2N1795, 2N1797, 2N1798, 2N1799, 2N1800, 2N1805, 2N1806, 2N1910, 2N1911, 2N1913, 2N1915, 2N1916, 2N2031, JAN, JANTX, AND JANTXV This specification is approved for use by all Depart~ ments and Agencies 1. SCOPE of the Department of Defense. MIL-S-19500/204F Soret 4 MIL -S-19500/204E 19 August 1975 1.1 Scope. This specification covers the detail requirements for silicon thyristors. Three levels of product assurance are provided for each device type as specified in MIL-S-19500. 1.2 Physical dimensions. See figures 1 (TO-94) and 2 (10-83). 1.3 Maximum ratings. TT I T-V [V IT [P [P T Stud [Operating | T IT IR | p TAT) poTSHy GM GM GH GMP SCAY) torque Jaltitude (chee fark Peo | L = | | l | | | | | | temper- | ty i | | | | | | | | | | | ture) | | | | r | | Adc IA(pk)(11 v(pk) Ivipk) IA(pk) | Woo} M0 bein Jom 61 20) ECO CM I | Icycle) | | | i i | | | | | i | | | | | | | | | | | | | | 50 |1000 | 5 | 10 | 2 [| 5 | 05 |} 150 | 15 [-40 to |-40 to} 0.4 | es a ee 1/ This average on-state current is for a maximu

utline Part Numbers Rating Rating Number Case JEDEC JAN JANTX Voltage (A) (A) MIL-S-19500 Qualification (3) Style 2N1792 | JAN2N1792 | JANTX2N1792 50 70 50 /204 19500-1088-78 TIA TO-209AC 2N1793 | JAN2N1793 | JANTX2N1793 100 70 50 /204 19500-1088-78 T0-94 2N1795 | JAN2N1795 | JANTX2N1795 200 70 50 /204 19500-1088-78 2N1797 | JAN2N1797 | JANTX2N1797 300 70 50 /204 19500-1088-78 2N1798 | JAN2N1798 | JANTX2N1798 400 70 50 (204 19500-1088-78 2N1799 | JAN2N1799 | JANTX2N1799 500 70 50 1204 19500-1088-78 2N1800 | JAN2N1800 | JANTX2N1800 600 70 50 1204 19500-1088-78 2N1805 | JAN2N1805 | JANTX2N1805 500 70 50 7204 19500-760-73 T5A 2N1806 | JAN2N1806 | JANTX2N1806 600 70 50 /204 19500-760-73 2N1910 | JAN2N1910 | JANTX2N1910 50 70 50 /204 19500-760-73 2N1911 | JAN2N1911 | JANTX2N1911 100 70 50 /204 19500-760-73 2N1913 | JAN2N1913 | JANTX2N1913 200 70 50 1204 49500-760-73 2N1915 | JAN2N1915 | JANTX2N1915 300 70 50 /204 19500-760-73 2N1916 | JAN2N1916 | JANTX2N1916 400 70 50 {204 49

av)@To] ITSM) | vert tee on, dv/at | Rinuc ase Part Vor | 't(AMS) 50 Hz] 60 Hz] (2) | (2) (4) | DC | Number Number (V) (A) (A) | (C) | (A) | CA) L(V) PA) (Vv) | CA) fs) | (20) | (15) | Notes Case Style 2N1792 oe T3 ce) TO-208AD 2N1793 - 2N1794 150 (10-83) 2N1795 200 2N1795 250 2N1797 300 2N1798 400 | 110 70 | 65 | 955 |1000 | 2.5 | 70 11.85 | 220] 200 | 04 2N1799 500 2N1800 600 2N1801 700 2N1802 800 2N1803 900 110 | 2.00 2N1804 1000 2N3091 oN T4 TO-209AC 2N3092 7 - 2N3093 800 (10-94) 2N3094 900 | 110 70 | 62 | 955 | 1000 | 2.5 | 110 71.85 | 220] 200 | 0.4 2N3095 1000 2N3096 1100 2N3097 1200 2N3098 1300 2N1909 25 T4 2N1910 50 2N1911 100 2N1912 150 2N1913 200 2N1914 250 | 110 70 | 62 | 955 | 1000 | 25 | 70 |1.85 | 220] 200 | 04 2N1915 300 2N1916 400 2N1805 500 2N1806 600 2N1807 700 7ORIA10 100 (6) (7) 7ORIA20 200 (9) 7ORIA40 400 (16) 7ORIA6O 600 | 110 70 | 80 | 1200 | 1255 | 2.5 | 100 | 1.80 | 220] 500 | 0.35 7ORIA80 800 7ORIA100 1000 7ORIA120 1200 2N2023 25 (8) 2N2024 50 (16) 2N2025 1

ou! Varn! Vasu! T, = -40C to +125C Ts = -40C to +125C T, = +125C C50U) = (2N1909) | C52U 25 Volts 25 Volts 25 Volts C50F (2N1910)|C52F (2N1792) 50 50 75 C50A (2N1911)|}C52A (2N1793) 100 100 150 C50G (2N1912) |C52G (2N1794) 150 150 225 C50B (2N1913) |C52B (2N1795) 200 200 300 CSOH (2N1914)|}C52H (2N1796) 250 250 350 C50C (2N1915)|C52C (2N1797) 300 300 400 C50D (2N1916)|C52D (2N1798) 400 400 500 C50E C52E 500 500 600 C50M C52M 600 600 720 C508 C528 700 700 840 C50N C52N 800 800 960 C50T C52T 900 900 1040 CS50P C52P 1000 1000 1200 C5SOPA C52PA 1100 1100 1320 CSOPB C52PB 1200 1200 1440 1 Half sine wave waveform, 10 msec, maximum pulse width. RMS On-State Current, Iq(Rpmsy-- +e ett 110 Amperes (All Conduction Angles) Average On-State Current, It(qyy-- ee eee Depends on Conduction Angles (See Charts 3 and 4) Critical Rate-of-Rise of On-State Current (Non-Repetitive) di/dt:* Switching From 1200 Volts .. 20... 0. ce ee er eens 100 Amperes Per Microsecond Switching From 600 Volts 2... 0... ce ee ett eee 2

490 2N491 2N492 2N493 2N494 2N681 2N682 2N683 2N684 2N685 2N686 2N687 2N688 2N689 2N690 2N691 2N692 2N877 2N878 2N879 2N880 2N881 2N1595 2N1596 2N1597 2N1598 2N1599 2N1671 2N1770 2N1771 2N1772 2N1773 2N1774 2N1775 2N1776 2N1777 2N1778 2N1792 2N1793 2N1794 2N1795 2N1796 2N1797 2N1798 2N1842 2N1843 2N1844 2N1845 2N 1846 2N1847 2N1848 2N1849 2N1850 2N1909 2N1910 2N1911 Type 2N1912 2N1913 2N1914 2N1915 2N1916 2N2023 2N2024 2N2025 2N2026 2N2027 2N2028 2N2029 2N2030 2N2160 2N2322 2N2323 2N2324 2N2325 2N2326 2N2327 2N2328 2N2329 2N2344 2N2345 2N2346 2N2347 2N2348 2N2646 2N2647 2N2840 2N3870 2N3871 2N3872 2N3873 2N3877 2N3896 2N3897 2N3898 2N3899 2N3903 2N3904 2N3905 2N3906 2N4123 2N4124 2N4125 2N4126 2N4400 2N4401 2N4402 2N4403 2N4409 2N4410 2N4983 2N4984 2N4985 2N4986 2N4987 2N4988 2N4989 2N4990 2N4991 2N4992 2N4993 2N5060 2N5061 2N5062 2N5063 2N5064 2N5088 2N5089 2N5174 2N5175 2N5176 2N5204 2N5205 2N5206 2N5207 2N5219 2N5220 2N5221 2N5223 2N5225 2N5226 2N5227 2N5305 2N5306 2N5307 2N5308 2N5777 2N5778

ou! Varn! Vasu! T, = -40C to +125C Ts = -40C to +125C T, = +125C C50U) = (2N1909) | C52U 25 Volts 25 Volts 25 Volts C50F (2N1910)|C52F (2N1792) 50 50 75 C50A (2N1911)|}C52A (2N1793) 100 100 150 C50G (2N1912) |C52G (2N1794) 150 150 225 C50B (2N1913) |C52B (2N1795) 200 200 300 CSOH (2N1914)|}C52H (2N1796) 250 250 350 C50C (2N1915)|C52C (2N1797) 300 300 400 C50D (2N1916)|C52D (2N1798) 400 400 500 C50E C52E 500 500 600 C50M C52M 600 600 720 C508 C528 700 700 840 C50N C52N 800 800 960 C50T C52T 900 900 1040 CS50P C52P 1000 1000 1200 C5SOPA C52PA 1100 1100 1320 CSOPB C52PB 1200 1200 1440 1 Half sine wave waveform, 10 msec, maximum pulse width. RMS On-State Current, Iq(Rpmsy-- +e ett 110 Amperes (All Conduction Angles) Average On-State Current, It(qyy-- ee eee Depends on Conduction Angles (See Charts 3 and 4) Critical Rate-of-Rise of On-State Current (Non-Repetitive) di/dt:* Switching From 1200 Volts .. 20... 0. ce ee er eens 100 Amperes Per Microsecond Switching From 600 Volts 2... 0... ce ee ett eee 2

6A 4.7 300 150 15 2.0 2N1776B 4.7 300 150 15 2.0 2N1777 2N4172 4-26 4a? 400 125 15 2.0 2N1777A 7.0 400 150 15 2.0 2N1778 2N4173 4-26 7.4 500 125 15 2.0 2N1778A 7.0 500 150 15 2.0 2N1792 110 60 125 75 3.0 2N1793 110 120 125 75 3.0 2N1794 L1O 180 125 75 3.0 2N1795 110 240 125 75 3.0 2N1796 110 300 125 75 3.0 2N1797 110 360 125 75 3.0 2N1798 110 480 125 75 3.0 2N1799 110 600 125 75 3.0 2N1800 110 720 125 75 3.0 2N1801 110 840 125 75 3.0 2N1802 110 960 125 75 3.0 2N1803 110 1080 125 90 3.0 2N1804 110 1200 125 90 3.0 2N1805 110 500 125 75 3.0 2N1806 110 600 125 75 3.0 2N1807 110 700 125 75 3.0 2N1842 4-15 16 25 100 80 2.9 2N1842A 4-18 16 25 125 80 2.0 2N1842B 20 25 125 75 3.0 2N1843 4-15 16 50 100 80 2.0 2N1843A 4-18 16 50 125 80 2.0 2N1843B 20 50 125 75 3.0 2N1844 4-15 16 100 100 80 2.0 2N1844A 4-18 16 100 125 80 2.9 2N1844B 20 100 125 75 3.0 2N1845 4-15 16 150 100 80 2:0 2N1845A 4-18 16 150 125 80 2.0 2N1845B 20 150 125 75 3.0 2N1846 4-15 16 200 100 30 2.0 2N1846A 4-18 16 200 125 80 2.0 2N1L846B 20

RMS Pat | YRRM ay @ Te | ITSM) ver! gt | vem | dwar ore Number | VpRM | 'T(AMS) 50 Hz |60 Hz | (2) | (2) | @) | (4) | Rthsc OC] number | Notes Case Style (v) (Ay | |} | AD] AY |) | (Ay) Mf Wins) | COM | tN) 2N1792 50 TTA | M@ . 2N1793 100 Goan 2N1794 150 2N1795 200 2N1796 250 2N1797 300 2N1798 400 | 110 | 70 | 65 | 955 | 1000 | 25] 70 | 1.85] 200 0.40 2N1799 500 2N1800 600 2N1801 700 2N1802 800 2N1803 900 110 | 2.00 2N1804 1000 110 | 2.00 2N3091 600 T5 A - 2N3092 700 toe 2N3093 800 2N3094 900 | 110 | 70 | 62 | 955 | 1000 | 25] 110] 185] 20 0.40 2N3095 1000 2N3096 1100 2N3097 1200 2N3098 1300 2N1909 25 2N1910 50 2N1911 100 2N1912 150 2N1913 200 2N1914 250 | 110 | 70 | 62 | 955 | 1000 | 25] 70 | 1.85] 200 0.40 2N1915 300 2N1916 400 2N1805 500 2N1806 600 2N1807 700 7ORIA10 100 (5) (6) 7ORIA20 200 (7) 7ORIA4O 400 70RIAGO 600 | 110 | 70 | 80 | 1200 | 1255 | 2.5] 100 | 1.80] 500 0.35 7ORIA80 800 70RIA100 1000 70RIA120 1200 2N2023 25 (7) (9) 2N2024 50 2N2025 100 2N2026 150 | 110 | 70 | 85 | 955 | 1000]

00 25 Ci37U | C147U C45U C46U | 2N1909 c52U Ci50U | C152U C60U C62U 50 Ci37F | C147F C45F C46F | 2N1910 | 2Ni792 | C150F | Ci52F C60F C62F 100 Ci37A | C147A C45A C46A | 2N1911 | 2N1793 | C150A | C152A C60A C62A C380A 200 C137B | C147B C45B C46B | 2N1913 | 2N1795 | Ci50B | C152C C60B C62B C380B 300 Ci37C | C147C C45C C46C | 2N1915 | 2N1797 Ci50G | C162C C60C C62C C380C 400 C137D | C147D C45D C46D } 2N1916 | 2N1798 Ci50D | Ci52D ; C0D C62D 380D 500 C137E | C147E C45E C46E C50E C52E | C150E | C152E C60E C62E } C350E C380E 600 C137M_| 6147M C45M C46M C50M C52M_| Ci50M_{ Ci52M 350M C380M 700 cis | ci47s | c45s | c4eS| c50S | c528 | ci50S | C1528 350$ | 0380S 800 C137N | Ci47N | C45N | C46N | C5ON | C52N ] CI50N | CI52N C350N | CaB0N 900 C137T | C147T C45T C46T C50T C52T | CiS0T | 152T C350T C380T 1000 C137P_] C147P C45P C46P C50P C52P_| Ci50P_} Ci52P C350P C380P 1100 Ci37PA {C147PA | C45PA | C4GPA | C5OPA | C52PA |C150PA | C152PA C350PA C380PA 1200 C137PB |C147PB {| C45PB | C46PB ] C5OPB | C52PB | CIS

6A 4.7 300 150 15 2.0 2N1776B 4.7 300 150 15 2.0 2N1777 2N4172 4-26 4a? 400 125 15 2.0 2N1777A 7.0 400 150 15 2.0 2N1778 2N4173 4-26 7.4 500 125 15 2.0 2N1778A 7.0 500 150 15 2.0 2N1792 110 60 125 75 3.0 2N1793 110 120 125 75 3.0 2N1794 L1O 180 125 75 3.0 2N1795 110 240 125 75 3.0 2N1796 110 300 125 75 3.0 2N1797 110 360 125 75 3.0 2N1798 110 480 125 75 3.0 2N1799 110 600 125 75 3.0 2N1800 110 720 125 75 3.0 2N1801 110 840 125 75 3.0 2N1802 110 960 125 75 3.0 2N1803 110 1080 125 90 3.0 2N1804 110 1200 125 90 3.0 2N1805 110 500 125 75 3.0 2N1806 110 600 125 75 3.0 2N1807 110 700 125 75 3.0 2N1842 4-15 16 25 100 80 2.9 2N1842A 4-18 16 25 125 80 2.0 2N1842B 20 25 125 75 3.0 2N1843 4-15 16 50 100 80 2.0 2N1843A 4-18 16 50 125 80 2.0 2N1843B 20 50 125 75 3.0 2N1844 4-15 16 100 100 80 2.0 2N1844A 4-18 16 100 125 80 2.9 2N1844B 20 100 125 75 3.0 2N1845 4-15 16 150 100 80 2:0 2N1845A 4-18 16 150 125 80 2.0 2N1845B 20 150 125 75 3.0 2N1846 4-15 16 200 100 30 2.0 2N1846A 4-18 16 200 125 80 2.0 2N1L846B 20

1.800 2.940 1.740 14.120 12.460 BC 2N1842B 2N1806 ASI NJS PRX QS2 NJS 0S2 SE] 2N1842A 2N1805 ASI NJS PRX QS2 2N184 2N1842 2N1804 ASI IR ASI NJS 0S2 2N1840 23.000 25.650 c 22.200 2N1801 ASI IR ASI NJS 0S2 2N1839 2N1800 ASI IR NJS 0S2 2N1838 RFP 2.950 2.850 2N1795 ASI NJS PRX QS2 30.500 29.000 32.860 27.990 MW 3.650 3.520 2N1794 ASI NJS PRX QS2 21.830 16.250 23.770 c 15.680 2N18 1.750 1.550 1.500 1.900 2N1793 ASI NJS PRX QS2 29.100 28.000 31.900 27.020 1.120 I 0.740 AU NSC 2.100 1.950 1.880 2.150 2N1792 ASI NJS PRX QS2 19.880 15.500 23.050 c 14.960 2N18 2N1790 NJS QS2 26.500 24.000 30.930 e 23.160 2N1799 5.550 2N179 NJS QS2 SE] ASI NJS PRX QS2 7.850 2N1789 4.880 18.080 13.500 23.050 c 13.030 2N180 2N1788 NJS QS2 ASI NJS PRX QS2 6.000 8.000 24.100 22.000 30.930 21.230 2N1797 HARR 2N1786 NJS QS2 AS] NJS PRX QS2 2N1798 AT 2N1785 4.250 16.000 14.120 sc JAN1X JANTX 2N1773 AT 2N178 6.000 18.820 15.000 2N1776A 19.920 ASI NJS QS2 SEI NJS QS2 JAN PRX ASI NJS PRX QS2 SEI STC 8.460 18.700 PRX JAN 2N1772A AT J

6A 4.7 300 150 15 2.0 2N1776B 4.7 300 150 15 2.0 2N1777 2N4172 4-26 4a? 400 125 15 2.0 2N1777A 7.0 400 150 15 2.0 2N1778 2N4173 4-26 7.4 500 125 15 2.0 2N1778A 7.0 500 150 15 2.0 2N1792 110 60 125 75 3.0 2N1793 110 120 125 75 3.0 2N1794 L1O 180 125 75 3.0 2N1795 110 240 125 75 3.0 2N1796 110 300 125 75 3.0 2N1797 110 360 125 75 3.0 2N1798 110 480 125 75 3.0 2N1799 110 600 125 75 3.0 2N1800 110 720 125 75 3.0 2N1801 110 840 125 75 3.0 2N1802 110 960 125 75 3.0 2N1803 110 1080 125 90 3.0 2N1804 110 1200 125 90 3.0 2N1805 110 500 125 75 3.0 2N1806 110 600 125 75 3.0 2N1807 110 700 125 75 3.0 2N1842 4-15 16 25 100 80 2.9 2N1842A 4-18 16 25 125 80 2.0 2N1842B 20 25 125 75 3.0 2N1843 4-15 16 50 100 80 2.0 2N1843A 4-18 16 50 125 80 2.0 2N1843B 20 50 125 75 3.0 2N1844 4-15 16 100 100 80 2.0 2N1844A 4-18 16 100 125 80 2.9 2N1844B 20 100 125 75 3.0 2N1845 4-15 16 150 100 80 2:0 2N1845A 4-18 16 150 125 80 2.0 2N1845B 20 150 125 75 3.0 2N1846 4-15 16 200 100 30 2.0 2N1846A 4-18 16 200 125 80 2.0 2N1L846B 20

2N1795 99003-2N1797 99003-2N1798 990032N1799 99003-2N1800 NON NN ND bo TO-94 990032N1910 990032N1911 99003-2N1913 99003-2N1915 990032N1916 99003-2N1805 990032N1806 aos Forward & Reverse Repetitive Blocking 50V 100V Dim. Inches Millimeter Minimum Maximum Minimum Maximum Notes A --- --- --- --- 1 B 1.050 1.060 26.67 26.92 C --- 1.161 --- 29.49 D 5.850 6.144 149.10 156.06 E 6.850 7.375 173.99 187.33 F .797 .827 20.24 21.01 G .276 .286 .701 7.26 H --- .948 --- 24.08 J 425 499 10.80 12.67 2 K .260 .280 6.60 7.11 Dia. M .500 .600 12.70 15.24 N 140 150 3.56 3.81 P --- .295 --- 7.49 R --- .900 --- 22.86 Dia. S .225 .279 6.48 6.99 T --- 1.750 --- 44,45 U 370 380 9.40 9.65 V 2135 223 5.41 5.66 Dia. W .065 .075 1.65 1.91 Dia. X 215 .225 5.46 5.72 Y .290 15 7.37 8.00 Z 14 930 13.06 13.46 AA .089 .099 2.26 2.51 e Replacement for MIL-PFR19500/204 @ Available as JAN, JANTX, JANTXV equivalent #1000 Amperes surge current 200V/us dv/dt 40 us turnoff time Electrical Characteristics Max. Max. Max. Max. Max. Max. RMS

A > 2NIStE- =f = 2N1793* GSOAX500. | = 2N2025 pe 2 4 Sy casA 0 | CS50K-2 4) C52AsE ES2AXS00 2 = C62A 10 G@. fen we f. C45G co -2N1912 - ; QNi794. =. :.. -.: 4 2N2026 . 3 : - oF C46G -C6h0G i ~~ C52G Ry. C62G 200 iB * Ci47B .. NL-S78B =; 4C45B ~ 2NI91S. -? 2N1795 - CSO0BX500: 7 2N2027 NL-S79B 3 C46B e508 2 C828 C52Bx500 3 C628 250 4H 3 Pa. 2 lg C4BH aNTa14 yi ONI7TOG ED ee 4 2N2028 4 (ES TLE 4H oso# =) Gs2H Ps 78 C62H REPETITIVE 300 CG 4 C1470 =O, -NLS78G 3 = C45C aNia1g a 2N1797 ,.C50CX500 ] 2N2029 PEAK - rs ? - NL-579C c46C 2 csoG- 4 C52C~= = -C520X500 3. C620 FORWARD 400 D j 1470 z NE-578D t C45D. =. ANISIG@--s 2N1798 . GSODX500 ; 2N2030 (Vor) a * NLS579D 2 C46D + - G0D cseD ~~ Ck2DX600 2 C62D 500 & -? Ct47E . NUS7BE = C45E ; 2N1805- : + -C50EX600 = C60E AND 1 NES79E { CAGE t~.650E "i C52E f C52EX500 j C62E 600 M F Ci47M NLS78M 2 C45M +: 2NTB0G 4 2N1799 = G50Mx500 REPETITIVE. . a . :NES7OM 2 C46M og C5OM- 2 4 G52M oF G52MX5003 PEAK 700 8 74 C1478} NL-B7BS 3 CASS | *, AN1807.*} & C50SX500. 3 REV

.46 5.72 (T083) S 290 315 7.37 8,00 T 014 .530 13.06 13.46 Note 1: 1/220 UNF3A Note 2: Full thread within 2 1/2 threads U 089 099 2.26 2.51 Microsemi Microsemi VDRM/VRRM Catalog Number Catalog Number 2N4371 100 . 2N1794 2N4372 200 e High dv/dt-100 V/usec. 2N1795 250 oN1796 300 e 1600 Amperes surge current 2N1797 2N4373 400 e Low forward on-state voltage 2N1798 500 Nig00 2N4574 oo Package conforming to TO208AD outline 2N1801 720 e Economical for general purpose 2N1802 2N4375 800 icati oN1803 900 phase control applications 2N1804 2N4376 1000 2N4377 1200 Electrical Characteristics Max. RMS on-state current i T(RMS) 110 Amps Te = 87C Max. average on-state cur. yav) 70 Amps Tc = 87C Max. peak on-state voltage 1.6 Volts ITM = 220 A(peak) Max. holding current 1M 200 mA Max. peak one cycle surge current ITSM: 1600 A Te = 87C, 60 Hz Max. |2t capability for fusing I2 10,624A2S t = 8.3 ms Thermal and Mechanical Characteristics Operating junction temp range TJ 65C to 125C Storage temperature range TSTG 65C t