T2300 ETC
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T2300, T2301, T2302 Series File Number 911 2.5-A Sensitive-Gate Silicon Triacs Modified TO-205 Package for AC Power Switching Features: ™ G00V, 125 Deg. C T, Operating § High dv/at and di/dt Capability = Low Switching Losses ‘TERMINAL DESIGNATIONS: '§ High Pulse Current Capability LOaTE = Low Forward and Reverse Leakage ™ Sipos Oxide Glass Multilayer Passivation System @™ Advanced Unisurface Construction wn ure ® Precise lon Implanted Diffusion Source . ‘The RCA-T2300, T2301, T2302, series triacs are gate-controlled Moaitied TO-205 full-wave silicon ac switches that are designed to switch - from an off-state to an on-state for either polarity of applied voltage with positive or negative gate triggering voltages. The gate sensitivity of these triacs permits the use of eco- nomical transistorized control circuits and enhances their use in low-power phase-contro! and load-switching applications. 3mA Gate ‘T2300F T2300A T2300B 123000 T2300M T2300N 4mA Gate ‘T2301F T2301A 2301B 23010 T2301M T2301N 10 mA Gate 72302F 12302A 123028 123020 12302M 12302N Vonow: Ty= 4010 125°C see evevceceeeeeeseceseceneeeens 50 100 200 400 600 800 v Ipqusy Te = O5°C seeeseccesseccecseeseseeeceeeegen agate em 26 A F treue For one cycle of applied principal voltage i/dt: Vo = Vorom: fo = 50 MA, ty = OV YS vere creer eee eee 100 —______________ Ajys. Pt [At To shown for Irs): Te OS cn ee sc iceccaseeeeeeseeseeeettenss = 43 OS Hora: FOF 1S MAK. sees e see e reer eeeeee eer eaeeeeeneraee ——— 1 A Pou: Peak (For 1 ys max., tormS 1 A(peak) «++. eee ee ee eee 410 —____—_____ w Pawn Ty ccecceccccccccuccececneseeeeeeeeen esse eee te 64 940 10 9150 °c a eee e een e ee ee eee EEE EERE EEE EERE ER EEE EE EEE ee AAO 10 125 °c ‘During soldering for 10 s maximum For either polarity of main terminal 2 voltage (Vira) with reference to main terminal 1. *For either polarity of gate voltage (Vg) with reference to main terminal 1. "For temperature measurement reference point, see Dimensional Outlines. a ° 3 "4334 Oh .
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T2300, T2301, T2302 Series
ELECTRICAL CHARACTERISTICS
At Maximum Ratings Unless Otherwise Specified and at indicated Case Temperature (Tc) FOR ALL TYPES CHARACTERISTIC UNITS [Min. | Typ. | Mex. | , 'prom® t Gate open, Ty = 125°C, VDROM = Max. rated value 0.75 | mA Vim iT=10 Alpeak}, Te=25°C 17 | 22 | v Toe!” (See Figs. 9 & 10) Gate open, Initial principal current=150 mA (dc), vp=12 V, Te=25°C (12300, 12301 series) 2 (12302:series) 7 dv/dt (Commutating)*: (See Fig. 14) vp=Vprom: 't(Ams)=2:5 A. commutating di/dt=1.33 A/ms, gate unenergized, To= 70°C Vius dv/dt (Off-state)*: . vp"VpROM. exponential voltage rise, gate open, Te = 115°C (T2300, T2301 series) 3 Vis To = 125°C (T2302 series) 6 - Igt: (See Figs. 11 & 12) vp=12 V de, Ry =30 82, To=25°C Mode = Vt Ve i positive positive T2300 series 1 3 72301 series 1 4 12302 series 35 | 10 me negative negative 2300 series 1 3 72301 series 1 4 12302 series 35 10 3 - Positive Negative 12300: series 2 3 72301 series 2 4 72302 series 7 10 ! wit negative positive ' 72300 series 2 3 } 12301 series 2 4 : 72302 series 7 10 Vor: (See Fig. 13) vp=12 V de, Ri ~30 82, Te=25°C v vp=VpRoM: RU=125 2, Te = 125°C . tg? (See Fig. 16) : Vp"VpROM !GT=60 MA, t,=0.1 ws, i7=10 Alpeak), : Te=25°C [Sve | Steady-state oom Roua: . (72300 Series) For either polarity of main terminal 2 voltage (Vga! with reference to main terminal 1. * For either polarity of gate voltage (Vg) with reference to main terminal 1. . SO i 1335 D-14
G E SOLID STATE o1 DE Bp 3875081 0017793 0 ii | 3875081 G E SOLID STATE ote 17793) oT 25-13 72300, T2301, T2302 Series oer > Ee ee orsare tte eo at wy ie AY el .sSeeSceeesaa ss : ours 3H IN ovr sure SecGen SG ae. | : aainy TERMINAL 2 t ae a SSS ! near ST ans-anar a oo =) asc ns eT RET Tint a TE eR EE ET FULL-CrCLE RMS W-StATE CURRENT [FryRUs]—A FULL-CYOLE RMS ON-STATE CURRENT [Tr¢musi]—A . Fig. 3—Maximum allowable case temperature vs. Fig. 4-Maximum allowable heat-sink temperature on-state current. vs. on-state current for T2300, T2301, A 72302 series. j | == Ee Eom eetl rouse ereLe us O4-STTE CORENT [ry] —A FO ance camer ume. eee ° Shoe Fig. §-Maximum allowable ambient temperature Fig. 6-Peak surge on-state current vs. : vs, on-state current for T2302 series. surge-current duration. BOO | 1336-08
G E SOLID STATE DL DE fp 3a7s08) 0017794 ii 3875081 GE SOLID STATE ——~™S O1E 17794. D T2S- i} —_—— CT lacs 72300, T2301, T2302 Series Slate ieatierticse ea Ane Eat Pw time eae TV on MRLIVE MSUATANEUSOW-STHTE LE fy Fig. 7- Peak surge on-state current and Fig. 8- On-state current vs. on-state Voltage fusing current vs. time. for all sories. SS PSS Se2eS5S25 22% Ses | “ERS Se ee ESS a Pee ) G22 SSS a ee i noe Boe a See 1 ee reo i Sa ee ca WarninnEeI—"C cee ‘use ToweuTE (gic ha Fig. 9- DC holding current (positive or negative) Fig. 10-DC holding current (positive or negative) , vs. case temperature for T2300, T2301 vs, case temperature for T2302 i series. series. t i t eee a ean ete ee Pet ceive e-mail ru deco ott-ten cote rit Fig. 11-Gate-trigger current vs. case temperature Fig. 12-Gate-trigger current vs. case temperature t for T2300, T2301 Series. for T2302 series, 1 eee, 8 | . 1337 €-02 .
GESOID STATE. ~~ OD DER ATE OL DEP 3a7soa1 0017745 3 r > 3875081 GE SOLID STATE o1e 17795 0 Pes lS Triacs _ 72300, T2301, T2302 Series Zeerobammene te tow — Fig. 13-Gate-trigger voltage vs. case tomperature. a = “p--- 1 Lf gene | Hl ’ s208-17003 al ae eee i Fig. 14-Rate-ol-change of on-state current with 74 fino etiing da. 4 L 1 [aver a. tgetarte . PRINCIPAL 1 ' I PONT caer | \\ T wann- th --- ty | ) i i | 1
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' cowara \\ H cane + = i i See Soe ! wet omanene ! ee erat wutem wt Fig. 15-Rolationship between supply voltage rt ‘and principal current (inductive load) 1 ‘Showing reference points for definition ery | sree acting vorage (ova. el Lorn \\. - Fig. 16-Relationship between off-state voltage, i ‘on-state current, and gate-trigger voltage j showing reference points for definition | of turn-on time (tg | eo | 1338 £-03