon * SuUic? 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 PHONE: 617-272-9015 TWX: 710-332-191945 40 35 30 25 20 15 10 MAXIMUM FORWARD CURRENT, AVERAGE AMPERES MAXIMUM FORWARD CURRENT VS CASE TEMPERATURE U J S40A SERIES \ \ S25A SERIES 110 120 130 140 150 160 170 CASE TEMPERATURE C SPECIAL NOTE: 180 MECHANICAL DATA NO SPECIFIC ORIENTATION WITH RESPECT TO HEX BASE CONFORMS TO JEDEC DO-5 OUTLINE ACROSS FLATS %-28 UNF -2A -140 MIN i | 44 { 1. ALL DIMENSIONS IN INCHES. 2. ADD SUFFIX R TO PART NUMBER FOR REVERSE POLARITY The Semicon $25A05 and S40A05 Rectifiers are also available to a wide variety of standard EIA specifications covering DO-5 package types. These are numerically listed below. 1N1183,A 1N1184,A 1N1185,A 1N1186,A 1N1187,A 1N1188,A 1N1189,A 1N1190,A 1N1191 1N1192 1N1193 1N1194 1N1195 1N1196 1N1197 1N1198 1N1301 1N1302 1N1304 1N1306 1N1434 1N1435 1N1436 1N1437 1N1438 1N2128,A 1N2129,A 1N2130,A 1N2131,A 1N2133,A 1N2135,A 1N2136,A 1N2137,A 1N2138,A 1N2154 1N2155 1N2156 1N2157 1N2158 1N2159 1N2160 1N2282 1N2283 1N2284 1N2285 1N2286 1N2287 1N2288 1N2446 1N2447 1N2448 1N2449 1N2450 1N2451 1N2452 1N2453 1N2454 1N2455 1N2456 1N2457 1N2458 1N2459 1N2460 1N2461 1N2462 1N2463 1N2464 1N2465 1N2466 1N2467 1N2786 1N2787 1N2788 1N2789 1N3765 1N3766 1N3767 1N3768 1N3899 1N3900 1N3901 1N3902 1N3903 1N3909 1N3910 1N3911 1N3912 1N3913 1N4525 1N4526 1N4527 1N4528 1N4529 1N4530 1N5331 1N5332 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 NO. 104-5/75-5M PHONE: 617-272-9015 TWX: 710-332-1919(FAST RECOVERY) 1, 3 AND 5 AMP. RECTIFIERS SI1AF SERIES S3AF SERIES S5AF SERIES FEATURES Semicons S series rectifiers are double-diffused and feature solid internal construction in a rugged @ PIV TO 1000 VOLTS molded case to provide high mechanical and dielectric @ LOW FORWARD VOLTAGE DROP strength. COLD CASE DESIGN (MOLDED) . . ae e HIGH TEMPERATURE OPERATION high they are ideally suited for applications such as e HIGH SPEED ig requency rectification, inverters and other switching circuits to 500 KHz and above. RATINGS AND SPECIFICATIONS Peak Max. Max. Max. Typical Maximum One Cycle Forward Recurrent | Leakage Recovery Time | Rectification! Junction Part PIV Surge Current | Voltage Peak Current IR Efficiency | Capacitance Number | (Volts) | Sine Wave 25C Current |@Rated PIV | Max. |Typical | 4.5V AC @-12VDC 60 Hz Ambient @25CAmb.|35 C Amb. __|(N Sec.)/(N Sec.} | 500Q) Load | PICO-Farad (Amps.) (D.C. Volts) | {Amps.) | (D.C. Amps.) B Case - (Molded Axial Lead) 1.0 Amp. @75C Ambient 1.0 Amp. 500 KHz S1 AOSF 50 50 1.3 12 1.0 150 100 85 75 S1A1F 100 50 1.3 12 1.0 150 100 .85 70 S1A2F 200 50 1.3 12 1.0 150 100 85 40 STA3F 300 50 1.3 12 1.0 150 100 .85 35 SITA4F 400 50 1.3 12 1.0 150 100 .85 30 S1 ASF 500 50 1.3 12 1.0 150 100 .85 25 S1A6F 600 50 1.3 12 1.0 200 150 85 20 S1A8F 800 50 1.3 12 1.0 300 200 .80 16 S1A10F | 1000 50 1.3 12 1.0 400 | 250 80 15 AC Case (Moided Axial Lead) 3.0 Amp. @75C Ambient 3.0 Amp. 200 KHz S3A05F 50 175 1.1 30 1.0 150 100 80 90 S3A1F 100 175 11 30 1.0 150 100 80 30 S3A2F 200 175 1.1 30 1.0 150 100 80 90 S3A4F 400 175 1.1 30 1.0 150 | 100 80 90 S3A5F 500 175 11 30 1.0 250 | 180 80 75 S3AG6F 600 175 1.1 30 1.0 300 | 200 80 60 S3A8F 800 175 14 30 1.0 350 | 250 80 50 S3A10F | 1000 175 11 30 1.0 400 | 285 80 40 AC Case (Molded Axial Lead) 5.0 Amp. @75C Ambient 5.0 Amp 200 KHz S5A05F 50 200 1.1 40 1.0 150 100 80 90 SSAI1F 100 200 1.1 40 1.0 150 100 80 90 S5SA2F 200 200 1.1 40 1.0 150 100 80 90 S5A4F 400 200 1.1 40 1.0 150 100 80 90 SSASF 500 200 1.1 40 1.0 250 180 80 75 SSA6F 600 200 1.1 40 1.0 300 200 80 60 SSA8F 800 200 1.1 40 1.0 350 250 80 50 S5SA10F 1000 200 1.1 40 1.0 400 280 80 40 1 Recovery Time (T;,) is measured in Fig. 2 Circuit, |l- 0.5 Amp. to 1.0 Amp. Reverse Current Revovering to 0.25 Amp. Reverse S Current. eC! ? 7/C or Suic . PHONE: 617-272-9015 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 TWX: 710-332-1919AVERAGE OUTPUT CURRENT VS AMBIENT TEMP (FIG 1) REVERSE RECOVERY TEST CIRCUIT (FIG 2) +150 n sec. (4.5V RMS INTO 500Q2 N.1. RES. LOAD) 5.0 +.5A _ 0 a 1 KC REP. RATE = 40 10 MSEC PULSE WIDTH. -5A = \ & ADJ.PULSE AMPLITUDE = Xi FOR'1 AMP PEAK ip _10A z D Wi oY wc 3.0 he s Sh YP oO We N 5 Ss \ a 2.0 Be a 2 N\ \ av Jy. wi = HP1A Z 1.0 Si4 Se NN \ = c ws N , > 7 x 0 25 50 75 100 125 150 175 *Hewlett-Packard Pulse Generator Model 214A AMBIENT TEMPERATURE (c) TYPICAL RECTIFICATION EFFICIENCY PACKAGE TYPES (NORMALIZED TO 1KHz) (FIG 3) S3AF 12 B CASE (S1AF SERIES) AC-CASE (CS AE SERIES) 10 051" Jt: SILVER ui pede oN Ist, => CLAD fa BN | > 032"" 1.25" MIN COPPER > 0.8 N N SILVER LEADS z Mi N 1 MIN CLAD > ky COPPER | oO 06 LEADS uu N tL kt 2 230 MAX. [| rs 04 MAX va 375" MAX. ma . KB o 125" MAX. .200 MAX. 202 DIAMETER DIAMETER 1 MIN. 1.25 MIN. " | TKHZ 10KHZ 1OOKHZ 1000K HZ FREQUENCY Enc @ fo R.E. = = Enc @1KHZ CASES ARE EPOXY MOLDED POLARITY INDICATED by BAND OR SYMBOL 750A: Moisture Resistance Salt Spray Temperature Cycling Thermal Shock Constant Acceleration Shock Vibration Fatigue Semicons mechanical assembly process insures product uniformity and reliability at economical prices, and all units meet or better the environmental testing per MIL-STD- Method 1021.1 Method 1046.1 Method 1051.1 Method 1056.1 Method 2006.0 Method 2016.1 Method 2046.0 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 NO. 1012/71-10M PHONE: 617-272-9015 TWX: 710-332-1919EPOXY CASE HV SE Ri E S STANDARD AND HIGH SPEED HIGH VOLTAGE RECTIFIERS DESCRIPTION These devices are manufactured from diffused capabilities and cooler operation all combined slices that have been alloyed into asingle sub- _in a miniature plastic case. Fast recovery de- strate. This process resultsin great mechanical _ vices also available in this series,as"Fsuffix strength and excellent electrical contact. types. Other outstanding features are high surge ELECTRICAL RATINGS AND CHARACTERISTICS SYMBOL | HV-15 | HV-20 | HV-21 HV-30 | HV-40 | HV-50 | HV-60 Max. repetitive peak reverse voltage, volts .......... 6... ee. VrMm(rep) 1500 2000 2000 3000 4000 5000 6000 Max. non-repetitive peak reverse voltage volts ........... Vam(non-rep)| 1800 2500 2500 3500 4500 5500 6600 Max. allowable de blocking voltage, voltS ............2200-. VR 1500 2000 2000 3000 4000 5000 6000 Max. peak reverse current at rated VaM(rep), #a..... ee eee IRM 1.0 1.0 1.0 1.0 1.0 1.0 1.0 Max. operating ambient temp. .... TA& Tstg Topr. -65C to +125C TsTa 65C to +150C Max. forward voltage, drop, 2V @ 2V @ 4 @ 4V @ 4AV @ 6V @ 6V @ peak volts ..............0.0200- VEM 500mA | 500mA | 250mA | 250mA } 250mA_ | 250mA | 250mA Max. (fca), forward current @ Ta = 50C, milliamperes ........ lo 500 500 250 250 250 150 150 Max. 2 cycle (60 Hz) peak surge current (under load), amps ....... lrm(surge) 40 40 20 20 20 20 20 HIGH SPEED TYPES ELECTRICAL RATINGS * x * * * * * AND CHARACTERISTICS SYMBOL |HV-15F | HV-20F |HV-21F |HV-30F |HV-40F [HV-S5OF | HV-60F Max. repetitive peak reverse voltage, volts .................. Vam(rep) 1500 2000 2000 3000 4000 5000 6000 Max. non-repetitive peak reverse voltage volts ........... Vram(non-rep)| 1800 2500 2500 3500 4500 5500 6600 Max. allowable dc blocking voltage, volts ..............00.. VR 1500 2000 2000 3000 4000 5000 6000 Max. peak reverse current at rated VRM(rep), wa...........----.0-. IRM 1.0 1.0 1.0 1.0 1.0 1.0 1.0 Max. operating ambient temp. .... Ta & Tstg Topr. 65C to +100C Tsta 65C to +150C Max. forward voltage, drop, 3.5V @ [3.5V @ |7.0V @ }7.0V @ |7.0V@ 195@ | 95@ peak volts ......0.... 0.0... VFM 500mA | 500mMA |250mA | 250mA | 250MA {250mA | 250mA Max. (fca), forward current @ Ta = 0C, milliamperes ........ lo 500 500 250 250 250 100 100 Max. cycle (60 Hz) peak surge current (under load), amps ....... lem(surge) 40 40 20 20 20 20 20 *Switching speed characteristics shown on reverse side of this sheet. Semicon Suc % 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 PHONE: 617-272-9015 TWX: 710-332-1919TEMPERATURE RATING CURVE MECHANICAL DATA phe 032 5 SILVER ry) 1 MIN. CLAD x COPPER 3 LEADS oO a = .230 MAX. IH zc a ws 125" MAX. Be DIAMETER x 8 1 MIN 0 20 40 60 80 100 125 CASES ARE EPOXY MOLDED AMBIENT TEMPERATURE C POLARITY INDICATED by BAND OR SYMBOL REVERSE RECOVERY TEST CIRCUIT FE SUFFIX HIGH SPEED TYPES RATED Ir 1 KC REP. RATE 0 10 SEC PULSE WIDTH. 5 RATED Ir ADJ. PULSE AMPLITUDE FOR 1 AMP PEAK ia 2x RATED IF AW 50Q Nt RUT. av t __~ *HP.214A Scope Mi *Hewlett-Packard Pulse Generator Model 214A Tre (Reverse Recovery) I= RATED TO 2lr RATED RECOVERING TO ..5 Ir RATED IS 200n SEC. MAX. FOR ALL F SUFFIX TYPES. Semicons mechanical assembly process insures product uniformity and re- liability at economical prices, and all units meet or better the environmental testing per MIL-STD-750A: Moisture Resistance Method 1021.1 Salt Spray Method 1046.1 Temperature Cycling Method 1051.1 Thermal Shock Method 1056.1 Constant Acceleration Method 2006.0 Shock Method 2016.1 Vibration Fatigue Method 2046.0 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 PHONE: 617-272-9015 NO. 113-4/74/10M TWX: 710-332-1919EPOXY CASE HVC SE RIE S STANDARD AND HIGH SPEED HIGH VOLTAGE RECTIFIERS HVC15 Thru HVC60 HVC15F Thru HVC60F DESCRIPTION These devices are manufactured from diffused capabilities and cooler operation all combined slices that have been alloyed into asingle sub- _in a miniature plastic case. Fast recovery de- strate. This process results in great mechanical vices also available in this series,asFsuffix strength and excellent electrical contact. types. Other outstanding features are high surge ELECTRICAL RATINGS AND CHARACTERISTICS SYMBOL |HVC-15| HVC-20] HVC-25 | HVC-30| HVC-40 | HVC-50| HVC-60 Max. repetitive peak reverse voltage, volts ................0. Vam(rep) 1500 2000 2500 3000 4000 5000 6000 Max. non-repetitive peak reverse voltage volts ........... Vam(non-rep)| 1800 2500 2800 3500 4500 5500 6600 Max. allowable dc blocking voltage, volts ...............0.. VR 1500 2000 2500 3000 4000 5000 6000 Max. peak reverse current at rated VAM(rep), Ha... 2. eee IRM 1.0 1.0 1.0 1.0 1.0 1.0 1.0 Max. operating ambient temp. .... Ta & Tsig Topr. 65C to +125C Tsta 65C to +150C Max. forward voltage, drop, peak volts ..................0.. VFM 2VMA | 2V/1A | 2VA | 4V/.5A | 4V/.5A | 6V/.5A | 6V/.5A Max. (fea), forward current @ Ta = 50C, amperes ............. lo 1.0 1.0 1.0 0.5 0.5 0.5 0.5 Max. 2 cycle (60 Hz) peak surge current (under load), amps ....... lrm(surge) 80 80 80 60 60 60 60 HIGH SPEED TYPES ELECTRICAL RATINGS * * * * * * * AND CHARACTERISTICS SYMBOL |HVC-15F/HVC-20F|HVC-25F |HVC-30FJHVC-40F |HVC-50F |HVC-60F Max. repetitive peak reverse voltage, volts .................. VrRM(rep) 1500 2000 2500 3000 4000 5000 6000 Max. non-repetitive peak reverse voltage volts ........... VrM(non-rep} 1800 2500 2800 3500 4500 5500 6600 Max. allowable dc blocking voltage, volts .................. VR 1500 2000 2500 3000 4000 5000 6000 Max. peak reverse current at rated VaAM(rep), WA... . ee eee IRM 1.0 1.0 1.0 1.0 1.0 1.0 1.0 Max. operating ambient temp. .... Ta & Tstg Topr. 65C to+100C Tsta 65C to +150C Max. forward voltage, drop, 3.5V 3.5V 7.0V 7.0V 7.0V 9.5V 9.5V peak voltS ................2204. VFM @1A @I1A @1A |@05A | @0.5A |] @0.5A | @0.5A Max. (fca), forward current @ Ta = 50C, amperes ............ lo 1.0 1.0 1.0 0.5 0.5 0.5 0.5 Max. Y2 cycle (60 Hz) peak surge current (under load), amps ....... l-m (surge) 80 80 80 60 60 60 60 *Switching speed characteristics shown on reverse side of this sheet. Semicon SUic*% 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 PHONE: 617-272-9015 TWX: 710-332-1919 reeTEMPERATURE RATING CURVE MECHANICAL DATA 051 t pei ea SILVER CLAD COPPER b 1.25" MIN. LEADS i a \ : = 375" MAX. Ww a ry nw E .200"" MAX. f DIAMETER ae 1.25 MIN. 0 20 40 60 80 100 125 CASES ARE EPOXY MOLDED AMBIENT TEMPERATURE C POLARITY INDICATED by BAND OR SYMBOL REVERSE RECOVERY TEST CIRCUIT FE SUFFIX HIGH SPEED TYPES RATED Ir 1 KC REP. RATE 0 10 SEC PULSE WIDTH. 5 RATED Ir ADJ. PULSE AMPLITUDE FOR 1 AMP PEAK ia 2x RATED IF 5022 NI RUT. 25V 4 ~~ MHP.2L4A T Scope Ni 1 *Hewtett-Packard Pulse Generator Model 214A Tre (Reverse Recovery) IF RATED TO 2IrF RATED RECOVERING TO .5 Ir RATED IS 200n SEC. MAX. FOR ALL F SUFFIX TYPES. Semicons mechanical assembly process insures product uniformity and re- liability at economical prices, and all units meet or better the environmental testing per MIL-STD-750A: Moisture Resistance Method 1021.1 Salt Spray Method 1046.1 Temperature Cycling Method 1051.1 Thermal Shock Method 1056.1 Constant Acceleration Method 2006.0 Shock Method 2016.1 Vibration Fatigue Method 2046.0 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 PHONE: 617-272-9015 NO. 114-4/74/10M TWX: 710-332-1919Press Fit Silicon Rectifiers 1N3491-V1000 1N3491R-V1000R 1N3659-SV1000 1N3659R-SV1000R @ TO 25 AMPERES @ 150C CASE Semicon Press fit rectifier types feature silver cell construction for TO 1000 VOLTS PIV maximum heat transfer and high surge capability. Hermetically sealed, These devices are ideal for high current applications where @ 400 AMPS SURGE operating ambient stress is severe. RATINGS AND SPECIFICATIONS IN IN IN IN IN PART NUMBER 3491 3492 3493 3494 3495 v500 v6oo vsoo0 Vv1000 UNITS Peak Inverse Voltage 50 100 200 300 400 500 600 800 1000 VOLTS R.M.S. Voltage 35 70 140 210 280 350 420 560 700 VOLTS Avg. Fwd. Current |g @ 150C Case 18 18 18 18 18 18 18 18 18 AMPS Peak 1/2 Cycle (60 Hz) Surge Current 300 300 300 300 300 300 300 300 300 AMPS Max. Fwd. Voltage Drop @ 18 Amp. DC and 25C 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 VOLTS Max. Leakage Current @ 150C 10 10 8 6 4 3 2.5 2 15 mA Oper. Temp. Range -65C to +175C Storage Temp. Range ~65C to +200C a iN 1N 1N iN 1N 1N 1N PART NUMBER 3659 3660 3661 3662 3663 3664 3665 SV800 Sv1000 UNITS Peak Inverse Voltage 50 100 200 300 400 500 600 800 1000 VOLTS R.M.S. Voltage 35 70 140 210 280 350 420 560 700 VOLTS Avg. Fwd. Current lg @ 150C Case 25 25 25 25 25 25 25 25 25 AMPS Peak 1/2 Cycle (60 Hz) Surge Current 400 400 400 400 400 400 400 400 400 AMPS Max. Fwd. Voltage Drop @ 25 Amp. DC and 25C 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 VOLTS Max. Leakage Current @ 150C 5 4.5 4 3.5 3 2.5 2 2 15 mA Oper. Temp. Range ~65C to +175C Storage Temp. Range -65C to +200C _ ~, "Normal Polarity Cathode to Case. Reverse polarity denoted by R suffix. SemiconTEMPERATURE RATING CURVE IN3491 SERIES 35 30 . Q. 25 < kK 5 2 oa ox 2D Oo 18 5 EIA Standard Qa. (D021) Package ke i) 15 oO *NORMAL POLARITY a CATHODE TO CASE - - REVERSE POLARITY < 10 DENOTED BY R SUFFIX ac 5 0 0 25 50 75 100 125 150 175 CASE TEMPERATURE C TEMPERATURE RATING CURVE 1N3659 SERIES 1 ao oO oO 40 a 3 = 135 +.055 - a xX 144 t - 30 T .225 Zz +,025 cr 20 = 5S @ 3 {- 503 o Nx *.002 03 x 45 5 Cham. & 15 > Oo a W410 ft ao 5 25 50 75 100 125 150 175 CASE TEMPERATURE C Ko, 16 - 1/74 ~ (5M) - MLB. 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 (617) 272-9015 (710) 332-191990 AMP PRESS -FIT SILICON RECTIFIERS SR5005 SR5010 $R5020 SR5030 SR5040 FEATURES e 50 Amperes @ 150C Case e PRV to 400 Volts e 600 Ampere Surge Reverse Polarity Available Corrosion Resistant Hermetically Sealed Semicon manufactures a complete line of press fit (D021) Silicon Rectifiers with voltage ratings to 1,000 volts. The SR5005 Series has been designed for use in special purpose alternators, battery chargers, and other chassis mount power rectifier applications. Semicons press fit rectifiers utilize pretested cell con- struction for maximum heat transfer and surge capability. These devices are ideal for applications where ambient stress is severe. RATINGS AND SPECIFICATIONS: (25C Ambient unless otherwise noted) PART NUMBER SYMBOL SR5005 S$R5010 $R5020 SR5030 $R5040 UNITS Peak Repetitive Reverse Voltage| Va Ru - Working Peak Reverse Voltage | Vawm 50 100 200 300 400 Volts DC Blocking Voltage Ve Non-Repetitive Peak Reverse - Voltage Vesm 75 150 250 400 450 Volts Average Forward Current lo 50 | Amps Peak Surge Current | | | 1/2 Cycle 60 Hz 'rsm 600 Amps Max. Forward Voltage , | | | IF = 157 Amp, Tj 25,C Ve . 1.18 Volts lF = 50Amp, Tj 25 C 1.00 Reverse Current @ Rated Dc | | | Te 25 C IR ~ 0.2 mA Tc 150C ~ 2.0 Oper. & Storage Temp. Topr, Tstg -65 to +195 C c vic Phone 617-272-9015 TWX 710-332-1919 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803FIGURE 1 CURRENT DERATING (Ky NEC | eK) Ta tt eT Hay AV) i (19, (AV) RESISTIVE LOAD) 3.62 (34, EIA Standard (D021) Package Modified *NORMAL POLARITY CATHODE TO CASE REVERSE POLARITY DENOTED BY R SUFFIX lTevavy AVERAGE FORWARD CURRENT (AMP) 100 120 ACITIVE LOADS RESISTIVE LOAD) 140 160 180 200 c , CASE TEMPERATURE Cc) 0.2 04 06 a S = 500 5 a 300 200 5 oO a 100 < 70 2 50 2 f 30 Oo 20 wi g r 10 aq 7.0 % 5.0 Z a Ver 08 1.0 1.2 14 #16 18 20 2.2 FIGURE 2 MAXIMUM FORWARD VOLTAGE INSTANTANEOUS FORWARD VOLTAGE (VOLTS) .625 +.015 .100 + .003 t+ | *XVW 009} 135 + .055 jy .225 + .025 { 03 X 45 Cham. No, 128-6/77-10M-M.B. 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 (617) 272-9015 (710) 332-1919A.C. TRANSIENT SUPPRESSION CTZC 6.8 thru CTZC 200 FEATURES Semicon CTZC A.C. transient suppressors are double diffused voltage regulator elements series connected back 1200 WATTS PEAK POWER to back in a single package for A.C. clipping or transient @ SWATTS @ 75 C AMBIENT suppression circuit functions. Special attention has been e@ AVALANCHE SURGE RATED given to thermal transfer properties and to low series resistance to assure reliable operation under transient e LOW SERIES RESISTANCE overload stress. They are inherently fast response and have @ COLD CASE DESIGN (MOLDED) a short circuit failure mode under sustained overload @ HIGH TEMPERATURE OPERATION *SS: @ SPECIAL MATCHING AVAILABLE FAIL SHORT CIRCUIT MAXIMUM ALLOWABLE (FIG. 1) e FAST RESPONSE PEAK PULSE POWER = VS PULSE WIDTH | 100 T } w ~~ TA=25 C Maximum Temperatures So 410 he Ambi . oN mbient Storage and Operating . 6 >. Range Tstgz, TA -65 Cto+175C DQ Lead Temperature (For soldering a 1.0 PY 1/16 inch from case for 10 sec.) (Note 1) 230C v Maximum Power 107 108 10 10% 10 107 Peak Power Dissipation (1.0 msec a TPPULSE DURATIONSECONDS pulse width, TA = 25C Pp 1200 Watts DC Power Dissipation (TA = 75C) PM 5.0 Watts PU LSE CURRENT VS TIME (FIG. 2) 2 100 Maximum Currents = Maximum Pulse Current IPP See Page 2 B 7 \ Note 2 tr (Note 2) r 50 5 oO uw 25 4 > oO ~~ + oO 1.0 2.0 3.0 4.0 Q TIME--MSEC Notes: (1) Exceeding these ratings may impair operation of the semi- conductor device. (2) The applied current pulse is as shown in the "Pulse Current vs Time plot. Maximum Rate of Application is 2 pulses per minute.Ratings and Specifications Dynamic Impedance lm @ 90%! Peak Reverse Typical Semicon Z77 @ ler Minimum | Pulse Current Zener Voltage Part Vz @lat a5; Tz_ | lz {max.) V2 (Fig. 2) Temp. Coeff. Number (Volts) Ohms | (mA) d.c.mA LA lpp (Amps) %/9C CTZC 6.8 6.8 1.0 175 735 1000 147.0 .040 CTZC 75 7.5 1.5 175 666 500 133.0 .045 CT2ZC 8.2 8.2 1.5 150 609 200 122.0 .048 CTZC 9.1 9.1 2.0 150 549 50 110.0 .051 CTZC 10 10 2.0 125 500 20 100.0 .055 CTZC 11 11 2.5 125 454 10 91.0 .060 CTZC 12 12 2.5 100 416 2 83.3 -065 CTZC 13 13 2.5 100 384 2 77.0 .065 CT2ZC 14 14 2.5 100 357 2 71.5 .070 CTZC 15 15 25 75 333 2 66.7 .070 CTZC 17 17 2.5 70 294 2 58.8 .075 CTZC 18 18 2.5 65 277 2 55.5 .075 CTZC 19 19 3.0 65 263 2 52.7 075 CTZC 20 20 3.0 65 250 2 50.0 .075 CTZC 22 22 3.5 50 227 2 45.4 .080 CTZC 24 24 3.5 50 208 2 41.7 .080 CTZC 25 25 4.0 50 200 2 40.0 .080 CTZC 27 27 5.0 50 185 2 37.1 .085 CTZC 30 30 8.0 40 166 2 33.3 -085 CTZC 33 33 10.0 40 151 2 30.4 .085 CTZC 36 36 11.0 30 138 2 27.8 .085 CTZC 39 39 14.0 30 128 2 25.6 -090 CTZC 43 43 20.0 30 116 2 23.2 .090 CTZC 45 45 20.0 25 111 2 22.2 .090 CTZC 47 47 25.0 25 106 2 21.3 .0380 CT2ZC 50 50 25.0 25 100 2 20.0 -090 CTZC 51 51 27.0 25 98 2 19.6 -090 CTZC 52 52 30.0 23 96 2 19.2 .090 CTZC 56 56 35.0 20 89 2 17.8 -090 CT2ZC 62 62 42.0 20 80 2 16.1 .090 CTZC 68 68 44.0 20 73 2 14.7 -090 CTZC 75 75 45.0 20 66 2 13.3 .090 CTZC 82 82 65.0 15 60 2 12.2 .090 CTZC 91 91 75.0 15 54 2 11.0 .090 CTZC 100 100 90.0 12 50 2 10.0 .090 CTZC 105 105 100.0 12 47 2 9.5 -095 CTZC 110 110 125.0 12 45 2 9.1 .095 CTZC 120 120 170.0 10 41 2 8.3 .095 CTZC 130 130 190.0 10 38 2 7.7 .095 CTZC 140 140 230.0 8 35 2 7.1 -095 CTZC 150 150 330.0 8 33 2 6.7 .095 CTZC 160 160 350.0 8 31 2 6.2 .095 CTZC 180 180 430.0 5 27 2 5.5 .095 CTZC 200 200 480.0 5 25 2 5.0 .100 *Add suffix A' for 10%, B" for 5%, C" for 1%, D for 2%, E for 3%. No suffix for 20%. TEMPERATURE RATING CURVE AC PACKAGE 5 + _ ol t 051 SILVER = 4 1.25 MIN, CLAD 2 COPPER E LEADS <x s 4 z 3 1 3 A e .375 a 2 n ~~. B .200 MAX. a DIAMETER od w 1.25" MIN. 5 a 0 25 50 75 100 125 150 175 AMBIENT TEMPERATURE C EPOXY MOLDED CASE: POLARITY INDICATED BY BAND OR SYMBOL 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 (617) 272-9015 NO. 120-6/75-5M-MB. (710) 332-1919LOW CAPACITANCE BI-POLAR TRANSIENT SUPPRESSORS FEATURES In applications requiring the reliability, sharp clamping, and rapid re- sponse of Silicon Junction Type Transient Voltage Suppression where e@ Low Capacitance signal frequency requires low device capacitance, the Semicon LCC e Low Noise Series is recommended. . The LCC Series utilizes Semicons Mono Hard Solder Stack Process e High Surge resulting in rugged low, noise, thermally stable devices with low capaci- e Rapid Response tance and high surge capability. They will! protect signal tines from in- duced or direct fault voltage transient stress in a wide range of Digital, Analog, Telephone, and CATV applications. MAXIMUM RATINGS @ Surge 30 amps, 8.3 msec @ tclamping (0 volts to BV agin): < 1078 secs. *100 amps, 1.0 msec @ Operating & Storage Temperature @ Steady State Power: 5 watts @ 50C -65C to +150C ELECTRICAL CHARACTERISTICS @ 25C Ambient (Both Directions) SEMICON BREAKDOWN | STAND-OFF MAXIMUM MAXIMUM TYPICAL PART VOLTAGE VOLTAGE LEAKAGE CAPACITANCE TEMP. NUMBER @ 10 mA VR CURRENT @0OV,1MHz | COEFF. OF BY +5% @VR BV VOLTS VOLTS pA pf mv C Lcc-2 1.33 8 10 517 4 Lcc-3 2.0 1.2 10 319 6 LCC-4 27 1.6 10 259 8 LCC-5 33 2.0 10 191 ~10 LCC-6 4.0 24 10 159 12 Lec.7 47 28 10 140 14 LCC-8 5.4 3.2 10 130 16 LCC-9 6.0 3.6 10 114 18 LCC-10 6.7 4.0 10 102 20 LCC-11 73 44 10 93 22 LCOC-12 8.0 48 10 86 24 LCC-13 8.7 5.2 10 79 26 LCC-14 9.4 5.6 10 74 28 LCC-15 10.0 6.0 10 67 ~30 LCC-16 10.7 6.4 10 62 32 *See Figure 1 Semicon fvuie 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 Phone 617-272-9015 TWX 710-332-1919TYPICAL CAPACITANCE CURVES FOR LCC SERIES SURGE SUPPRESSORS (FIG. 2) 240 PULSE CURRENT VS TIME (FIG. 1) 220 \\ 8 100 \ vd a \ 200 = 78 Typical Capacitance Curve | for Bias at VR (Stand-off Voltage) E 5 180 f- 2 | \ Ww 50 w J s Z 160 w 25 FE \ n Oo 5 < 140 I 0 1.0 2.0 3.0 4.0 oO 120 TIME MSEC 100 80 | Typical Capacitance Curve ~~, for 0 volts Bias NY MN VOLTAGE CURRENT CHARACTERISTIC rh CURVES (FIG. 3) 60 / YY 40 2 4 6 8 10 12 14 16 Y / NV A LCC SERIES DEVICE TYPE & gy f 4 t f | oh PAA ake fet PACKAGE OUTLINE 5 S| SISA S/'Sf 8 = ~t ~ OF Fs ~ 3 1 ] ~ 3 ! | @ / | 1 MIN. 3 ot 25.4 (mm) a ' Typical Curves = for LCC Series -001 Y . .750'' MAX. 0001 19.05 (mm) MAX. oO 5 10 15 BV Breakdown Voltage Volts | ea} 1-2 .250" MAX LCC SERIES ARE BIPOLAR DEVICES, 1 MIN. \ 6.35 (mm} MAX. OPPOSITE POLARITY IN PARALLEL 25.4 (mm) . .030" NOM. Ny | 763 (rm) NOM. VT J Mechanical Data J Case: Wet Cast Leads: Silver Clad No. 127 6/77-10M-M.B. 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 Phone 617-272-9015 TWX 710-332-1919LOW CAPACITANCE BI-POLAR TRANSIENT SUPPRESSORS FEATURES tn applications requiring the reliability, sharp clamping, and rapid re- sponse of Silicon Junction Type Transient Voltage Suppression where e Low Capacitance signal frequency requires low device capacitance, the Semicon LCC . Series is recommended. Low Noise The LCC Series utilizes Semicons Mono Hard Solder Stack Process e High Surge resulting in rugged low, noise, thermally stable devices with low capaci- e Rapid Response tance and high surge capability. They wil! protect signal lines from in- duced or direct fault voltage transient stress in a wide range of Digital, Analog, Telephone, and CATV applications. MAXIMUM RATINGS @ Surge 30 amps, 8.3 msec tclamping (0 volts to BViind: < 1078 secs. *100 amps, 1.0 msec @ Operating & Storage Temperature @ Steady State Power: 5 watts @ 50C -65C to +150C ELECTRICAL CHARACTERISTICS @ 25C Ambient (Both Directions) SEMICON BREAKDOWN | STAND-OFF MAXIMUM MAXIMUM TYPICAL PART VOLTAGE VOLTAGE LEAKAGE CAPACITANCE TEMP. NUMBER @10mA VR CURRENT @0OV,1MHz | COEFF. OF BY 5% @VR BV VOLTS VOLTS pA pf mv/C LCC-2 1.33 8 10 517 4 LCC-3 2.0 1.2 10 319 6 LCC-4 2.7 16 10 259 -8 LCC-5 3.3 2.0 10 191 10 LCC-6 4.0 24 10 159 12 LCC-7 47 2.8 10 140 14 LCC-8 5.4 3.2 10 130 16 LCC-9 6.0 3.6 10 114 18 LCC-10 6.7 4.0 10 102 20 LCC-11 73 4.4 10 93 22 LCC-12 8.0 4.3 10 86 24 LCCc-13 8.7 5.2 10 79 26 LCCc-14 9.4 5.6 10 74 _28 LCC-15 10.0 6.0 10 67 30 LCC-16 10.7 6.4 10 62 _32 *See Figure 1 Semicon + Svic? 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 Phone 617-272-9015 TWX 710-332-1919TYPICAL CAPACITANCE CURVES FOR LCC SERIES SURGE SUPPRESSORS (FIG. 2} 240 PULSE CURRENT VS TIME (FIG. 1) 290 \\ B 100 \ fia 2 \ 200 = 76 Typical Capacitance Curve ' for Bias at VR (Stand-off Voltage) K 5 180 J gs 4 \V/ 5 2 160 oO 5 < 140 a { \ 0 1 Oo ] 0 1.0 2.0 3.0 4.0 bs 120 q TIME MSEC 100 / so + Typical Capacitance Curve ~~ for O volts Bias N NN VOLTAGE CURRENT CHARACTERISTIC a CURVES (FIG. 3) 60 / 40 / A |) \|_J 2 4 6 8 10 12 14 16 1 Yo Y A A LCC SERIES DEVICE TYPE 4 g | XV A_Y\ Y | of 2 Sfafsf'< PACKAGE OUTLINE 5 Fs of'efs = al ~ OF 3 w 3 1 ~ I 3 | 3 @ / 1 MIN. x 25.4 (mm) & 01 | Typical Curves = for LCC Series 001 1 | . .750"" MAX. 0001 19.05 (mm) MAX. 0 5 10 15 BV Breakdown Voltage Volts | att .250" MAX LCC SERIES ARE BIPOLAR DEVICES, 1" MIN. g 6.35 (mm) MAX. OPPOSITE POLARITY IN PARALLEL 25.4 (mm) S .030 NOM. Ny | *| [* 763 (mm) NOM. Vl U e -_____ Mechanical Data Case: Wet Cast KI] - Leads: Silver Clad No. 127 6/77-10M-M.B8. 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 Phone 617-272-9015 TWX 3 710-332-1919ilicon Voltage Transient Suppressor Diodes IN5629 THRU IN5665A 1500 Watts (peak) 5.5 thru 171 Volts 1.25 MIN wax 1.25 MIN The IN5629 Series of voltage transient suppressor diodes are designed to pro- + d tect electronic equipment from failure due to voltage transients. Their ava- = lanche characteristics coupled with special internal design for rapid junction 026 T 990. cooling under pulse power stress makes them most useful in airborn, telephone 035 OIA. ea _ 2 MAX. and other equipments where large voltage transients are frequent. PACKAGE OUTLINE The inherent fast response of these devices and broad choice of stand-off volt- JEDEC 00-13 age ratings enables the designer to protect a wide range of both active and CASE: GLASS TO METAL passive circuit components which may be damaged by voltage transients. HERMETIC SEAL Available to JAN requirements of Mil-S-19500/500 USAF Maximum Ratings (note 1) Maximum Temperatures Ambient Storage and Operating Range Tstg, TA 65C to + 175C Lead Temperature (For soldering 1/16 inch from case for 10 seconds) 230 C Maximum Power Peak Power Dissipation (1.0 msec pulse width, TA = 25C) Pp (FIG. 2) 1500 Watts DC Power Dissipation (Ta = 25C) Pm 1.0 Watts Maximum Pulse Currents See Page 2 and IPP(FIG. 3) (Note 2) Peak Forward One-Cycle Surge Current (1/2 sine wave, 60 Hz, Ta = 259C) lFm (surge) 200 Amps Notes: (1) Exceeding these ratings may impair operation of the semi- conductor device, (2) The applied current pulse is as shown in the Pulse Current .- vs Time plot. Maximum Rate of Application is 2 pulses per S 'y? minute, 1C Ol ? INC. (3) The applied current is 1/2 cycle of a 60 Hz waveform, with a maximum rate of application of 4 pulses per minute.ELECTRICAL CHARACTERISTICS at 25C: Mpa Maximum amping Reverse Maximum Maxim Breakdown Saneott oye Leakage | Peak Pulse Temp. Voltage Voltage rp | @ vy Current Coef, of BV : (Fig. 3) (Fig. 3) Ere By @ I Ya Yo Ir Pr on / NO. Volts mA Volts Volts WA A % (C 1N5629 6.12- 7.48] 10 5.50 10.8 1000 139 .057 1N5629A 645- 7.14] 10 5.80 10.5 1000 143 .057 1N5630 6.75- 8.25] 10 6.05 11,7 500 128 061 1N5630A 7.13- 7.88} 10 6.40 11.3 500 132 061 1N5631 7.38- 9.02 | 10 6.63 12.5 200 120 .065 1N5631A 7.79- 861 { 10 7.02 121 200 124 065 1N5632 8.19 - 10.0 1 7.37 13.8 50 109 .068 1NS632A 8.65 - 9.55 1 7.78 13.4 50 112 068 1N5633 9.00 - 11.0 1 8.10 15.0 10 100 .073 1N5633A 9.5 - 10.5 1 8.55 14.5 10 103 .073 1N5634 99 - 12.1 1 8.92 16.2 5 93 075 IN5634A 10.5 - 11.6 1 9.40 15.6 5 96 075 1N5635 10,8 - 13.2 1 9.72 17.3 5 87 .078 1N5635A 11.4 - 12.6 1 10.2 16.7 5 90 .078 1N5636 117-143 1 10.5 19.0 5 79 .081 IN5636A 12.4 -13.7 1 11.1 18.2 5 82 .081 1N5637 13.5 - 16.5 1 12.1 22.0 5 68 084 1N5637A 14.3 - 15.8 1 12.8 21.2 5 71 084 1N5638 14.4 - 17.6 1 12.9 23.5 5 64 .086 IN5638A 15.2 - 16.8 1 13.6 22.5 5 67 .086 1N5639 16.2 - 19.8 1 14.5 26.5 5 56.5 .088 1N5639A 17.1 - 18.9 1 15.3 25.2 5 59.5 .088 1N5640 18.0 - 22.0 1 16.2 29.1 5 51.5 .090 1N5640A 19.0 - 21.0 1 71 27.7 5 54 .090 1N5641 19.8 - 24.2 1 17.8 431.9 5 47 .092 1N5641A 20.9 - 23.1 1 18.8 30.6 5 49 092 1N5642 21.6 - 26.4 1 19.4 347 5 43 994 1N5642A 22.8 - 25.2 1 20.5 33.2 5 45 094 1N5643 24.3 - 29.7 1 21.8 39.1 5 38.5 .096 (N5643A 25.7 - 28.4 1 23.1 37.5 5 40 .096 1N5644 27.0 - 33.0 1 24.3 43.5 5 34.5 097 1N5644A 28.5 - 315 1 25.6 41.4 5 36 .097 1N5645 29.7 - 36.3 1 26.8 47.7 5 31.5 .098 IN5645A 31.4 - 34.7 1 28.2 45.7 5 33 .098 1N5646 32.4 - 39.6 1 29.1 52.0 5 29 .099 1N5646A 34.2 - 37.8 1 30.8 49.9 5 30 ,099 1N5647 35.1 - 42.9 1 31.6 56.4 5 26.5 .100 1N5647A 37.1 - 41.0 1 33.3 53.9 5 28 .100 1N5648 38.7 - 47.3 1 34.8 61.9 5 24 101 1N5648A 40.9 - 45.2 1 36.8 59.3 5 25.3 101 1N5649 42.3 - 517 1 38.1 67.8 5 22.2 101 1N5649A 44.7 - 49.4 1 40.2 64.8 5 23.2 101 1N5650 45.9 - 56.1 1 41.3 73.5 5 20.4 .102 IN5650A 48.5 - 53.6 1 43.6 70.1 5 21.4 .102 1N5651 50.4 - 61.6 1 45.4 80.5 5 18.6 103 1NS651A 53.2 - 58.8 1 47.8 77.0 5 19.5 .103 1N5652 55.8 - 68.2 1 50.2 89.0 4 16.9 .104 ANS652A 58.9 - 65.1 1 53.0 85.0 5 177 1104 1N5653 61.2 - 74.8 1 55.1 98.0 5 15.3 .104 1N5653A 64.6 - 71.4 1 58.1 92.0 5 16.3 104 1N5654 67.5 - 82.5 1 60.7 108.0 5 13.9 105 1N5654A 71.3 - 788 1 64.1 103.0 5 14.6 105 1N5655 73.8 - 90.2 1 66.4 118.0 5 12.7 105 1N5655A 77.9 - 86.1 1 70.1 113.0 5 13.3 105 1N5656 81.9 -100.0 1 73.7 131.0 5 11.4 .106 1N5656A 86.5 - 95.5 1 77.8 125.0 5 12.0 .106 1N5657 90.0 -110.0 1 81.0 144.0 5 10.4 106 1N5657A 95.0 -105.0 1 85.5 137.0 5 11.0 106 1N5658 99.0 -121.0 1 89.2 158.0 5 9.5 .107 1N5658A | 105.0 -116.0 1 94.0 152.0 5 5.9 .107 1N5659 | 108.0 -132.0 1 97.2 173.0 5 8.7 107 1N5659A ] 114.0 126.0 1 102.0 165.0 5 9.1 107 1N5660 117.0 -143.0 1 105.0 187.0 5 8.0 107 IN5660A 124.0 -137.0 1 111.0 179.0 5 B.4 .107 1N5661 135.0 -165.0 1 121.0 215.0 5 7.0 .108 ANS6GIA } 143.0 .158.0 i 128.0 207.0 5 7.2 .108 1N5662-|'144.0 -176.0 1 130.0 230.0 5 6.5 -108 1N5662A 1152.0 -168.0 1 136.0 219.0 5 6.8 .108 1N5663 153.0 -187.0 1 138.0 244.0 5 6.2 .108 1N5663A 162.0 -179.0 1 145.0 234.0 5 6.4 108 1N5664 162.0 -198.0 1 146.0 258.0 5 5.8 108 1N5664A 171.0 -189.0 1 154.0 246.0 5 6.1 108 1N5665 180,0 -220.0 1 162.0 | 287.0 5 5.2 108 IN5665A ] 190.0 -210.0 i 171.0 =| 274.0 5 5.5 .108 stress is equally shared. Ve @ 100 amperes peak, 8.3 msec. sine wave is 3.6 volts maximum. For series-parallel combinations order matched sets to assure that pulse power Pp -PEAK PULSE POWER -KW Ip - PULSE CURRENT - % OF Ipp Pp, Ipp PEAK POWER AND CURRENT % OF 25C VALUE MAXIMUM ALLOWABLE (FIG .1) PEAK PULSE CURRENT & POWER VS AMBIENT TEMPERATURE 100 75 me N 50 23 N NN Ss _30 75100125160 Tq AMBIENT TEMPERATURE -*C MAXIMUM ALLOWABLE (FIG .2) PEAK PULSE POWER VS PULSE WIDTH 00 r Ta * 25C IN 3 PN ZL wo? 08 oF wt 03 0? Tp PULSE DURATION SECONDS PULSE CURRENT VS TIME (FIG.3) 100 \ 7S 50 25 9 1.0 2.0 3.0 40 TIME MSEC 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 PHONE: 617-272-9015 TWX: 710-332-1919 NO. 104-12Silicon Voltage Transient Suppressor Diode IN5555 IN5556 IN5557 IN5558 1500 Watts (peak) 30.5 to 175 Volts wax 28 | The IN5555 through 1N5558 voltage transient suppressor diodes are designed 4+ q to protect electronic equipment from failure due to high voltage transients. = =) Their avalanche characteristics coupled with special internal design for rapid FT \ junction cooling under pulse power stress makes them most useful in both air- oee IA. 225-MAX. MAX. DIA. born and telephone equipment where large voltage transients are frequent. oA, -21MAX. . PACKAGE OUTLINE The inherent fast response of these devices ensures protection of other active JEDEC DO-I3 and passive circuit components which may be destroyed or damaged by voltage CASE: GLASS TO METAL transients HERMETIC SEAL . . . MAXIMUM ALLOWABLE PEAK PULSE CURRENT Available to JAN requirements of Mil-S-19500/434 & POWER VS AMBIENT TEMPERATURE (FIG. 1) . . Ww tO; Maximum Ratings (ote 1) i Maximum Temperatures 32 75 SS Ambient Storage and Operating XS Range Tstg, TA 65C to+ 175C a 50 Lead Temperature (For soldering bs 1/16 inch from case for 10 HE os Ny seconds) 230C #8 N z Maximum Power * Peak Power Dissipation {1.0 msec *5 The AMGIENT TEMPERATURE" ms pulse width, Ta = 25C) Pp (FIG. 2) 1500 Watts DC Power Dissipation (Ta = 25C) Pm 1.0 Watts ae ee nort iia), POWER Maximum Currents IN5555 32 Amps ioo : : Peak Reverse Current (1.0 msec IN5556 24Amps = Ta 28C | pulse width, TA = 25C) IPP (FIG. 3) IN5557 19Amps we (NOTE 2) IN5558 5.7 Amps 3 io Peak Forward One-Cycle Surge 8 oN Current (1/2 sine wave, 2 A 60 Hz, Ta = 25C) (em (surge) 200 Amps #' N {Ambient Temperature 25C unless otherwise noted) oul 10-7 w-F 0S nor wt CHARACTERISTIC SYMBOL| TEST CONDITIONS |1N5555 |IN5556 |1N5557 |IN5558 |UNITS Tp PULSE DURATION SECONOS . PULSE CURRENT VS TIME (FIG. 3) Minimum Reverse = 00 Stand-off Voltage Ve |In = 5.0 nA 30.5 | 40.3 | 49.0 | 175.0 |Volts 3 Minimum Reverse $ Breakdown Voltage BVx In == 1.0 mA 33.0 | 43.7 | 54.0 | 191.0 /Volts * 75 bE Maximum Clamping . Ip == Rated Ipp & Voltage (Note 2) Ve tp = 1.0 msec 47.5 63.5 78.5 | 265.0 [Volts & 50 o Maximum Tempera- lp = 1.0 mA w ture Coefficient TC. | 7, = 55 to 093 | 094] 096 | .100 1%/C 4 2s a Maximum Fwd. Con- +100C : L ducting Voltage VF Ip = 100A (peak) 3.5 3.5 3.5 3.5 [Volts Ko (Note 3) 0 10 2.0 3.0 40 TIME ~ MSEC Notes: (1) Exceeding these ratings may impair operation of the semi- conductor device. (2) The applied current pulse is as shown in the Pulse Current vs Time plot, Maximum Rate of Application is 2 pulses per S vy? , i) minute. ce IC or (3) The applied current is 1/2 cycle of a60 Hz waveform, with a maximum rate of application of 4 pulses per minute. SuUic?% 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 PHONE: 617-272-9015 TWX: 710-332-1919 NO. 105-12/76-5M-MB1 W Zener Diode Type ZB 1N4736-4764 Features @ 1 Watt @ 50C Ambient Cold Case Design (Molded) @Special Matching Available @ High Temperature Operation @ Low Forward Voltage Drop Ratings and Specifications B CASE ELECTRICAL RATINGS @ 25C AMBIENT Axial . Max. Max Lead Nominal Test Maximum Zener Imped , Forward Epoxy Voltage | Current pedance oe Voltage Small Vv ; \ @ Case z@ Ix cal Zz @ Ir Iz Zx @ lx Tzm I; = 1 Amp. JEDEC 2 | SEMICON 1] (Volts) (MA.) (Ohms) (MA.) (Ohms) (MA.) (Volts) 1N4736 2B6.8 6.8 37 3.5 1.0 700 147 1.0 1N4737 ZB7.5 7.5 34 4.0 0.5 700 133 1.0 1N4738 ZB8.2 8.2 31 4.5 0.5 700 121 1.0 1N4739 ZB9.1 9.1 28 5.0 0.5 700 109 1.0 1N4740 ZB10 10 25 7 0.25 700 100 1.0 1N4741 Z2B11 11 23 8 0.25 700 90 1.0 1N4742 ZB12 12 21 9 0.25 700 83 1.0 1N4743 Z2B13 13 19 10 0.25 700 77 1.0 1N4744 ZB15 15 17 14 0.25 700 67 1.0 1N4745 ZB16 16 15.5 16 0.25 700 63 1.0 1N4746 ZB18 18 14 20 0.25 750 55 1.0 1N4747 ZB20 20 12.5 22 0.25 750 50 1.0 1N4748 ZB22 22 11.5 23 0.25 750 45 1.0 1N4749 ZB24 24 10.5 25 0.25 750 41 1.0 1N4750 2B27 27 9.5 35 0.25 750 37 1.0 1N4751 ZB30 30 8.5 40 0.25 1000 33 1.0 1N4752 ZB33 33 7.5 45 0.25 1000 30 1.0 1N4753 ZB36 36 7.0 50 0.25 1000 27 1.0 1N4754 ZB39 39 6.5 60 0.25 1000 25 1.0 1N4755 ZB43 43 6.0 70 0.25 1500 23 1.0 1N4756 ZB47 47 5.5 80 0.25 1500 21, 1.0 1N4757 ZB51 51 5.0 95 0.25 1500 19 1.0 1N4758 ZB56 56 4.5 110 0.25 2000 17 1.0 1N4759 ZB62 62 4.0 125 0.25 2000 16 1.0 1N4760 ZB68 68 3.7 150 0.25 2000 14 1.0 1N4761 2B75 75 3.3 175 0.25 2000 13 1.0 1N4762 ZB82 82 3.1 200 0.25 3000 12 1.0 1N4763 ZB91 91 2.8 250 0.25 3000 10 1.0 1N4764 ZB100 100 2.5 350 0.25 3000 10 1.0 ZB110 110 2.3 450 0.25 4000 9 1.0 2B120 120 2.0 550 0.25 4500 8 1.0 ZB130 130 1 700 0.25 5000 7 1.0 ZB150 150 1.7 1000 0.25 6000 6 1.0 ZB160 160 1.6 1100 0.25 6500 6 1.0 ZB180 180 1.4 1200 0.25 7000 5 1.0 ZB200 200 1.2 1500 0.25 8000 5 1.0 1. Tolerance: No suffix =f 20%, suffix A =1 19%, suffix "B =1 5%, suffix C" =* 1%, suffix D' =12%,. 2. Tolerance: No suffix =t 10%, suffix A =+ 5%, Continued on backTemperature Rating Curve B Package 5.0 .120 max. = 4.0 f .032 aS = z Silver E 3.0 Clad Copper wa a vg ui - 2.0 s A a .225 Q Y < = 1.0 1.25 0 25 50 75 100 125 150 175 AMBIENT TEMPERATURE C ONS a a xa . iM 0 Semicon 2 INC. . Q SUic 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 (617)272-9015 #121 11/75-SMM.B.3W Zener Diode Type ZCC 6.8-200V Features The Semicon Type ZCC zener diode is a high grade solid state voltage . regulator designed to meet the electrical and environmental requirements e Oo 4: . : 3 Watt @ 50C Ambient ; of the commercial-industrial, computer and home instrument electronic High Temperature Operation market. Transfer-molding techniques are used to produce a moisture- Cold Case Design (Molded) resistant high-strength package of small dimension. This package @ Low Forward Voltage Drop design is non-conductive. thus eliminating the need for insulating sleeves @ Special Matching Available when high density packaging is required. Standard tolerances on the Type ZCC zener diode are 20%, 10% and 5%. 1% tolerance and matched pairs are available on request. Ratings and Specifications PART V2 @ | DYN. IMPED. Zz zt ZT Z{max} Ve @ Ir NO.* Zit Zn lax = (VOLTS) (mA) Ohms | Ons | mA (mA) Ip = 3A ZCC 6.8 6.8 75 2 700 im 440 1.0V ZCC 7.5 7.5 75 2 700 5 400 1.0V ZCC 8.2 8.2 75 3 700 5 366 1.0V ZCC 9.1 9.1 75 3 700 5 330 1.0V Zcc 10 10 75 4 700 .25 300 1.0V ZCC 11 11 70 5 700 .25 273 1.0V ZCC 12 12 60 5 700 25 250 1.0V ZCC 13 13 50 6 700 25 231 1.0V ZCC 14 14 50 6 700 .25 214 1.0V ZCC 15 15 50 6 700 25 200 1.0V ZCC 17 7 50 7 700 .25 176 1.0V ZCC 18 18 40 8 750 .25 167 1.0V ZCC 19 19 40 9 750 .25 158 1.0V ZCC 20 20 40 9 750 .25 150 1.0V ZCC 22 22 30 10 750 25 136 1.0V ZCC 24 24 30 10 750 25 125 1.0V ZCC 25 25 30 10 750 .25 120 1.0V ZCC 27 27 25 12 750 .25 111 1.0V ZCC 30 30 25 15 1000 25 100 1.0V ZCC 33 33 20 21 1000 25 91 1.0V ZCC 36 36 20 21 1000 .25 83 1.0V ZCC 39 39 20 27 1000 25 77 1.0V ZCC 43 43 15 35 1500 25 70 1.0V ZCC 45 45 15 37 1500 25 67 1.0V Continued on backRatings and Specifications cont. DYN. IMPED. PART Vz @ Ia \zr I zpmax) Ve @ Ie NO.* (VOLTS) (mA) Zzt yan zx (mA) le = 3A Ohms Ohms mA ZCC 47 47 15 43 1500 .25 64 1.0V Zcc 50 50 15 50 1500 .25 60 1.0V ZCC 51 51 15 50 1500 .25 59 1.0V ZCC 52 52 15 60 1500 -25 58 1.0V ZCC 56 56 10 70 2000 -25 64 1.0V ZCC 62 62 10 75 2000 .25 48 1.0V ZCCc 68 68 10 85 2000 .25 44 1.0V ZCC 75 75 10 100 2000 -25 40 1.0V ZCC 82 82 10 120 3000 .25 37 1.0V zcc 91 91 8 155 3000 -25 33 1.0V ZCC 100 100 7 175 3000 .25 30 1.0V ZCC 105 105 6 200 3000 .25 29 1.0V ZCC 110 110 5 250 4000 .25 27 1.0V ZCC 120 120 5 325 4500 -25 25 1.0V ZCC 130 130 5 375 5000 .25 23 1.0V ZCC 140 140 5 550 5500 .25 21 1.0V ZCC 150 150 5 625 6000 .25 20 1.0V ZCC 160 160 4 700 6500 .25 19 1.0V ZCC 180 180 4 850 7000 .25 17 1.0V zCC 200 200 4 950 8000 .25 15 1.0V * Add suffix A for 10%, B" for 5%, C for 1%, D for 2%, E for 3%. No suffix for 20%. 7 = Temperature Rating Curve AC Package 5.0 4.0 -200 max. 5 " = > 3.0 .051 i < . a Silver oO 2. Clad a Copper Qa oc Ww s 9 1.0 4 Oo .375 Ww L cc 5 1.25 min. 0 25 50 75 125 150 175 AMBIENT TEMPERATURE C 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 (617)272-9015 7002-10K3W Zener Diode Type ZCC 6.8-200V Features The Semicon Type ZCC zener diode is a high grade solid state voltage 3 Watt @ 50C Ambi regulator designed to meet the electrical and environmental requirements att mbient of the commercial-industrial, computer and home instrument electronic High Temperature Operation market. Transfer-molding techniques are used to produce a moisture- Cold Case Design (Molded) resistant high-strength package of small dimension. This package @ Low Forward Voltage Drop design is non-conductive. thus eliminating the need for insulating sleeves Special Matching Available when high density packaging is required. Standard tolerances on the Type ZCC zener diode are 20%, 10% and 5%. 1% tolerance and matched pairs are available on request. Ratings and Specifications DYN. IMPED. wor | oR mm Pele) a] tm . ZT ZK ZK ( ) (mA) Ohms ] Ohms mA (mA) ZCC 6.8 6.8 75 2 700 Im 440 ZCC 7.5 7.5 75 2 700 5 400 ZCC 8.2 8.2 75 3 700 5 366 ZCC 9.1 9.1 75 3 700 5 330 ZCC 10 10 75 4 700 25 300 ZCC 11 11 70 5 700 25 273 Zcc 12 12 60 5 700 .25 250 ZCcC 13 13 50 6 700 .25 231 Zzcc 14 14 50 6 700 .25 214 ZcC 15 15 50 6 700 .25 200 ZCC 17 17 50 7 700 .25 176 ZCC 18 18 40 8 750 .25 167 zcc 19 19 40 9 750 .25 158 ZCC 20 20 40 9 750 25 150 ZCC 22 22 30 10 750 -25 136 ZCC 24 24 30 10 750 .25 125 ZCC 25 25 30 10 750 .25 120 ZCC 27 27 25 12 750 .25 111 Zcc 30 30 25 15 1000 .25 100 ZCC 33 33 20 21 1000 .25 91 ZCC 36 36 20 21 1000 .25 83 ZCC 39 39 20 27 1000 .25 77 Zzcc 43 43 15 35 1500 .25 70 ZCC 45 45 15 37 1500 -25 67 * Add suffix A for 10%, B for 5%, C" for 1%, D" for 2%, E for 3%. No suffix for 20% Semic on Continued on back rRatings and Specifications cont. PART Vz @ ler lar DYN. IMPED. Ia tmvan} Ve @ Ik NO.* (VOLTS) (mA) Zzr Zzx Iz (mA) Ip = 3A Ohms Ohms mA ZCC 47 47 15 43 1500 .25 64 1.0V ZCC 50 50 15 50 1500 .25 60 1.0V Zcc 51 51 15 50 1500 .25 59 1.0V ZCC 52 52 15 60 1500 .25 58 1.0V ZCC 56 56 10 70 2000 .25 54 1.0V ZCC 62 62 10 75 2000 .25 48 1.0V ZCC 68 68 10 85 2000 .25 44 1.0V ZCC 75 75 10 100 2000 .25 40 1.0V ZCC 82 82 10 120 3000 .25 37 1.0V ZCC 91 91 8 155 3000 .25 33 1.0V ZCC 100 100 7 175 3000 .25 30 1.0V ZCC 105 105 6 200 3000 .25 29 1.0V ZCC 110 110 5 250 4000 .25 27 1.0V ZCC 120 120 5 325 4500 .25 25 1.0V ZCC 130 130 5 375 5000 25 23 1.0V ZCC 140 140 5 550 5500 .25 21 1.0V ZCC 150 150 5 625 6000 .25 20 1.0V ZCC 160 160 4 700 6500 .25 19 1.0V ZCC 180 180 4 850 7000 .25 17 1.0V ZCC 200 200 4 950 g000 .25 15 1.0V * Add suffix A for 10%, B for 5%, C"' for 1%, D" for 2%, E for 3%. No suffix for 20%. Temperature Rating Curve AC Package 5.0 -200 max. > 4.0 s 2 .051 k- 3.0 a Opp 2.0 S a A < 10 .375 G 25 50 100 125 150 175 1.25 min. AMBIENT TEMPERATURE C 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 (617)272-9015 #123 11/75-SMM.B.5 W Zener Diode Type ZC 6.8V-200V Features The Semicon Type ZC zener diode is a high grade solid state voltage @5 Watt @ 50C Ambient regulator designed to meet the electrical and environmental requirements @ High Temperature Operation of the commercial-industrial, computer and home instrument electronic Cold Case Design (Molded) market. Transfer-molding techniques are used to produce a moisture- resistant high-strength package of small dimension. This package design is non-conductive, thus eleiminating the need for insulating sleeves when @Special Matching Available high density packaging is required. Standard tolerances on the Type ZC zener diode are 20%, 10% and 5%. 1% tolerance and matched pairs are available on request. Low Forward Voltage Drop Ratings and Specifications DYN. IMPED. PART Vz @ Ia lar Izjmax) Ve @ Ie NO.* (VOLTS) (mA) Zzr Zzx Izx (mA) Ir = 5A Ohms |] Ohms | mA ZC 6.8 6.8 175 1.0 700 1 735 1.0V ZC 7.5 7.5 175 1.5 700 0.5 666 1.0V ZC 8.2 8.2 150 1.5 700 0.5 609 1.0V ZC 9.1 9.1 150 2.0 500 0.5 549 1.0V ZC 10 10 125 2.0 500 0.5 500 1.0V 2C 11 11 125 2.5 500 0.5 454 1.0V ZC 12 12 100 2.5 500 0.5 416 1.0V ZC 13 13 100 2.5 500 0.5 384 1.0V ZC 14 14 100 2.5 500 0.5 357 1.0V ZC 15 15 76 2.5 500 0.5 333 1.0V ZC 17 7 70 2.5 500 0.5 294 1.0V ZC 18 18 65 2.5 500 0.5 277 1.0V ZC 19 19 65 3.0 500 0.5 263 1.0V ZC 20 20 65 3.0 500 0.5 250 1.0V ZC 22 22 50 3.5 500 0.5 227 1.0V ZC 24 24 50 3.5 500 0.5 208 1.0V ZC 25 25 50 4.0 500 0.5 200 1.0V 2C 27 27 50 5.0 500 0.5 185 1.0V ZC 30 30 40 8.0 600 0.5 166 1.0V ZC 33 33 40 10.0 600 0.5 151 1L0V ZC 36 36 30 11.0 600 0.5 138 1.0V ZC 39 39 30 14.0 600 0.5 128 1.0V ZC 43 43 30 20.0 800 0.5 116 1.0V ZC 45 45 25 20.0 800 0.5 411 1.0V * Add suffix A for 10%, B for 5%, C for 1%, D for 2%, E" for 3%. No suffix for 20%. Semicon INC. Suic& Continued on backRatings and Specifications cont. DYN. IMPED. PART Vz @ la bes z > Hines Vs @r " 27 ZK ZK = NO. (VOLTS) (mA) Ons lone | mh (m F ZC 47 47 25 25 800 5 106 1.0V ZC 50 50 25 25 | 1000 5 100 1.0V Zc 51 51 25 27 +} 1000 5 98 1.0V ZC 52 52 23 30 | 1000 5 96 1.0V ZC 56 56 20 35 | 1000 5 89 1.0V ZC 62 62 20 42 | 1200 5 80 1.0V ZC 68 68 20 44 { 1200 5 73 1.0V ZC 75 75 20 45 | 1200 5 66 1.0V ZC 82 82 15 65 | 1400 5 60 1.0V Zc 91 91 15 75 | 1600 5 54 1.0V ZC 100 100 12 90 | 1800 5 50 1.0V ZC 105 105 12 100 |} 1800 5 47 1.0V ZC 110 110 12 125 | 2200 5 45 1.0V ZC 120 120 10 170 | 2400 5 41 1.0V Zc 130 130 10 190 | 2600 5 38 1.0V ZC 140 140 8 230 } 2800 5 35 1.0V ZC 150 150 8 330 3000 5 33 1.0V ZC 160 160 8 | 350 | 3200 5 31 1.0V ZC 180 180 5 430 | 3700 5 27 1.0V ZC 200 200 5 480 | 4000 5 25 1.0V * Add suffix A for 10%, B for 5%, C for 1%, D" for 2%, E for 3%. No suffix for 20%. Operating and Storage Temperature-Absolute Maximum -55C to + 180C Case Temperature Rating Curve AC Package EIA Standard (A38ah) Package 5.0 .200 max. = 40 & = 2 051 - 3.0 a D Sitve 8 Clad a Copper fi 2.0 = & 2 s < 1.0. 0 25 50 75 100 125 150 175 1.25 min. AMBIENT TEMPERATURE C 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 (617)272-9015 #124 11/75-SMM.B.(Pulse Rated) 5W Zener Diode TYPE TZ2C 6.8-200V FEATURES @ 1200 WATTS PEAK POWER Semicon TZC Zener diodes are high grade Solid State Voltage @ 5 WATTS @ 75C AMBIENT Regulators which have been optimized for a dual circuit function. @ SURGE RATED In addition to the characteristics associated with a standard LOW FORWARD VOLTAGE DROP voltage regulator, the T2Ze Series is specified and tested to per- COLD CASE DESIGN (M ED form in transient suppression service. Special attention has been s (MOLDED) given to the thermal transfer properties of these devices to assure HIGH TEMPERATURE OPERATION saliable operation under transient overload stress. @ SPECIAL MATCHING AVAILABLE (Note 1) Maximum Temperatures MAXIMUM ALLOWABLE (FIG .1) Ambient Storage and Operating PEAK PULSE POWER Range Tstg, Ta = -65C to +1759C VS PULSE WIDTH Lead Temperature (For soldering 100 : _ 1/16 inch from case for 10 sec. 230C & 1, 25C Maximum Power 8 10 DN Peak Power Dissipation (1.0 msec NSN pulse width, Ta = 25C Pp 1200 Watts 2 PS DC Power Dissipation (Ta = 75C) = Pm 5.0 Watts @ 10 N Maximum Currents Maximum Pulse Current IPP See Page 2 So? we oS wt wd we (Note 2) Tp PULSE DURATION ~ SECONDS Peak Forward One-Cycle Surge Current (1/2 60 Hz sine wave) PULSE CURRENT VS TIME (FIG.2) Ta = 25C lF mM surge 200 Amps loo Maximum Forward Voltage a TA = 25C @ 5.0 Amps DC Ve 1.0 Volts "75 r & 50 A.C. SUPPRESSION 3 The TZC series may be purchased in clipper configuration a 25 for A.C. transient suppression service. To purchase in a clipper configuration add prefix letter C to the part fy P number. 10 2.0 3.0 40 TIME MSEC Notes: (1) Exceeding these ratings may impair operation of the semi- conductor device. (2) The applied current pulse is as shown in the Pulse Current . Time plot. Maxi R f lication is 2 pul ve ute, plot. aximum Rate of Application is 2 pulses per Semic Orn (3) The applied current is 1/2 cycle of a 60 Hz waveform, with a INC. maximum rate of application of 4 pulses per minute.Ratings and Specifications Dynamic Impedance |; @ 90%! Peak Reverse Typical Semicon Minimum | Pulse Current Zener Voltage Part V2 @ ler lor | Z2r Z2K | Ilz | Iz (max.) Vz (Fig. 2) Temp. Coeff. Number (Volts) (mA)|Qhms | Ohms | mA] d.c. mA BA lop (Amps) %/9C TZC 6.8 6.8 175 1.0 700 1.0 735 1000 147.0 .040 TZC 75 75 175 15 700 | 05 666 500 133.0 045 TZC 8.2 8.2 150 15 700 0.5 609 200 122.0 .048 TZC 9.1 9.1 150 2.0 500 0.5 549 50 110.0 .O51 T2C 10 10 125 2.0 500 | 05 500 20 100.0 055 TZC 11 11 125 2.5 500 0.5 454 10 91.0 .060 T2ZC 12 12 100 2.5 500 | 0.5 416 2 83.3 .065 TZC 13 13 100 2.5 500 0.5 384 2 77.0. .065 TZC 14 14 100 2.5 500 | 05 357 2 71.5 070 T2ZC 15 15 75 2.5 500 0.5 333 2 66.7 .070 TZC 17 17 70 25 500 0.5 294 2 58.8 075 TZC 18 18 65 2.5 500 | 0.5 277 2 55.5 075 TZC 19 19 65 3.0 500 | 05 263 2 52.7 075 TZC 20 20 65 3.0 500 | 05 250 2 50.0 .075 TZC 22 22 50 3.5 500 | 0.5 227 2 45.4 .080 TZC 24 24 50 3.5 500 | 0.5 208 2 41.7 .080 TZC 25 25 50 4.0 500 | 0.5 200 2 40.0 .080 TZC 27 27 50 5.0 500 | 05 185 2 37.1 085 TZC 30 30 40 8.0 600 | 0.5 166 2 33.3 085 T2C 33 33 40 | 10.0 600 | 05 151 2 30.4 085 TZC 36 36 30 | 11.0 600 | 0.5 138 2 27.8 085 TZC 39 39 30 | 14.0 600 | 0.5 128 2 25.6 090 T2C 43 43 30 | 20.0 soo | 05 116 2 23.2 .090 TZC 45 45 25 20.0 800 0.5 111 2 22.2 .090 TZC 47 47 25 | 25.0 soo | 0.5 106 2 21.3 .090 TZC 50 50 25 | 25.0 1000 | 0.5 100 2 20.0 090 TZC 51 51 25 27.0 1000 0.5 98 2 19.6 .090 T2ZC 52 52 23 30.0 1000 0.5 96 2 19.2 .090 TZC 56 56 20 35.0 1000 0.5 89 2 17.8 .090 TZC 62 62 20 | 42.0 1200 0.5 80 2 16.1 .090 T2C 68 68 20 | 44.0 1200 | 05 73 2 14.7 .090 TZC 75 75 20 | 45.0 1200 0.5 66 2 13.3 090 TZC 82 82 15 | 65.0 1400 0.5 60 2 12.2 .090 TZC 91 91 15 | 75.0 1600 0.5 54 2 11.0 .090 TZC 100 100 12 | 90.0 1800 0.5 50 2 10.0 .090 T2C 105 105 12 | 100.0 1800 | 0.5 47 2 9.5 .095 TZC 110 110 12 | 125.0 2200 0.5 45 2 9.1 .095 TZC 120 120 10 |170.0 2400 0.5 41 2 8.3 .095 TZC 130 130 10 _| 190.0 2600 0.5 33 2 7.7 .095 T2C 140 140 8 }230.0 2800 0.5 35 2 7.1 095 TZC 150 150 8 }330.0 3000 | 05 33 2 6.7 .095 TZC 160 160 8 |350.0 3200 0.5 31 2 6.2 .095 T2C 180 180 5 1430.0 3700 0.5 27 2 5.5 095 TZC 200 200 5 |480.0 4000 0.5 25 2 5.0 .100 *Add suffix A for 10%, B for 5%, C for 1%, D for 2%, E for 3%. No suffix for 20%. TEMPERATURE RATING CURVE AC PACKAGE -e__ nM t pi ee 051 3 SILVER F 1.25" MIN, CLAD m COPPER = LEADS 2 } L E i = .375 7) Ww - a _ 200 MAX. r DIAMETER uw = 5 1.25 MIN. a 0 25 50 75 100 125 150 175 AMBIENT TEMPERATURE C EPOXY MOLDED CASE: POLARITY INDICATED BY BAND OR SYMBOL 10 NORTH AVENUE, BURLINGTON, MASSACHUSETTS 01803 (617) 272-9015 (710) 332-1919