# Triac, 600 V, 40 A, TO-48, 2.5 V, 265 A, 60 mA
**URL**: https://novapart.co/products/T6420M/triac-600-v-40-a-to-48-25-265-60-ma
**SKU**: T6420M
**Manufacturer**: SOLID STATE
**Price**: €22.1300
**Stock**: 10+
## Description
Peak Repetitive Off-State Voltage, Vdrm:600V; On State RMS Current IT(rms):40A; Triac Case Style:TO-48; Gate Trigger Current Max (QI); Available until stocks are exhausted Alternative available
## Specifications
| Parameter | Value |
|---|---|
| Msl | - |
| Svhc | No SVHC (27-Jun-2024) |
| No. Of Pins | 3Pins |
| Product Range | T6420 |
| Triac Case Style | TO-48 |
| Thyristor Mounting | Stud Mount |
| Holding Current Max | 60mA |
| On State Rms Current | 40A |
| Peak On State Voltage | 2V |
| Gate Trigger Voltage Max | 2.5V |
| Operating Temperature Max | 110°C |
| Peak Non Repetitive Surge Current | 265A |
| Peak Repetitive Off State Voltage | 600V |
## Datasheet
📄 [Download PDF](https://novapart.co/datasheet/farnell:2630596/)
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eS [46] SOLID [FARRAND] [STREET] STATE INC.
| BLOOMFIELD, NEW JERSEY 07003 www.solidstateinc.com °
Thyristors
2N5441 2N5442 2N5443
2N5444 2N5445 2N5446
T6400 T6410 T6420 Series
Main Main Main 40-A Silicon Triacs
Terminal 1 Terminal 1 Terminal 1
Ӵ Gate ~O Gate (' ae; Press-Fit, Stud, and |solated-Stud Packages
bf va For 120-V Line Operation... 2N5441, 2N5444, T6420B
_w mF > For 240-V Line Operation... 2N5442, 2N5445, T6420D
sc vuoo For High-Voltage Operation. . 2N5443, 2N5446, T6420M
E } T6400N, T6410N, T6420N
Main retool
Terminal 2 | Main 2
2N5441 Terminal 2 =
2n5442 | 2N5444— Features:
2n5443 | 2N5445— Te ninal 2 . 7
T6400N 2N5446 = /T6420 = di/dt Capability = 100 A/us = Low On-State Voltage at
Pressfit T6410N {Series = Shorted-Emitter, Center-Gate Design High Current Levels
Stud Isolated-Stud = Low Switching Losses = Low Thermal Resistance
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triacs are gate-controlled, full-wave silicon ac switches. They 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.
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MAXIMUM RATINGS, Absolute-Maximum Values: 2N5441 2N5442 2N5443 T6400N
For Operation with Sinusoidal Supply Voltage at Frequencies 2N5444 2N5445 2N5446 T6410N
up to 50/60 Hz and with Resistive or Inductive Load. T6420B T6420D T6420M T6420N
*REPETITIVE PEAK OFF-STATE VOLTAGE:® Vorom
Gate open, T)=-65to 110°C... 1... eee 200 400 600 800 Vv
RMS ON-STATE CURRENT (Conduction angle = 360°): IT(RMS)
Case temperature
. Teo = 70°C (Press-fit types)... 0.6.6... 000000. 40 — A
* = 65°C (Studtypes) ...........0......0 000000008 —$$_—_—— 40 ——________—_- A
= 60°C (Isolated-stud types) ..................... OO 40 A
For other conditions ........000.00. cc eee —_———————-See Fig. 3————_—_—____-
PEAK SURGE (NON-REPETITIVE) ON-STATE CURRENT: ltsm
For one cycle of applied principal voltage
. 60 Hz (sinusoidal) .........0 0 eee —_—_——_ 300 ——_—_ A
50 Hz (sinusoidal) ......... 0... eee eee —_—_——_———_ 265 A
For more than one cycle of applied principal voltage ......... ———__————See Fig. 4 —————_—_-
RATE OF CHANGE OF ON-STATE CURRENT: di/dt
Vom = VprRom: Igt = 200 mA, t, = 0.1 us (See Fig. 13) .. _——_100 ——_ Alus
FUSING CURRENT (for Triac Protection): 12
Ty = -65t0 110°C, t = 1.25t010ms ................... —_—_—_—_——_350 ——————_ 2
*PEAK GATE-TRIGGER CURRENT:" lot™
For 1 us max., See Fig. 7 2.0... eens —_———— 12 A
"GATE POWER DISSIPATION:
PEAK (For 10 us max., IGTMS 4A, See Fig. 7)-.----.--0--. Pa —_———_—_—40 — __——_——__ w
AVERAGE ... 00.02...
eee eens PGQQy) ooo0.75 ——— __ w
“TEMPERATURE RANGE:*
Storage 2... ee eee T stg —————— —- 65 to 150 ——_- °C
Operating (Case) cee nee Tc —_——_—_—_—_—_——— 65 to 110 ————_ °°C
*TERMINAL TEMPERATURE (During soldering): Tr
For 10s max. (terminals and case) ...............00. 000s a 225 °c
* In accordance with JEDEC registration data format (JS-14, ROF 2) filed for the JEDEC (2N-Series) types. © For either polarity of gate voltage (Vc) with reference 10 main terminat
© For either polarity of main terminal 2 voltage (Vaya) with reference to main terminal 1. * For temperature measurement reference point, see Dimensional Outline
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2N5441—46, T6400, T6410, T6420 Series
ELECTRICAL CHARACTERISTICS
At Maximum Ratings Unless Otherwise Specified and at Indicated Case Temperature (Tc)
LIMITS
FOR ALL TYPES
CHARACTERISTIC SYMBOL UNLESS OTHERWISE UNITS
SPECIFIED
es
Peak Off-State Current:*
Gate open, Ty = 110°C, VoRom = Max. rated value.....
Maximum On-State Voltage:®
For it = 100A (peak), Tc = 25°C Lecce tenes VIM 1.7 2. Vv
For iz = 56 A (peak), Tc = 25°C ......eee eee eee 1.5 1.85
DC Holding Current:*
Gate open, Initial principal current = 500 mA (dc), YD = 12V:
For other case temperatures ..........0... e ee eee See Fig. 6
Critical Rate of Rise of Commutation Voltage: ®
For YD = VpROM: I+ (RMS) = 40 A, commutating
di/dt = 22 A/ms, gate unenergized, (See Fig. 14):
To = 70°C (Press-fit types) .......0. cece ee eee eee 30
= 65°C (Stud types) ...........cee eee eee dv/dt 30 v/us
= 60°C (Isolated-stud types) ...............00. 30
Critical Rate of Rise of Off-State Voltage:*
For YD = Vprom: exponential voltage rise, gate open,
Te = 110°C:
2N5441, 2N5444, T6420B. 2... ce cece cece cre nns 50° 200
2N5442, 2N5445, T6420D, .... cee cee were eee cees dv/dt 30* 150 V/us
2N5443, 2N5446, T6420M ,.. ce crcccccevceeece 20° 100
T6400N, TE6410N, TE6420N. 2. cc eee ecw ce eee eee 10 75
DC Gate-Trigger Current:** Mode Vit VG
Forvp = 12V (dc) \* positive positive 15 50
Ry = 32 Wie Negative negative 20 50
Te = 25°C 1~ positive negative 30 80
wit negative positive 40 80
lot mA
For Y = 12Vv (dc) Mode\t positiveVmMT2 positiveVG - - 125°
Re = 302 WT negative negative - - 125°
To = -65°C 7 Positive negative - - 240°
wut negative Positive - - 240°
For other case temperatures .. 0.0... . 0. cece eee eee See Figs.8& 9
DC Gate-Trigger Voltage:**
Forvp = 12V (de), Ry = 302,
For other case temperatures 20... 0... cee eee See Fig. 10
For vy = Vorom RL = 1252,.Te = 110°C .......... 0.2 - -
Gate-Controlled Turn-On Time:
(Delay Time + Rise Time)
For Yo = Vprom: lot = 200mA,t, = 0.1 us,
ig = 60A(peak),Te = 25°C (See Figs. 11& 15) ....... 1.7 3 us
Thermal Resistance, Junction-to-Case:
Steady-State
Press-fit types... cee ce eee ee te cee teen ees - - 0.8*
Stud types... eee cee ete eens - - 0.9°
Isolated-stud types ......... 0000 c cece eee eee ee Rosc - - 1 “c/w
Transient (Press-fit & stud types) ....... 0.0.00 cee See Fig. 12
* In accordance with JEDEC registration data format (JS-14, RDF 2) filed for the JEDEC (2N-Series) types.
6 For either polarity of main terminal 2 voltage (Vata) with reference to main terminal 1.
@ For either polarity of gate voltage (Vg) with reference to main terminal 1.
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2N5441—46, T6400, T6410, T6420 Series
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FULL CYCLE RMS ON-STATE CURRCNT [!+1ems] —A ' 2 a 68 10 2 68 10 5 2 4 6 108,
SURGE CURRENT DURATION —FULL CYCLES
Fig.3—Maximum allowable case temperature Fig.4—Peak surge on-state current vs. surge
vs. on-state current. current duration .
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INSTANTANEOUS ON-STATE VOLTAGE (V7) -V CASE -TEMPERATURE-20 -10 O (Tc10)—20°C30 40
(POSITIVE OR NEGATIVE)
Fig.5—On-state current vs. on-state voltage . Fig.6—DC holding current vs. case temperature .
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2N 5441 —46, T6400, T6410,410, T6420 Seriesi
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.
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permissableing cone gate-trigger pulses
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2N5441--46, T6400, T6410, T6420 Series
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|
SUPPLY | |
VOLTAGE | | /
'D ft| /
// | r
/ | |
|
|
ot. --Sa | :
U ; | | aids
|
L- [di/dt] | |
/ PRINCIPAL | |
Itsm [——4] ~CURRENTLLL | ~~~_ Ab [__] _
|
|
ai, 75M | |
-;--- dt 2t, NG | | --7
{ ' ~ ~ | divas |
O5ltsm !fy | |
O-= | !! COMMUTATING :| ||
= BRee ovat ad |
! t I 7 | | —_
.
| |
Fig. 13—Rate of change of on-state current PRINCIPAL |
with time (defining di/dt). VOLTAGE | COMMUTATING —~
| dv/dt
Nort tg tt, Fig.14—Relationship9: p between supply voltage9
and principal current (inductive
| ane load) showing9g reference ppoints for
| 90% POINT definition of commutating voltage
Yo | | (dv/dt) ,
| |
| |
o—-t-L—___l_| | “_ _
|
| | Fig.15—Relationship between off-state vol-
| | tage, on-state current, and gate-
j T Fe trigger voltage showing reference
Itm || || | 90% POINT points. for definition of turn-on
L I | time (tg¢),
obit 44.
ty,| tg sp| al| ',
|
}|
v|
VoT AC INPUT 120V | 240V | 240V
o- iz ——-—-—---—---->9'L-10% POINT _ VOLTAGE(ony 6OHzO.1yF | 6OHzO.1F | SOHz0.1pF
200v 400V 400V
Owe | O.1uF | Our
100V 100V 100V
R2 RFI FILTER wo0K!: | 200K0? | 250K22
; Hr' wTrr 2.2kK21/2W | 3.3KoWw | 3.3Ko1w
a acaTRIAC|| Rg iy>! oF '' ikevaw || iskwew || 15KEwvew
‘y VA. Jisce , ac Os 1/72W 1/2W 1/2W
(dd [}_Y tastes ty CF aS VOLTAGE SNUBBER ois. | ov | 0.18.
1es>ri 4 FOR 40-A 2oov | 4oov | 4oov
Noy,RCA DIAC '16 rotoa! iD O (RMS)*IN.NeTwoRK|Cs | 0.22uF 3 93 0 3! | O.22uF 3 30.90! | 0.22uF 3 90°?30
c 03202uUTYPE L,;--4{ t----- 4) LOAD 0.1yFw2w O.1yFW2w 0.1uF1/2w
1 C2 SNUBBER NETWORK FOR INDUCTIVE PireR 200v 400v 400v
LOADS(dv/dt) CHARACTERISTIC OR WHEN COMMUTATINGIS EXCEEDED.VOLTAGE luz’LF | ro0wH100KH || 2004200HH || 200uH200uH |
2N5441 | 2n5442 | 2N5442
RCA TRIACS 2nsaa4a | 2nsa45 | 2NS445
764208 | T6420D | 164200
© For other AMS-current values refer to
.
Fig.16—Typical phase-control circuit for lamp dimming, heat control, and universal- * TypreatRCA Applicationvalues for lamp dimmingNote AN-4745. cwcuits,
motor speed control .
**----- End of picture text -----**
2N5441—46, T6400, T6410, T6420 Series
DIMENSIONAL OUTLINE FOR TYPES 2N5441, 2N5442, 2N5443, T6400N
**==> picture [252 x 466] intentionally omitted <==**
**----- Start of picture text -----**
INSULATING oreo case "NINA me
MATERIAL J{ TERMINALNO. MEASUREMENT _!
et =_Ty |
| Mde (oo = |
CK) ate S|—= $0,|
'| f’ {Qr=| ——————4 [*
$7, ==) ) 1 |
- TERMINAL$0 * NO.2= |- Jle a _ SEATING PLANE
DIMENSIONAL OUTLINE FOR TYPES
2N5444, 2N5445, 2N5446, T6410N
INSULATING
MATERIAL ~~ -~Fe N .
TERMINAL NO.!
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TERMINAL NO.2
DIMENSIONAL OUTLINE FOR
T6420 SERIES
h— -Ao
|
INSULATING MATERIAL
>= \ (NotTERMINAL | bi Fe N- 4
on pert _) |
. =] Van 7
oo fp 1 ow
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! afN yoyNy 2 = \—(lnerenence(=) “point FoR case
“ | a MEASUREMENT
renmivan | | — TERMINAL
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MILLIMETERS
SYMBOL NOTES
A - 0.380 - 9.65
D 0.501 0.510 12.73 12.95
oD,oD, 0.465- | 0.5050.475 | 11.81- | 12.8312.07
J 0.825 | 1.000 | 20.95 | 25.40
M 0.215 | 0.225 5.46 5.71
oT 0.058 | 0.068 1.47 1.73
oT, 0.138 | 0.148 3.51 3.75
**----- End of picture text -----**
**==> picture [200 x 133] intentionally omitted <==**
**----- Start of picture text -----**
MILLIMETERS
SYMBOL NOTES
A 0.330 | 0.505 8.4 12.8
oD, - 0.544 = 13.81
E 0.544 | 0.562 | 1382] 14.28
JF 0.1130.950 || 0.2001.100 || 24.13}287] 27.945.08
M 0.215 | 0.225 | 5.46] 5.71
N 0.422 | 0.453 | 10.72 | 11.50
eT 0.058 | 0.068 1.47 1.73
oT; 0.138 | 0.148 | 3.51 3.75
ow Y-28 | UNF-2A | %-28 | UNF-2A
**----- End of picture text -----**
**==> picture [199 x 157] intentionally omitted <==**
**----- Start of picture text -----**
MILLIMETERS
SYMBOL NOTES
A - 0.673 - 17.09
oD 0.604 | 0.614 | 15.34 | 15.59
oD,E 0.5 05 1 | 0.5 0557 | 1 23 . 7299 ] 1 24 . 8214
F 0.100} o1te | 254} 2.79
J - 1.298 | - | 32.96
M 0.210] 0.230 | 5.33] 5.84
M, 0.200] 0.210 | 5.08] 5.33
oTN 0.058u.422} | 0.0680.452 | 10.72]1.47 11.481.73
oT, 0.138} 0.148 | 3.51] 3.75
oT> 0.138} 0.148 3.51 3.75
ow %-28 | UNF-2A| %28 | UNF-2A
**----- End of picture text -----**
## TERMINAL CONNECTIONS
No. 1—Gate No. 2—Main Terminal 1 Case, No. 3—Main Terminal 2
## Links
- [View this product on Novapart](https://novapart.co/products/T6420M/triac-600-v-40-a-to-48-25-265-60-ma)
- [Request a quote for this part](https://novapart.co/quote/)
- [Supplier page](https://es.farnell.com/solid-state/t6420m/triac-600v-40a-to-48-3/dp/2630596)
---
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