C451 NJSEMI | Alldatasheet

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Technical content

, U na. 20 STERN AVE. SPRINGFIELD, NEW JERSEY 07081 U.S.A. C4S1 Pha*9 Control Sea TELEPHONE: (973) 376-2922 (212)227-6005 FAX: (973) 376-8960 500-1900 Vol* C4S1 PhM* Control SCR 1400-1500 An?W6«/500.1800 Vote C4B1 Outihii Drawing QrtQhd/dt DHghoW* D Hetmeto Packaging Q Bio«tont Suiga and ft Rtflng* DlMMka A B C D E F a H J K L M N P Q R S T MM Nh. 1.020 1.84S .030 .080 .017 .087 .106 JM .118 .004 — . .195 .070 2.219 .137

  • B. 1.068 1.868 2.940 — _i .023 .060 .191 .268 .130 .070 1.600 Z.6SO .148 .100 1.368 2.343 .183 mfcuM Hta. 26.90 46.M .76 1.Z7 .43 1.44 4,72 &28 2,92 1.62 3,42 1.77 — . 31036 3^7 MM. 27.08 47.12 74.68 .88 1.60 4.88 130 1.78 45.72 67,31 3.66 2.54 34.42 313.51 D Power 8uppto» D Battaiy Chargari Q Motor Control DUghtrJImmm D VAR Generators

Ordering Information

Example Select to complete sbc or aevan dgtt part numbar you deato from Ihe table - L«i C4WM1 to • 600 \\Wt, 1800 Ampwo PhaM Corrtrol SCR. C461 ftMw AMM MM VM Crt* BOO 600 700 800 900 1000 1100 1200 1300 1400 1800 1600 1700 1000 E M N T P PA pa PC PO PE PM PS PN kM MI 1600 1400 NJ Semi-Conductors reserves the right to change test conditions, parameter limits and package dimensions without notice. Information furnished by NJ Semi-Conductors is believed to be both accurate and reliable at the time of going to press. However, NJ Semi-Conductors assumes no responsibility for any errors or omissions discovered in its use. NJ Semi-Conductors encourages customers to verify that datasheets are current before placing orders. Quality Semi-Conductors

Absolut* Maximum Rattnge RMS On-Stale Current Average On-State Current Peak One-Cycle Surge (Non Repetitive) On-Stata Currant (60HS) Peak One-Cycle Sum (NoivRepetlWa) On-State Currant (50HD Critical Rate-of-fllee of On-State Currant (Non-Repet«ve) Critical Rata-of-Rlae of On-State Currant (Repetitive) ft (tar Rialno), Or* Cycle at MHz Peek date Power Dissipation . iven igt Qate Power Dnafpenon Storage Temperature Operating Temperature Mounting Porce® . Mounting Force* SvHiM ITMMN ITM HIM ITSH dl/dt di/dt l«t Pail PIM Tno Ti MM 8360 1600 23,000 20,800 400 2,200,000 200 -40 to 160 -4010126 6600 to 8000 24.6 to 26.7 cni-a 2200 1400 21,000 19,200 400 1330,000 200 -40(0150 -40 to 126 5800 to 6000 £4.5 to 26.7 (MM Amp*nw Amperea Amparaa Amperee Amperaa/ua AmoaiM/ua A*aao Watt* Watte KN Elaotrlcal and Thermal Charactariattea C4IM C4H-* Current-Conducting State Maxtamime Peak On-State Voltage Vro Tj - 26'C; to - 3000A Peak, Duty Cycle *Q.01% 1.70 1.90 VoM em VoHagaBlocking State Matfmume Forward Leakage. Peak Ig* Tj - 126'C. V-VMM 46 mA_ Reverse Leakage, Peak _w, Tj - 126*0. V - Vmu 46 mA Switching Typical Turn-Off Time t, Tj - 12FC. IT - 2000A, Pulse Width - looo uaeo; V* 160

  • GOV; dv/dl - 200 V/ueao; Unear to .8 Vent oVdt - 26A/uaeoi VQ - 0. RL - 100O Typical Delay Time b Tj - 26'C, h- - 60A. Qata Supply - 20V; .7 RL - 20O; FHea Time - 0.1/uaao Mln. Critical dv/dt exponential to VQH, dv/dt Tj - 128*0,0-aVam Applied 400 V/uaep Madmum Thermal Resistance,® double ikied coohig JunctionrtoCaea Rm .025 *C/Watt Caae to Sink. Lubricated R__, .0076 •C/WHt Qate—Maximum Parametera Gate Current to Trigger W Tj - 2S*C, Vp - 20Vdc. Rt - SO 200 mA Qate Voltage to Trigger V^ Tj - -40 to 126^0, V0 - 20Vdc. RL - 3O 5 Volte Non-Triggering Qate Votlage Van, VB - rated VB^ Ti - laS'C. RL 1QOOO .16 Votla Peak Forward Qate Current Ipm 10 Amparaa Peek Reverse Gate Voltage VMM 6 Volte