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S101S15V/S101S16V/S201S15V/S201S16V
S101S15V/S101S16V S201S15V/S201S16V
s Features
1. High radiation resin mold package I T : MAX. 3A rms 2. Isolation voltage between input and output Viso : 3 000 Vrms 3. Built-in zero-cross circuit ( S101S16V/ S201S16V) 4. Built-in snubber circuit 5. Recognized by UL, file No. E94758 Approved by CSA, file No. LR63705
SIP Type SSR with Built-in Snubber Circuit
s Outline Dimensions
18.5 0.2 16.4 0.3 Common to Pin No.1
A Model No, B
( Unit : mm )
Common to Pin No.1 3.2 0.2 5.5 0.2 5.0 0.3
3.2 0.2
S101S15V 3A125VAC S101S16V S201S15V 3A265VAC S201S16V g
B 4.2MAX. 4 - 1.1 0.2 4 - 1.25 0.3 4 - 0.8 0.2 1 2 3 4 +A
s Applications
1. Air conditioners 2. OA equipment
11.2MIN. 0.6 0.1
s Model Line-ups
No built-in zero-cross circuit Built-in zero-cross circuit
19.6 0.2 (36.0)
(5.08) (7.62)
(2.54)
(1.4)
For 100V lines S101S15V S101S16V
For 200V lines S201S15V S201S16V
g May not be externally connected Internal connection diagram S101S15V/S201S15V S101S16V/S201S16V
s Absolute Maximum Ratings
Parameter Input Forward current Reverse current RMS ON-state current
*1 Peak
( Ta = 25C )
Ratings
100V line 200V line
Zero-cross circuit 1 1 2 3 4 2 34 1 2 3 4 12 34
Symbol
Unit mA V A rms A V A/ s HZ C C kV rms C
Output
one cycle surge current Repetitive peak OFFstate voltage Critical rate of rise of ON-state current
IF 50 6 VR IT 3 ( Tc<=100C) I surge 30 V DRM 400 600 dI T /dt f T opr T stg V iso T sol 40 45 to 65 - 20 to + 80 - 30 to + 100 3.0 260
Output ( Triac T2 ) Output ( Triac T1 ) Input ( + ) Input ( - )
Output ( Triac T2 ) Output ( Triac T1 ) Input ( + ) Input ( - )
Operating frequency Operating temperature Storage temperature
*2 *3
Isolation voltage Soldering temperature
*1 60H Z sine wave, Tj = 25C *2 AC 60Hz for 1 minute, 40 to 60% RH Isolation voltage measuring method: ( 1 ) Dielectric withstand tester, with zero-cross circuit shall be used. ( 2 ) The waveform of applied voltage shall be sine wave. ( 3 ) It shall be applied voltage between input and output. ( Input and output shall be short-circuited respectively) *3 For 10 seconds
" In the absence of confirmation by device specification sheets, SHARP takes no responsibility for any defects that occur in equipment using any of SHARP's devices, shown in catalogs, data books, etc. Contact SHARP in order to obtain the latest version of the device specification sheets before using any SHARP's device."
S101S15V/S101S16V/S201S15V/S201S16V s Electrical Characteristics
Input Parameter Forward voltage Reverse current ON-state voltage Minimum operating current Output Symbol VF IR VT Condition IF = 20mA VR = 3V Resistance load, I F = 20mA, IT = 1.5Arms VOUT = 120Vrms VOUT = 240Vrms VOUT = 120Vrms VOUT = 240Vrms VD = 2/3V DRM T j = 125C, VD= 400V, dI T/d t = -1.5A/ms VD = 12V, R L = 30 VD = 6V, R L = 30 DC500V, R H = 40 to 60% IF = 15mA AC50H Z AC50H Z MIN. 30 4 1010 TYP. 1.2 6 45
( Ta = 25C )
MAX. 1.4 10-4 1.5 50 5 10 15 35 35 1 10 10 Unit V A V rms mA rms mA rms V/ s V/ s mA V ms ms C/W C/W
S101S15V/16V IOP S201S15V/16V S101S15V/16V Open circuit I leak leak current S201S15V/16V Critical rate of rise of OFF-state voltage dV/dt Commutation critical rate of rise (dV/dt ) c of OFF-state voltage S101S15V/S201S15V Minimum trigI FT ger current S101S16V/S201S16V Isolation resistance R ISO S101S16V S201S16V S101S15V/S201S15V S101S16V/S201S16V V OX ton toff R th (j-c) R th (j-a)
Transfer characteristics
Zero-cross voltage Turn-on time Turn-off time
Thermal resistance Between junction and case Thermal resistance Between junction and ambient
Fig. 1 RMS ON-state Current vs. Ambient Temperature
( 1 ) With heat sink ( Al 100 x 100 x t 2mm ) ( 2 ) With heat sink ( Al 50 x 50 x t 2mm ) 5 Note ) With the Al heat sink set up vertically, Al plate install it as shown in the figure Torque : 4kg*cm SSR Apply thermal conductive silicone grease 4 on the heat sink mounting plate.forcibly cooling shall not be carried out. 5mm 3
Fig. 2 RMS ON-state Current vs. Case Temperature
5
RMS ON-state current I T ( A rms )
RMS ON-state current I T ( A rms )
4
(2)
3
(1)
2 Without heat sink 1
2
1
0 - 20
0
25 50 75 80 100 Ambient temperature T a ( C )
125
0 - 20
60
70 80 90 100 110 120 125 130 Case temperature T c ( C )
S101S15V/S101S16V/S201S15V/S201S16V
Fig. 3 Forward Current vs. Ambient Temperature
60
Fig. 5 Forward Current vs. Forward Voltage
200 100 50 T a = 75C 50C 25C 0C
50 Forward current I F ( mA ) Forward current I F ( mA )
40
20 10 5
30
20
10 0 - 20
2 1 0 50 Ambient temperature T
a
80 ( C )
100
0
0.5
1.0
1.5
2.0
2.5
3.0
Forward voltage V F ( V )
Fig. 5 Surge Current vs. Power-on cycle
60 f= 60H z Tj = 25Cstart 50 Surge current I surge ( A )
Fig. 6 Maximum ON-state Power Dissipation vs. ) RMS ON-state Current ( Typical Value
(W) 6 T a = 25C 5
40
Maximum ON-state power dissipation 10 Power-on cycle ( times )
4
30
3
20
2
10
1
0
1
100
0
1
2 3 4 5 RMS on-state current I T ( A rms )
6
Fig. 7-a Minimum Trigger Current vs. Ambient Temperature ( Typical Value ) ( S101S15V/S201S15V )
12 10 V D = 12V Minimum trigger current I FT ( mA ) RL = 30
Fig. 7-b Minimum Trigger Current vs. Ambient Temperature ( Typical Value) ( S101S16V/S201S16V)
12 10 V D = 6V Minimum trigger current I FT ( mA ) RL = 30
8
8
6
6
4
4
2
2
- 20
0 25 50 75 Ambient temperature T a ( C )
100
125
- 20
0
25 50 75 100 Ambient temperature T a ( C )
125
S101S15V/S101S16V/S201S15V/S201S16V
Fig. 8-a Open Circuit Leak Current vs. Supply Voltage ( Typical Value) ( S101S15V, S101S16V)
Open circuit leak current I leak ( mA rms ) T a = 25C 5
Fig. 8-b Open Circuit Leak Current vs. Supply Voltage ( Typical Value ) ( S201S15V, S201S16V )
Open circuit leak current I leak ( mA rms ) T a = 25C 5
4
4
3
3
2
2
1
1
0
0
100 Supply voltage ( V rms )
160
0
0
200 Supply voltage ( V rms )
320
q Please refer to the chapter " Precautions for Use."

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