SANREX TMG10C60

TRIAC(NON-ISOLATED TYPE)
TMG10C60
TMG10C60 are non-isolated triac suitable for wide range of applications
like copier, microwave oven, solid state switch, motor control, light and
heater control.
10A
● High surge capability 110A
● Non-isolated type
D
F
● IT
(RMS)
H
J
L
T1
*
B
G
M
A
DIM
G
K
1
I
2
E
C
3
1.
T1
2.
T2
3.
Gate
A
B
C
D
E
F
G
H
I
J
K
L
M
Millimeters
Min
5.58
8.38
4.40
1.15
0.35
9.66
―
―
0.75
1.14
―
12.70
14.48
Typ
6.40
8.60
4.50
1.27
0.45
10.10
16.25
3.83
0.85
1.27
2.54
13.50
15.00
Unit:A
T2
■Maximum Ratings
(Tj=25℃ unless otherwise specified)
Symbol
Item
VDRM
Repetitive Peak Off-State Voltage
Symbol
Item
Ratings
600
Tc=103℃
ITSM
Surge On-State Current
One cycle, 50Hz/60Hz, peak, non-repetitive
I2t
1ms∼10ms
PGM
V
Conditions
R.M.S. On-State Current
PG(AV)
Unit
TMG10C60
IT(RMS)
I2t
Max
7.49
8.90
4.70
1.39
0.60
10.28
―
―
0.95
1.40
―
14.27
15.87
Peak Gate Power Dissipation
Average Gate Power Dissipation
Ratings
Unit
10
A
100/110
50
A2S
A
5
W
0.5
W
IGM
Peak Gate Current
2
A
VGM
Peak Gate Voltage
10
V
Operating Junction Temperature
−40 to +125
℃
Storage Temperature
−40 to +125
℃
2
g
Tj
Tstg
Mass
■Electrical Characteristics
Symbol
Item
IDRM
Reptitive Peak Off-State Current
VD=VDRM, Single phase, half wave, Tj=125℃
VTM
+
I GT1
Peak On-State Voltage
IT=15A, Inst. measurement
1
−
I GT1
2
+
Ratings
Mon. Typ. Max.
2
mA
V
30
Gate Trigger Current
30
VD=6V,RL=10Ω
3
−
I GT3
4
―
30
+
V GT1
1
1.5
−
V GT1
2
+
V GT3
3
−
V GT3
4
〔dv/dt〕c
IH
Unit
1.4
I GT3
VGD
Gate Trigger Voltage
1.5
VD=6V,RL=10Ω
―
1.5
mA
V
Non-Trigger Gate Voltage
Tj=125℃,VD=1/2VDRM
0.2
V
Critical Rate of Rise off-State
Voltage at commutation
Tj=125℃,
〔di/dt〕
c=−5A/ms,VD=2/3VDRM
10
V/μs
Holding Current
Rth(j-c) Thermal Impedance
15
Conditions
20
Junction to case
mA
1.8
℃/W
TMG10C60
Gate Characteristics
Av
er
ag
eG
ate
2
Gate Distribution
100
Pe
Po
we
(
r0
.
5W
10
ak
Ga
te
Po
we
(
r5
W
)
5
2
)
5
2
101
5
2
100
102
5
2
5
103
2
2
0.
5
5
1.
0
1.
5
On State Current vs.
Maximum Power Dissipation
On State Current vs.
Allowable Case Temperature
130
θ=180゜
θ=150゜
2
10
θ=120゜
。
360
θ=90゜
: Conduction Angle
8
θ=60゜
θ=30゜
6
4
0
0
1
2
3
4
6
5
7
8
9
θ=30゜
。
360
: Conduction Angle
0
0
1
2
3
60HZ
50HZ
40
20
101
2
102
5
Time(cycles)
IGT(t℃)
×100(%)
IGT(25℃)
10
6
7
8
9
10 11
5
1Sec∼100Sec
2
100
10mSec∼1Sec
5
Junction to case
2
10−1
10−2
2
10
103
5
2
2
10
5
Transient Thermal Impedance
0
Gate trigger current vs.
Junction temperature
I+GT1
(1+)
I−GT1
(1−)
5
−
I
(3 )
GT3
−
2
10−1
5
1
5
10
Time t(sec)
2
5
100
2
5
102
Gate trigger voltage vs.Junction temperature
5
2
V−GT3
(3−)
2
10
V+GT1
(1+)
(1−)
V−GT1
5
2
2
101
−50
Transient Thermal Impedance θj-c(℃/W)
80
101
VGT(t℃)
×100(%)
VGT(25℃)
Surge On-State Current(A)
Tj=25℃ start
5
4
RMS On-State Current(A)
100
2
θ=60゜
θ=90゜
θ=120゜
θ=150゜
θ=180゜
2
10 11
Surge On-State Current Rating
(Non-Repetitive)
0
100
3.
5
110
RMS On-State Current(A)
60
3.
0
120
100
2
3
2.
5
On-State Voltage(V)
12
120
2.
0
Gate Current(mA)
Allowable Case Temperature(℃)
14
2
T
j=25℃
T
j=125℃
5
Maximum Gate Non-Trigger Voltage
101
Power Dissipation(W)
On-State Current(A)
5
On-State Voltage
2
Peak Forward Gate Voltage(10V)
101
Gate Voltage(V)
2
Peak Gate Current(2A)
2
0
50
100
Junction Temp. Tj(℃)
150
101
−50
0
50
100
150
Junction Temp. Tj(℃)
16