SEMICONDUCTOR
340PT Series
Phase Control Thyristors
A TYPE
42.0(1.65)DIA. MAX.
RoHS
RoHS
Features
1.340 PT series Thyristors are deigned
for various power controls
2. Voltage rating up to 1600 V.
3. Typical application
DC motor control
Controlled DC power supplies
AC controllers
Ordering code
20
340
(1)
PT
(2)
xx
(3)
A
(4)
0
(5)
19(0.75) DIA. MAX.
2 HOLES3.56(0.14)
x 1.83(0.07) MIN. DEEP
13.7/14.4 (0.54/0.57)
GATE TERM. FOR
1.47 (0.06) DIA.
PIN RECEPTACLE
(1) Maximum average on-state current , A
(2) For Phase Control Thyristor
(3) Voltage code , code x 100 = V RRM / V DRM
(4) package style : A , B , C , D ,E for Disc Type
(5) Terminal types
0 - for eyelet
38(1.50) DIA. MAX.
All dimensions in millimeters(inches)
Electrical Characteristics
Sy mbo l
I T( AV)
I T( RM S)
V RRM
V DRM
I TSM
I t
V T( TO)
rt
V TM
IH
d i/dt
tq
d v/dt
PG
P GM
I GT
V GT
T stg
Tj
R th( j-h )
Fm
2
Par amet er
Mean on -stat e cur ren t
Max. RM S on -stat e cur ren t
Rep et itive pe ak of f-stat e vol tag e
Rep et itive pe ak rev er se vol tag e
Sur ge on -stat e cur ren t
Fo r fus ing coo rdi na tion
Th res ho ld vol tag e
On- stat e slop e res istan ce
Max. Fo rwar d vol tag e dr op
Hol di ng cur ren t
Ci rtical rat e of rise of tur ne d- on cur ren t
Ty pi cal tur n- of f time
Ci rtical rat e of rise of of f-stat e vol tag e
Max. av er ag e ga te po wer
Con di tion
18 0 ha lf sine wav e , 50 Hz
Dou bl e side coo led , T c = 55 C
Dou bl e side coo led , T hs = 25 C
V DRM & V RRM t p =1 0ms
V DsM & V RsM = V DRM & V RRM + 10 0V
10 ms ha lf sine wav e
V R = 0. 6V RRM
Min.
Val ue
Ty pe Max .
34 0
70 9
12 00
I TM =9 00 A , F=8 .0KN
V A =1 2V , I A =1 A
Gat e dr ive 20 V , 20
Ω
, t r
≤
0. 5
µ
s
I TM =4 00 A , d v/dt =3 0V/
µ
s
d iRR/ dt =- 10 A/
µ
s
V DM =0 .67 V DRM
Squ ar e wav ep ul se wi dt h 10 0
µ
s
Max. pe ak ga te po wer squ ar e
Gat e trigg er cur ren t
Gat e trigg er vol tag e
St or ag e tempe rat ur e
Max.operating temperaturerange
Thermal resi stance (juncti on to heatsi nk)
Moun ting for ce
App rox imat e wei gh t
Dou bl e side coo led , clampi ng for ce 8. 0 KN
3. 3
70
V A =1 2V , I A =1 A
- 40
- 40
Wt
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l
Uni t
A
A
V
A
KA s
V
m
Ω
V
mA
A/
µ
s
µs
V/
µ
s
W
W
mA
V
C
C
C/ W
KN
g
2
16 00
42 00
10 7
1. 08
1. 3
2. 08
60 0
10 00
25 0
10 00
2
30
15 0
3
15 0
125
0. 21
5. 5
l