# AUTOMOTIVE-GRADE POWER MOSFET ![Product image](https://novapart.co/image/farnell:4731508/) **URL**: https://novapart.co/products/TN5050H-12WL/automotive-grade-power-mosfet **SKU**: TN5050H-12WL **Manufacturer**: STMICROELECTRONICS **Category**: Semiconductors - Discretes || Thyristors || Thyristors - SCRs **Price**: €1.8800 **Stock**: 10+ **Lead Time**: 120 days (indicative) ## Specifications | Parameter | Value | |---|---| | Svhc | No SVHC (25-Jun-2025) | ## Datasheet 📄 [Download PDF](https://novapart.co/datasheet/farnell:4731508/) **Thyristors (SCRs), triacs, and AC switches portfolio** Discrete and Filter Division Automotive and Discrete Group ## Environmentally friendly thyristors (SCR), triacs, and AC switches **==> picture [301 x 110] intentionally omitted <==** **----- Start of picture text -----**
No fluorine
HALOGEN
FREE
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No chlorine No bromine
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No iodine No astatine
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No PBB
No lead No hexavalent
No mercury No cadmium
2011/65/EU plating chromium No PBDE
(REACh compliant)
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UL94-V0 flammability
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**==> picture [129 x 161] intentionally omitted <==** 2 ## High-voltage, high-temperature thyristor portfolio ## **Enable higher system density with efficiency, robustness & digital control** ## **Up to 1200 V and 150°C** **==> picture [464 x 231] intentionally omitted <==** **----- Start of picture text -----**
Triacs & AC switches SCRs
Over voltage proof AC Switch Automotive
SCR
High temperature
High-V Triac H Series Triac 1200 V
a —_
125°C High temperature
T Series Triac SCR 800 V
Sensitive
Standard & Snubberless Triac Gate
——eEE——————__
Thermal Performance Thermal performance
EMI Robustness
Power rating
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**Broad range, reliable** Legacy home appliance devices **supplier** TN3050H-12Y, TN4050HP-12Y, **1200 V automotive SCR** TN6050H-12Y **150°C H series thyristor** T4015H-6T/T1635H-8G **Top-side cooling** STTN6050H-12M1Y **==> picture [369 x 135] intentionally omitted <==** **----- Start of picture text -----**
Advanced packaging
e2@9 CO®
BARE DIE SOT-23 DPAK TO3-PF HU3PAK ACEPACK
SMIT
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## Thyristor innovation for emerging applications **Reliable solutions for vehicle electrification, renewable energies, smart industry, and digital appliances** **==> picture [300 x 290] intentionally omitted <==** - Industrial, automotive, and medical grade technology - Robust and immune dedicated products - Roadmap to 1800 V, 200 A, discrete & power modules - Dedicated local application & engineering teams - Complete portfolio of solutions, wide design tool set - Long-term supply commitment **==> picture [53 x 40] intentionally omitted <==** 4 **==> picture [53 x 49] intentionally omitted <==** ## Complete range of triacs and AC switches **==> picture [866 x 288] intentionally omitted <==** **----- Start of picture text -----**
Overvoltage-proof AC switches
(ACS/ACST)
Electrical specifications:
High-Voltage H Series
triacs High thermal constraints • V : 600 to 1200 V
DRM
(TxxH)
•
I : 0.2 to 50 A
T(RMS)
T Series
•
I : 3 to 50 mA
High EMI constraints GT
(Txx T ) •
T : 125 to 150°C
Jmax
Bidirectional Standard & SNUBBERLESS
conduction (BTA/BTB/Txx/Zxx)
Thermal performance
Application robustness
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**==> picture [53 x 40] intentionally omitted <==** 5 **==> picture [53 x 49] intentionally omitted <==** ## Triac and AC switch series ## **Performance comparison for 12 A triac, 800 V, IGT = 35 mA** **==> picture [54 x 50] intentionally omitted <==** **==> picture [53 x 41] intentionally omitted <==** **==> picture [44 x 40] intentionally omitted <==** **==> picture [808 x 242] intentionally omitted <==** **----- Start of picture text -----**
(dV/dt) improvement (dI/dt)c improvement
0 V/µs 500 V/µs 1000 V/µs 1500 V/µs 2000 V/µs 2500 V/µs 0 A/ms 2 A/ms 4 A/ms 6 A/ms 8 A/ms 10 A/ms 12 A/ms 14 A/ms
AC Switch 150°C AC Switch 150°C
H series 150°C H series 150°C
T series 150°C T series 150°C
Snubberless 125°C Snubberless 125°C
Standard 125°C Standard 125°C
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_Triac turn–off allows handling stronger load current_ _Sensitive triac is designed to withstand higher dV/dt without false triggering_ **==> picture [53 x 40] intentionally omitted <==** 6 **AC switch** = ACST1235-8 **H series** = T1235H-8 **T series** = T1235T-8 **SNUBBERLESS** = BTA12-800CW **standard** = BTA12-800B ## Triac product range **==> picture [115 x 117] intentionally omitted <==** **----- Start of picture text -----**
2500 V
(1)
® L
Insulated package
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HALOGEN
FREE
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Voltage
1200V
1000V
@ .
%\ e , &. | . qc
TO-92 IPAK TO-202 TO-220 TOP3 RD91
800V
x xXx XxX xX X xX e ; |
x
600V e 6 @ ®@ 4 | |
xx
SMB-3L SOT223 SO-8 DPAK D2PAK Current
400V
0A 2A 4A 6A 8A 10A 12A 14A 16A 18A 20A 22A 24A 26A 28A 30A 32A 34A 36A 38A 40A
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## ~~x~~ **Standard** > **T series** . **H series AC Switch** . **1200V** 7 **==> picture [53 x 49] intentionally omitted <==** ## Complete range of triacs and AC switches **==> picture [914 x 364] intentionally omitted <==** **----- Start of picture text -----**
Automotive
(TNxxH-xY) Electrical specifications:
•
V : 400 to 1200 V
High temperature DRM
1200 V (TNxxH-12)
•
I : 0.25 to 130 A
T(RMS)
125°C SCR
•
I :
High temperature GT 5 µA to 50 mA
(TYN, TXN,
800 V (TNxxH-8)
TN & BTW)
•
T : 125 to 150°C
Unidirectional J MAX
conduction
Sensitive gate
(X, P, TS)
Thermal performance
Power rating
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**==> picture [53 x 40] intentionally omitted <==** 8 ## SCR product range **==> picture [58 x 15] intentionally omitted <==** **----- Start of picture text -----**
2500 V
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Insulated package
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HALOGEN
FREE
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1800V
Voltage Top side
INSULATED
1600V COOLING
1400V
S
Higher VOLTAGE ACEPACK SMIT
1200V
SMB-3L DPAK D2PAK D [3] PAK
1000V
800V
600V
400V TO-247
TO-92 TO-220
200V Higher CURRENT
Current
0V
0A 20A 40A 60A 80A 100A 120A 140A
sensitive gate (µA) 125°C 150°C AEC-Q101 150°C
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9 **Low-power triacs and sensitive-gate SCRs** ## Low-power triacs (loads <200 W) ||**IT**|**V**|**V**|**Sensitivity**|**Sensitivity**|**Sensitivity**|**Sensitivity**|**Packages**|**Packages**|**Packages**|**Packages**|**Packages**||||**SMBflat-3L**
**SO-8**
**SOT-223**
**DPA**
**IPAK**
**TO-220AB**
**TO-220FPAB**
**Washing**
**machines**
**Irrigation**
**Inrush limiter**
**for LEDs**
**Coffee**
**machines**| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| ||**Amp**|**600 V**|**800 V**|**3 mA**|**5 mA**|**10 mA**|**25 mA**
**35 mA**|**TO-92**|**SO-8**|**SMBflat-3L**|**SOT-223**|**IPAK**|**DPAK**|**TO-220**|**TO-220FP**|| ||||**Standard triacs (4 quadrants)**|||||||||||||| |**Z006**|0.8|●|||●|||●|||●|||||| |**Z01**|1|●|●|●|●|●|●|●|●|●|●|||||| |**Z04**|4|●|●|●|●|●|●|||||●|●|||| |**T4_Q**|4|●|||●|||||||●|●|||| ||||**SNUBBERLESS triacs (3 quadrants)**|||||||||||||| |**T4**|4|●|●||●|●|●|||||●|●|●|●|| ||||**ACS* and ACST**|||||||||||||| |**ACS102**|0.2|●|||●||||●|||||||| |**ACS108**|0.8|●|●||●|●||●||●|●|||||| |**ACST2**|2||●|||●|||||||●||●|| |**ACST3**|3||●|||●|||||||●|||| |**ACST4**|4||●|||●|●||||||●|||| **==> picture [53 x 40] intentionally omitted <==** 11 ## Sensitive-gate SCRs ||**IT**|**V**|**V**|**V**|**Sensitivity**|**Sensitivity**|**Sensitivity**|**Sensitivity**|**Sensitivity**|**Packages**|**Packages**|**Packages**|**Packages**|**Packages**|**Packages**|**Packages**|**Packages**|**Ignitor**
**AFCI GFCI**
**Led ballast**
**Dimmer**
**SOT-23**
**SMBflat-3L**
**SOT-223**
**DPAK**
**IPAK**
**TO-220AB**
**TO-220FP**| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| ||**Amp**|**600 V**|**800 V**|**1250 V**|**5 µA**|**50 µA**|**100 µA**|**150 µA**|**200 µA**|**TO-92**|**SMBflat-3L**|**SOT-223**|**SOT23**|**IPAK**|**DPAK**|**TO-220**|**TO-220FP**|| |||**X and P01 families**||||||||||||||||| |**X006/P01**|0.8|●|||●|●|||●|●||●||||||| |**X01**|1|●||||||●|||●||●|||||| |**X02**|1.25|●|●|||●|||●|●|●|●||||||| |**X04**|4|●|●|||●|||●|||||●|●|||| |||**TS family**||||||||||||||||| |**TS420**|4|●|||||||●|||||●|●|●||| |**TS820**|8|●|||||||●|||||●|●||●|| |**TS1220**|12|●|||||||●|||||●|●||●|| |||**TS family overvoltage protected**||||||||||||||||| |**TS110**|1.25|||●|||●|||●|●|||||||| **==> picture [53 x 40] intentionally omitted <==** 12 ## Sensitive SCR for e-breakers **Large product range, tailored by market, smallest package 220 V Legacy market PARAMETER X0202 TS110** | x1 |**PARAMETER**|**PARAMETER**|**X0202**
~~en~~|**TS110**
~~en~~
~~ee~~|**X0115**
~~en~~
~~ee~~|**P0102**
~~en~~| |---|---|---|---|---|---| |**IGT**||N/A
~~en~~|N/A
~~en~~
~~ee~~|30 µA
~~en~~
~~ee~~|N/A
~~en~~| |||200 µA
~~en~~|100 µA
~~en~~
~~ee~~|150 µA
~~en~~
~~ee~~|200 µA
~~en~~| |Tq (typ)|||30 µs|20 µs|20 µs| |**IT(RMS)**||1.25 A
~~ee~~|1.25 A|0.8 A
~~ee~~|0.25 A
~~ee~~| |**ITSM**||25 A
~~ee~~|20 A|7.6 A
~~ee~~|7 A
~~ee~~| |**VDRM**||800 V
~~ee~~
~~ee~~|800 V
~~ee~~|600 V
~~ee~~
~~ee~~|200 V
~~ee~~
~~ee~~| |**VDSM**||N/A
~~ee~~|1250 V
~~ee~~|750 V
~~ee~~|N/A
~~ee~~| |**dI/dt**||50 A/µs
~~ee ~~|100 A/µs
~~ee~~|50 A/µs
~~ee~~|50 A/µs
~~ee~~| |**dV/dt**||10 V/µs|100 V/µs|80 V/µs|200 V/µs| |**Packages**|**TO-92**|**X0202NA**|**TS110-8A1**||| ||**SOT-223**|**X0202NN**
~~a~~|||**P0102DN**
~~~C~~| ||**SMBF-3L**|**X0202NUF**
~~a~~|**TS110-8UF**|**X0115MUF**|~~~C~~| ||**SOT23**|~~a~~||**X0115ML**|**P0102BL**
~~~C~~| 13 **AC switches (ACS* and ACST triacs)** ## Overvoltage-protected AC switches and triacs Overvoltage protection High junction temp. options **==> picture [796 x 348] intentionally omitted <==** **----- Start of picture text -----**
EOS 2 kV without MOV
High junction temp. options Improved reliability
Best-in-class application robustness EFT up to 6 kV
ACS* ≤ 2A
Direct MCU drive
ACST ≥ 2A
Reduced PCB footprint
Actuator drive Heating Motor drive IEC 61000-4-5
VPK = VCL
VT 1.2/50µs surge
AC 7 VALVE AC HEATER AC Ay MOTOR 0V
2 kV
ACS*
MCU ACST ACST ACST IT 8/20µs surge
_ 0A SS
dI/dt=100A/µs
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Best-in-class application robustness 5 to 10 mA gate current Surface mount options * is a registered and/or unregistered trademark of 15 STMicroelectronics International NV or its affiliates in the EU and/or elsewhere. ## Overvoltage-protected ACS* switches and triacs Applications and topologies **==> picture [920 x 364] intentionally omitted <==** **----- Start of picture text -----**
AC loads < 2A Door lock Washing machine Valve Garden irrigation
ACS
• Solenoids
switches • Valves
• Actuators
AC load ≥ 2A Refrigeration AC motor Rolling HVAC
compressor control shutter
ACST
• Pumps
triacs
• Inductive motors
• Compressors
Actuator drive Heating Motor drive
VALVE HEATER MOTOR
AC AC AC
ACS*
MCU ACST ACST ACST
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**==> picture [53 x 40] intentionally omitted <==** * is a registered and/or unregistered trademark of STMicroelectronics International NV or its affiliates in the EU and/or elsewhere. 16 ## ACS/ACST switches for highly robust applications |**20**|||||||**ACST2035H-8T**|| |---|---|---|---|---|---|---|---|---| |**16**|**ACST1220H-8B**
**ACST1210-7G**
**ACST1210-7T**
**ACST1235-7G**
**ACST1235-7T**|||||||**ACST1635-8FP**| |**12**||||||**ACST1210-7G**|**ACST1210-7T**|| |||||||**ACST1235-7G**|**ACST1235-7T**|**ACST1235-8FP**| |**10**|||||||**ACST1010-7G**|| ||||||||**ACST1035-7T**|| |**8**||||||**ACST830-8G**|**ACST830-8T**|**ACST830-8FP**| |**6**||||||**ACST610-8G**|**ACST610-8T**|**ACST610-8FP**| |**4**|||||**ACST435-8B**|||| ||||||**ACST410-8B**|||**ACST410-8FP**| |**3**|||||**ACST310-8B**|||| |**2**|||||**ACST210-8B**|||**ACST210-8FP**| ||||||**ACS120-7SB**|||| |**1**|||||**ACS110-7SN**|||| |**0.8**|**ACS108-8SA**||**ACS108-8SN**|**ACS108-8SP**||||| ||||**ACS108-8TN**|||||| |**0.2**|**ACS102-6TA**|**ACS102-6T1**||||||| |**TO-92**||**SO-8**||||||| **New release 30 & 35 mA ACST series** **10 mA ACST series 5 & 10 mA ACS series** 17 ## Overvoltage-protected AC switches (<2A) |**Part number**|**Package**|**IT(RMS)**
**(A)**|**VDRM / VRRM**
**(V)**|**IGT**
**(mA)**|**ITSM**
**(A)**|**dV/dt(1)**
**(V/µs)**|**(dI/dt)c**
**(A/ms)**|**Max. TJ**
**(°C)**| |---|---|---|---|---|---|---|---|---| |||**RMS on-state**
**current**|**Repetitive peak off-state**
**voltage**|**Triggering**
**gate current**|**Nonrepetitive surge**
**peak on-state current**|**Rising ratio of off**
**voltage**|**Rate of decrease of**
**on-state current**|**Junction**
**temperature**| |||**Max.(A)**|**Max.(V)**|**Max.(mA)**|**Max.(A)**|**Min.(V/µs)**|**Min.(A/ms)**|**Max.(°C)**| |||**Logic-level ACS***||||||| |**ACS102-6T1**|SO-8|**0.2**|600|5|7|300|0.15|125| |**ACS302-6T1**|SO-20|||5(x3)||||| |**ACS108-8TN**|SOT-223|**0.8**|800|5|13|600|0.8|| |**ACS108-8SA**|TO-92|||10|13|2000|2|| |**ACS108-8SN**|SOT-223 3L|||||||| |**ACS108-8SP**|SOT-223 2L|||||||| |**ACS120-7SB**|DPAK|**2**|700|10|20|500|1|| |**ACS120-7ST**|TO-220AB|||||||| **==> picture [45 x 40] intentionally omitted <==** **==> picture [189 x 9] intentionally omitted <==** **----- Start of picture text -----**
SMBflat-3L SOT-223 DPAK
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**Surface mount** **==> picture [428 x 53] intentionally omitted <==** **----- Start of picture text -----**
HALOGEN
2011/65/EU FREE
TO-92 TO-220AB
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Noninsulated
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**==> picture [53 x 40] intentionally omitted <==** 18 (1) Measured at 400 V ## Overvoltage-protected AC switches (>2A) |**Part number**|**Package**|**Package**|**Package**|**Package**|**Package**|**IT(RMS)**|**IT(RMS)**|**VDRM /VRRM**|**IGT**|**ITSM**|**dV/dt**|**(dI/dt)c**|**Max. TJ **| |---|---|---|---|---|---|---|---|---|---|---|---|---|---| ||**DPAK**||**D2PAK**|**TO-220AB**|**TO-220AB**
**full Pack**|**Max(A)**||**Max(V)**|**Max(mA)**|**Max(A)**|**Min(V/µs)**|**Min(A/ms)**|**Max(°C)**| |||||||**RMS on-state**
**current**||**Repetitive peak**
**off-state voltage**|**Triggering gate**
**current**|**Nonrepetitive surge**
**peak on-state current**|**Rising ratio of off**
**voltage**|**Rate of decrease of**
**on-state current**|**Junction**
**temperature**| ||||||||**Logic level (direct MCU drive)**||||||| |**ACST210-8**|B||||FP||**2**|800|10|8|500|0.5|125| |**ACST310-8**|B||||||**3**|||20|500|1|| |**ACST410-8**|B||||FP||**4**|||30|500|2|| |**ACST610-8**|||G|T|FP||**6**|||45|500|3.5|| |**ACST1010-7**||||T|||**10**|700||100|200|4|| |**ACST1210-7**|||G||||**12**|||120|200|5|| ||||||||**SNUBBERLESS* (IGT>20 mA)**||||||| |**ACST435-8**|B||||||**4**|800|35|30|1000|5|125| |**ACST830-8**|||G|T|FP||**8**||30|80|2000|8|| |**ACST1035-7**|||G||||**10**|700|35|100|2000|12|| |**ACST1220**|||G||||**12**||||||| |**ACST1235-7**|||G||||**12**|||120|2000|14|| ||||||||**High-temperature SNUBBERLESS***||||||| |**ACST1235-8**|||||FP||**12**|800|35|120|2000|6|150| |**ACST1635-8**|||||FP||**16**|||140|300|4|| |**ACST2035H-8**||||T||||800|35|160|1000|30|| |||DPAK|||||TO-220FPAB
1
D2PAK
HALOGEN
FREE
**2011/65/EU**
**Insulated (UL)**
**Noninsulated**
TO-220AB
**2000 V**
Presentation title||||||| |||**Surface Mount**|||||||||||| - _registered and/or unregistered trademarks of STMicroelectronics International NV or its affiliates in the EU and/or elsewhere_ 19 # **High-temperature triacs** ## High-temperature (150°C), high-performance triacs 150°C junction operation High turn-off and noise immunity Up to 800 V blocking voltage Logic Level gates available Wide package selection **==> picture [296 x 218] intentionally omitted <==** Improved reliability Application robustness against EMI Functional reliability Direct MCU drive Compact / innovative designs **==> picture [608 x 143] intentionally omitted <==** **----- Start of picture text -----**
Heater/thermostat Speed drive Inrush current limiter
HEATER
Triac I
AC AC M N
V
E
AC R
T
E
R
Triac Triac
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H Series
T Series
Standard triac
Thermal constraints
EMI constraints
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**==> picture [53 x 40] intentionally omitted <==** 21 ## High-temperature (150°C), high-performance triacs Applications and topologies **==> picture [920 x 369] intentionally omitted <==** **----- Start of picture text -----**
High EMI Washing machines Laser printers Vacuum cleaners Light dimmers
constraints
T Series
•
Inductive AC loads
• Universal motors
• Phase control
High thermal Smart plugs Water heaters Coffee machines AC motors
constraints
H Series • Inrush limiters
•
High ambient temp
•
Heating
Heater/thermostat Speed drive Inverter inrush limiter
HEATER
Triac I
AC AC M N
V
E
AC R
T
E
R
Triac Triac
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**==> picture [53 x 40] intentionally omitted <==** 22 ## T-series triacs for applications with high EMI constraints ## For robust appliances **==> picture [149 x 151] intentionally omitted <==** **----- Start of picture text -----**
Noise immunity
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**6 kV Easy IEC 61000-4-4 design** |**Part number**|**Package**|**Package**|**Package**|**Package**|**IT (RMS)**|**Tj**|**VDRM, VRRM**|**IGT**|**ITSM**|**dV/dt**|**(dI/dt)c**| |---|---|---|---|---|---|---|---|---|---|---|---| ||**TO-220AB**|**TO-220AB Ins**|**I2PAK**|**D2PAK**|**RMS on-state**
**current**|**Junction**
**Temp.**|**Repetitive**
**peak off-**
**state**
**voltage**|
**Triggering**
**gate**
**current**|
**Nonrepetitive**
**surge peak on-**
**state current**|**Rising**
**ratio of**
**off**
**voltage**|**Rate of**
**decrease of on-**
**state current**| ||||||**Max. (A)**|**Max. (°C)**|**Max. (V)**|**Max. (mA)**|**Max. (A)**|**@Tj 150°C**|**@Tj 150°C**| |||||||||||**Min.(V/µs)**|**Min.(A/ms)**| ||||||**Logic Level (direct drive by MCU)**||||||| |**T610T-8**|T||||
6|
150|
800|
10|
45|170|3.7(1)| |**T810T-8**|T|||G|8||||60||4(1)| |**T1210T-8**|T|||G|12||||90||8(1)| |**T1610T-8**|T|I||G|16||||120||15(1)| ||||||**SNUBBERLESS**||||||| |**T635T-8**|T||||6|150|800|35|45|1000|3(2)| |**T835T-8**|T|I||G|8||||60||4(2)| |**T1235T-8**|T|I|R|G|12||||90||8(2)| |**T1635T-8**|T|I||G|16||||120||12(2)| |**T2035T-8**||||G|20||||160||21(2)| (1) (dI/dt)c @ 0.1 V/µs (2) (dI/dt)C w/o RC snubber **==> picture [53 x 40] intentionally omitted <==** **==> picture [34 x 10] intentionally omitted <==** **----- Start of picture text -----**
D [2] PAK
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**Surface Mount** **==> picture [40 x 40] intentionally omitted <==** **----- Start of picture text -----**
I [2] PAK
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**Noninsulated** **==> picture [48 x 36] intentionally omitted <==** **==> picture [51 x 9] intentionally omitted <==** **----- Start of picture text -----**
TO-220AB
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2500 V
TO-220AB Ins.
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**Insulated (UL)** 23 ## H-series triacs for applications with high thermal constraints |**Std triac**
**H Series**
D2PAK
TO-220AB
TO-220AB Ins.
**2500 V**
**-50%**
**Heatsink size**
Compact solution for heavy|**Std triac**
**H Series**
D2PAK
TO-220AB
TO-220AB Ins.
**2500 V**
**-50%**
**Heatsink size**
Compact solution for heavy|**Std triac**
**H Series**
D2PAK
TO-220AB
TO-220AB Ins.
**2500 V**
**-50%**
**Heatsink size**
Compact solution for heavy||**Part number**|**Package**|**Package**|**Package**|**IT(RMS)**|**TJ**|**VDRM, VRRM**|**IGT**|**ITSM**|**dV/dt**|**(dI/dt)c**| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| ||||loads||**TO-220AB**|**TO-220AB**
**insulated**|**D2PAK**|**A**|**°C**|**V**|**mA**|**A**|**V/µs**
**@150°C**|**A/ms**
**@10V/µs,**
**@150°C**| |||||||||**Max**|**Max**|**Max**|**Max**|**Max**|**Min**|**Min**| |||**Std triac**
**H Series**||||||||||||| ||||**6H-Series**|||||**600 V, 10 mA gate, Logic-Level triacs**||||||| |||||**T610H-6**|**T**|||6|150|600|10|60|75|2.3| |||||**T810H-6**|**T**||**G**|8||||80|75|3| |||||**T1010H-6**|**T**||**G**|10||||100|75|3.8| |||||**T1610H-6**|**T**|||16||||160|100|3| |||||||||**600 V, 35 mA gate, SNUBBERLESS triacs**||||||| |||||**T835H-6**|**T**|**I**|**G**|8|150|600|35|80|1000|11| |||||**T1035H-6**|**T**|**I**|**G**|10||||100||13| |||||**T1235H-6**|**T**|**I**|**G**|12||||120||16| |||||**T1635H-6**|**T**|**I**|**G**|16||||160||21| |||||**T2035H-6**|**T**|**I**|**G**|20||||200||27| |||||**T3035H-6**|**T**|**I**|**G**|30||||270||33| |||||||||**600 V, 50 mA gate, SNUBBERLESS triacs**||||||| |||||||||||||||| |||||**T850H-6**|**T**|**I**|**G**|8|150|600|50|80|1500|14| |||**-50%**
**Heatsink size**||||||||||||| |||||**T1050H-6**|**T**|**I**|**G**|10||||100||18| |||||**T1250H-6**|**T**|**I**|**G**|12||||120||21| |||||**T1650H-6**|**T**|**I**|**G**|16||||160||28| |||||**T2050H-6**|**T**||**G**|20||||200||36| |||||**T3050H-6**|**T**|**I**|**G**|30||||270||44| |||TO-220AB||||||||||||| ||||**8H-Series**|||||**800 V, 35 mA gate, SNUBBERLESS triacs**||||||| |||||**T835H-8**|**T**|**I**|**G**|8|150|800|35|80|1500|8| |||||**T1235H-8**|**T**|**I**|**G**|12||||120||12| |||||**T1635H-8**|**T**|**I**|**G**|16||||160||16| |||||**T2035H-8**|**T**|**I**|**G**|20||||200||20| |D2PAK||||**T3035H-8**|**T**|**I**|**G**|30||||270||25| **==> picture [53 x 40] intentionally omitted <==** 24 # **High-voltage triacs and thyristors (SCR)** ## High-voltage triacs and thyristors (SCR) High application robustness for 3-phase AC loads 1200 V AC blocking voltage Low trigger current options Outstanding dynamic perf. High thermal performance Surface mount options **==> picture [196 x 196] intentionally omitted <==** **----- Start of picture text -----**
SCR
Triac
**----- End of picture text -----**
500 VRMS 3-phase AC load compatible Compact gate drive Improved application robustness Enhanced thermal reliability Compact / innovative designs **==> picture [390 x 108] intentionally omitted <==** **----- Start of picture text -----**
Hybrid motor starter Motor soft starter
MOTOR
LOAD
**----- End of picture text -----**
**==> picture [77 x 8] intentionally omitted <==** **----- Start of picture text -----**
3-Phase Vienna
**----- End of picture text -----**
**==> picture [110 x 100] intentionally omitted <==** **==> picture [102 x 8] intentionally omitted <==** **----- Start of picture text -----**
Isolated static switch
**----- End of picture text -----**
**==> picture [111 x 104] intentionally omitted <==** **==> picture [53 x 40] intentionally omitted <==** 26 ## High-voltage triacs and thyristors (SCR) for power conversion **==> picture [920 x 371] intentionally omitted <==** **----- Start of picture text -----**
IE3 motor starter Heating HVAC Solid state relay
• Controlled bridges
Triac • AC switching
• Motor starters
Critical power UPS Charging Station Renewable Energy management
• Controlled bridges
SCR • AC switching
• Motor starters
Motor soft starter Controlled bridge 3-Phase Vienna Totem pole PFC boost Solid static relays 10 kV surge protection
SCR SCR
+
LOAD
**----- End of picture text -----**
**==> picture [53 x 40] intentionally omitted <==** 27 ## High-voltage triacs High application robustness for 3-phase AC loads |**Part number**
~~a~~|**Package**
~~a~~|**IT(RMS)**|**VDRM, VRRM**|**ITSM**|**IGT**|**dV/dt**|**(dI/dt)c**|**TJ**| |---|---|---|---|---|---|---|---|---| |~~a~~
~~a~~|~~a~~
~~aa~~|**A**|**V**|**A**|**mA**|**V/µs**|**A/ms**|**°C**| |~~a~~
~~a~~|~~aa~~|**Max**|**Max**|**max**
~~a~~|**Max**
~~a~~|**Min**|**Min**|**Max**| |**12A, 1200 V, 125oC triac**
~~a~~
~~a~~||||||||| |**TXDV1212**|TO-220AB Ins.|12|1200|120
~~a~~|100
~~a~~|2000|30|125| |**25A, 1200 V, 125oC triac**
~~a~~||||||||| |**T2550-12T**|TO-220AB|25|1200|240|50|2500|20|125| |**T2550-12I**|TO-220AB Ins.|||||||| |**T2550-12G**|D2PAK|||||||| |**TPDV1225**|TOP3 Ins.|||230|150|2000|88|| |**40A, 1200 V, 125oC triac**||||||||| |**TPDV1240**|TOP3 Ins.|40|1200|350|200|500|142|125| **TO-220AB** **TO-220AB insulated** **D2PAK** **TOP3 insulated** ## 1200 V thyristors (SCR) Reliable, compact designs for new AC-DC applications **RMS current Triggering Surge current dV/dt Critical power UPS HVAC Part number Package (A) (mA) (A) (V/µs)** ~~>~~ **1200 V, 125°C TYN1212RG** TO-220AB 12 15 120 200 ~~a~~ **TN2540-12G** D[2] PAK 25 40 300 1500 ~~roo Ey~~ **TYN1225RG** TO-220AB 25 40 300 1500 **BTW68-1200RG** TOP3-I 30 80 400 250 ~~ss I ET~~ yUNN **TN4050-12PI** TOP3-I 40 50 400 500 **IndustrialEnergy management Renewable TN4050-12WL** TO-247 LL 40 50 400 500 ~~a pp tp~~ — TT **grade BTW69-1200N** TOP3 50 50 700 1000 ~~es~~ **BTW69-1200RG** TOP3-I 50 80 580 1000 **TN6050-12PI** TOP3-I 60 50 700 2000 ~~ee~~ **TN6050-12WL** TO-247 LL 60 50 700 2000 ~~a~~ **TN5050H-12PI** TOP3-I 50 50 450 1500 )—_ ~~rooee ooo I ET~~ 3 w= **TN8050H-12PI** TOP3-I 80 50 680 1500 ~~oooo EEE~~ **1200 V, 150°C Automotive-** ~~Ql~~ **TN3050H-12GY** D[2] PAK 30 50 300 1000 a **Charging stations IE3 motor starters grade** ~~roe~~ **TN3050H-12WY** TO-247 30 50 ~~ET~~ 300 1000 **TN6050HP-12WY** TO-247 60 50 600 1000 **TO-220AB** **TO-220AB Ins.** **TOP3 insulated** **TO-247** **TO-247 long lead** **D2PAK** 29 ## 25-80 A thyristors for industrial applications **TOP3 Ins 2.5 kV** **==> picture [752 x 402] intentionally omitted <==** **----- Start of picture text -----**
Part number Voltage IGT dV/dt T°j ITSM 2.5 kV
@ T°j
(mA) (°C) (A)
SCR Triac 3Q 4Q 600 V 800 V 1200 V (V/µs)
PE
BTA26 ● ● ● ● 35 1000 125 250 ●
25A eee eee
T2650 ● ● 50 1000 125 260 ●
a a a eee ee
30A BTW68 ● 50 500 125 400 ●
a a ee ee ee eee
TPDV840 ● ● 200 500 125 350 ●
600 V a a ee eee
40A BTA41 ● ● ● ● 50 500 125 400 ● ●
800 V ee re re de Gs Ge
T4050 ● ● 50 1000 125 400 ●
ee ee ee aeee
BTW69 ● ● 80 1000 125 580 ● D3PACK
50A a a ee es ee
T5035H ● ● 35 2000 150 500 ●
a ee a aee
80A TM8050H ● 50 1000 150 670 ●
a ee ee ee ee ee
25A TPDV1225 ● ● 150 2000 125 230 ●
a a a eee eee
30A BTW68 ● 50 250 125 400 ●
a ae ee ee ee ee eee &
TPDV1240 ● ● 200 500 125 350 ●
40A a a a eee ee 4
TN4050 ● 50 2000 125 400 ●
1200 V a ae ee ee ee ee ee
BTW69 ● 80 1000 125 580 ● ●
50A a es ee
TN5050H ● 50 1000 150 580 ●
a eeee
60A a TN6050 ee ee ee ● es 50 ee 2000 125 700 ● RD91 2.5 kV
80A TN8050H ● 50 1500 150 680 ●
a ee ee es ee
ddd eve = 1 @
Ny 2 of Sy ee
Heating HVAC Solid State relay UPS Charging Station Renewable Energy management
RMS
TOP3 Ins TO3PF D3PACK RD91
**----- End of picture text -----**
Motor starter 30 ## Industrial SCR thyristors for in-rush current limitation ## **SCR portfolio to fit a wide range of industrial applications** **==> picture [146 x 28] intentionally omitted <==** **----- Start of picture text -----**
600 800 1200
V V V
**----- End of picture text -----**
**==> picture [653 x 250] intentionally omitted <==** **----- Start of picture text -----**
< 7.2 kW up to 50 kW
Application < 1 kW < 3.6 kW
1-Phase 3-Phase
TN1205H-6
TN3015H-6
SMPS TN1605H-8 TN5050H-12
TN4015H-6 TN5015H-6
TN2010H-6
TN8050H-12
Air conditioning TN5015H-6
a
— iS
Solar microinverter TN1605H-8 TN3015H-6 TM8050H-8
ieie | eo |
EV charging station TM8050H-8
ee
**----- End of picture text -----**
31 # **High-temperature thyristors (SCR)** ## High-temperature thyristors (SCR) for better reliability and more compact designs **==> picture [920 x 369] intentionally omitted <==** **----- Start of picture text -----**
High junction temperature Heatsink reduction
Up to 1200 V Compatible with 3-phase AC chargers
Narrow triggering current Accurate drive circuit
High noise immunity Easier to design
Surface mount options High application merit
Controlled bridge 3-Phase R-Regulator SSR
SCR SCR
+
AEC-Q101 qualified
LOAD
**----- End of picture text -----**
**==> picture [53 x 40] intentionally omitted <==** 33 ## High-temperature thyristors (SCR) in industrial and automotive applications **==> picture [719 x 134] intentionally omitted <==** **----- Start of picture text -----**
Single-phase AC Motor bike SMPS Battery charger AC-DC conversion
• Inrush limiters
•
Rectifier regulators
•
V surge protection
3-phase AC OBC Charging station Motor control Solid state relay
**----- End of picture text -----**
600 V 800 V **==> picture [222 x 87] intentionally omitted <==** **----- Start of picture text -----**
3-phase AC
1200 V •
Controlled bridges
•
AC switching
• Motor starters
**----- End of picture text -----**
**==> picture [53 x 65] intentionally omitted <==** **==> picture [75 x 52] intentionally omitted <==** **==> picture [74 x 55] intentionally omitted <==** **==> picture [920 x 144] intentionally omitted <==** **----- Start of picture text -----**
Controlled bridge 3-phase bridge Bridge bypass 3-phase controller Isolated static switch
SCR SCR L1
+
L2 LOAD
L3
**----- End of picture text -----**
**==> picture [53 x 40] intentionally omitted <==** 34 ## Standard thyristors (SCR) **==> picture [847 x 447] intentionally omitted <==** **----- Start of picture text -----**
dV/dt
Part ITRM Voltage IGT @ T°j ITSM
number [(A)] S (mA) 150°C (°C) (A)
(V/µs)
600 V 800 V
TYN606 6 ● 15 200 125 ●
TN805 8 ● 5 to 15 5 125 ●
TO-220FP TO-220 Ins. TOP3 Ins RD91 ee
TN815 8 ● 15 150 125 ● ●
- : o_O
TS820 8 ● 0.2 5 125 ●
TYN608 8 ● 15 15 125 ●
TYN610 10 ● 15 200 125 ●
TYN810 10 ● 15 200 125 ●
2.5 TN1205T 12 ● 5 100 125 ●
2 kV 2.5 kV
A kV _ o_O TN1215 12 ● ● 15 200 125 ● ● ●
TYN612M 12 ● 5 50 125 ● ●
o_O
TYN612 12 ● 15 200 125 ● ●
600 V
TYN812 12 ● 5 to 15 200 125 ●
te
IPAK TO-220
800 V TN1515 15 ● 15 200 125 ●
ee
. TN1625 16 ● 25 500 125 ●
. 4 o_O EE
TYN616 16 ● 25 500 125 ●
TYN816 16 ● 25 500 125 ●
TN2540 25 ● ● 40 1500 125 ●
| e o_Oee
TYN615 25 ● 40 1500 125 ● ●
o_O
TYN825 25 ● 40 1500 125 ● ●
o_O
BTW68 30 ● 50 500 125 400 ●
T_T
TYN640 40 ● 35 1000 125 ●
o_O
DPAK D2PAK een TYN840 40 ● 35 1000 125 ●
BTW69 50 ● ● 80 1000 125 ●
~ een
TYN1212 12 1200 15 200 125 ●
TN2540-12 25 1200 40 1500 125 ●
TYN1225 25 1200 40 1500 125 ●
‘c roo EEE
BTW68 30 1200 50 250 125 ●
1200 V EOE
TYN4050 40 1200 50 2000 125 ●
BTW67 - BTW69 50 1000 - 1200 80 1000 125 580 ● ●
TN4050 40 1200 50 125 ●
te
Gr a TN6050 60 1200 50 2000 125 ●
aL rE
IPAK TO-220 TO-220FP TO-220 ins TOP3 Ins DPAK D2PAK RD91
Insulated
Through hole
SMD
**----- End of picture text -----**
35 HALOGEN FREE 36 ## High-temperature thyristors (SCR) ## \wKoHS **2011/65/EU** **dV/dt Part ITRMS IGT T°j ITSM @ 150°C number[(A)] (mA) (°C) (A) (V/µs) TN1205H-6** 12 2 to 5 100 150 120 ● ● ~~a |~~ **TN1605H-6** 16 6 200 150 140 ● ● ~~ee _~~ **TN1610H-6** 16 10 1000 150 140 ● ● ~~ee~~ **TN2010H-6** 20 10 400 150 180 ● ● ● ~~ee _~~ **600 V TN2015H-6** 20 15 750 150 180 ● ● ~~o_o~~ **TN3015H-6** 30 15 1000 150 270 ● ● ● ~~_ Ee a _~~ **TN4015H-6** 40 15 500 150 360 ● ● ● ~~a~~ |e **TN5015H-6** 50 15 500 150 450 ● ● ● ~~a |e~~ **TN1605H-8** 16 5 to 8 500 150 160 ● ● ● ● ~~eee _~~ **TN4035HA-8** 40 35 1500 150 300 ● **AEC 800 V** ~~ee~~ **TN5015H-8** 50 15 1000 150 500 ● ● ~~eo~~ **TM8050H-8** 80 50 1000 150 670 ● ● ~~ee~~ **TN3050H-12** 30 50 1000 150 300 ● ● **AEC** ~~ee _~~ **TN3050HP-12** 30 50 1000 150 300 ● **AEC** ~~ee _ oe _~~ **TN4050-12** 40 50 125 ● ● ~~a~~ |e **TN4050HP-12** 40 50 1500 150 400 ● ● **AEC** ~~a |e~~ **TN4050HA-12** 40 50 1500 150 400 ● **AEC** ~~eee~~ **TN5050H-12** 50 50 150 ● ● **1200 V** ~~eee |~~ **TN6050-12** 60 50 125 ● ● ~~ee~~ **TN6050HP-12** 60 50 1000 150 600 ● **AEC** ~~ee _~~ **STTN6050H-12** 2x60 50 150 ● **AEC** ~~eo _~~ **TN8050H-12** 80 50 150 ● ● **TN13050H-12** 130 50 150 1100 ● ~~ee~~ **TN13050HA-12** 130 50 150 1100 ● ~~_~~ **AEC** ~~ee~~ ## **Through hole** ## **Surface mount** ## **Top side cooling** ## Automotive-grade SCR product range **==> picture [897 x 75] intentionally omitted <==** **----- Start of picture text -----**
HP Series HA Series
ee aaa
High power density High robustness Fast HV discharge
**----- End of picture text -----**
® + Ge? |**TN3050H-12xY**|||||| |---|---|---|---|---|---| |**TN3050HP-12L2Y**|||||| |**TN4050HP-12x2Y**|||||| |**TN6050HP-12WY**|||||| |**STTN6050H-12M1Y**|||||| |**STTD6050H-12M2Y**|||||| |**TN4050HA-12xY**||**2023**|**2023**| |---|---|---|---| |**TN8050HA-12W2Y**|||**2023**| |**TN4035HA-8GY**||| |---|---|---| |**TN12550HA-12W2Y**||**2023**| - ❖ Low standby and ON-state losses - ❖ Compact & top-cooled packages - ❖ High rate of current turn-on capability - ❖ Strong EMI immunity in OFF-state - ❖ Very high overcurrent capability - ❖ FMEA compliant with automotive safety standards - ❖ Discretes or modules - ❖ Extra overvoltage blocking capability - ❖ High creepage TO-247 or D2PAK compact SMD package 37 # **Package innovation** ## Thyristor package trends **Improved thermal dissipation** Higher power density Automated assembly Single heatsink Multiple dice in one **power module** **Surface-mount devices** Higher power density Automated assembly But compromise thermal dissipation **==> picture [914 x 450] intentionally omitted <==** **----- Start of picture text -----**
Thyristor family higher power package roadmap
DMT32
SLIMM
ACEPACK
SMIT
TO-247
HU3PAK
D3PAK
TOP3
TO-220 geet 0%
—
STTD6060H-12M3
D2PAK STTD5020H-8B2 ( 3x60A )
( 2x50A )
STTN6050-12M2
TN3050H-12L TN5050H-12W ( 2x60A )
a e @?%~ TM8050-8D3 ( e 50A ) / a"
DPAK ( 30A )
( 80A )
BTA41-800B
SOT223 BTA16-800BW ( 41A )
e_@ ( 16A )
TN1225H-1000G
0 ( 12A )
SOT23 ¢. ACST1220H-8BT410-600B 5 * Wide current range to
( 4A & 12A ) cover all thyristor
ACS108-8SP
( 800 mA ) applications
e¢ a
X0115ML
( 100 mA )
**----- End of picture text -----**
## Thyristor power module **==> picture [355 x 353] intentionally omitted <==** **----- Start of picture text -----**
STTN6050H-12M2Y STTD6050H-12M1Y STT6050H-12M2Y
Released Released Development
Automotive
**----- End of picture text -----**
**==> picture [296 x 242] intentionally omitted <==** **----- Start of picture text -----**
STTD5060H-8M2 STTD6060H-12M3
Gate drive control Gate drive control
Development Investigation
**----- End of picture text -----**
**==> picture [65 x 12] intentionally omitted <==** **----- Start of picture text -----**
Industrial
**----- End of picture text -----**
**ACEPACK SMIT:** surface-mount isolated top-side cooling **SLLIMM:** small low-loss intelligent molded module 41 SOT23 package | ## **For more compactness, the smallest package is SOT23** x1 SOT223 x2 SMBFlat-3L **3.5 mm Package height SOT223 SMBflat-3L SOT23** —— **0.8°C / W thermal resistance Smallest thyristor package 9 mm² footprint for compact design** **==> picture [9 x 37] intentionally omitted <==** **----- Start of picture text -----**
mm
2.9
**----- End of picture text -----**
2.5 mm x3 SOT23 **Creepage distance is of 1.1 mm** 42 * for pollution degree 2 without insulated foil thickness, according to IEC60664 ## Introducing H2PAK package ## **H2PAK offers up to 3.48 mm creepage, compliant for 485 VAC RMS** **==> picture [403 x 239] intentionally omitted <==** **----- Start of picture text -----**
A A
D2PAK
H2PAK
1.25 mm 3.48 mm
A K
= ad
K G
G K
**----- End of picture text -----**
Only **1.25 mm** creepage on standard D2PAK **0.8°C / W thermal resistance** **GKK** pinout compared to **KAG** on standard D2PAK 1.25 mm → **3.48 mm** ➔ 485 V RMS creepage AC Extend creepage to 5.38 mm* ➔ 765 VAC RMS 43 * In development, for pollution degree 2, according to IEC60664 ## HU3PAK package ## **Low profile, surface mount and top-side cooling discrete package** **Package height 3.5 mm** - **0.8°C/W thermal resistance** **Creepage > 3.7 mm** → **515 VAC RMS *** **==> picture [157 x 135] intentionally omitted <==** **----- Start of picture text -----**
A
K
G
**----- End of picture text -----**
**Package tab is not insulated** 44 * for pollution degree 2 without insulated foil thickness, according to IEC60664 ACEPACK SMIT © **The surface mount with isolated top-cooled package** ls 19 mm 25 mm ACEPACK SMIT **Top-side cooling** → **thermal resistance < 0.2°C / W** a AT AT ES ¥ Direct bonded copper insulated ceramic ~ 0 **Creepage distance 7 mm 1000 V 4 kV insulation, 4 mm lead-heatsink distance** **45** ## TOP3 insulated package ## **To cover the needs of industrial and high-power applications** **==> picture [176 x 238] intentionally omitted <==** **----- Start of picture text -----**
Copper clip
Silicon die
Frame
4
&
Insulated ceramic
ie
= ———
ai
Heatsink
**----- End of picture text -----**
**Copper clip package for high power** **Thermal resistance junction to case < 1°C/W** **Ceramic insulation** → **2500 V insulated Creepage distance lead to heatsink 2.80 mm** 46 TO-3PF package **To cover the needs of industrial and heating applications with polluted environments** ~~an Ak~~ +8 **Compatible with standard TOP3 package Extended creepage 4.40 mm vs 2.80 mm Fully molded** → **2500 V insulated (UL1557) UL840 certified** → **compatible with pollution degree 3 up to 250 VAC & 2 up to 300 V Pin to heatsink isolation** 47 **TOP3 vs TO-3PF** **==> picture [931 x 231] intentionally omitted <==** **----- Start of picture text -----**
High creepage TO-247
q-
To cover the needs of industrial & automotive high-power applications
I
ae DS
4.6 mm 7.0 mm
**----- End of picture text -----**
**Longer leads** → **bending with horizontal heatsink** **Extended creepage 7.0 mm min vs. 2.2 mm** **For high power applications** **==> picture [48 x 11] intentionally omitted <==** **----- Start of picture text -----**
2.2 mm
**----- End of picture text -----**
**==> picture [47 x 11] intentionally omitted <==** **----- Start of picture text -----**
7.2 mm
**----- End of picture text -----**
48 # **Bare die thyristor in T&R or RWF** ## Bare die thyristor part numbering ## Thyristor T&R or RWF (reconstructed wafer frame) ## **APPLICATIONS** |**PN**|**Product**|**Gate**|**Voltage**
**(VDRM)**|**Top**|**X**
**(mm)**|**Y**
**(mm)**|**Area**
**(mm²)**|**Tj**
**(°C)**|**Vto**
**(V)**|**Rd**
**(mOhms)**|**Techno**|**Grade**| |---|---|---|---|---|---|---|---|---|---|---|---|---| |JTT-04-060-9TR|SCR|Corner|600|Bonding|2.09|2.09|4|125|||Top glass|| |JTM-12-060-2VS|SCR|Corner|600|Clip|2.65|2.65|7|125|||Mesa|| |JTM-12-060-2V|SCR|Corner|600|Clip|3.5|3.5|12|125|||Mesa|| |JTM-20-060-2V|SCR|Corner|600|Clip|4.42|4.42|20|125|0.8|15|Mesa|| |JTM-45-060-2V|SCR|Corner|600|Clip|6.35|6.35|40|125|1.2|10|Mesa|| |JTM-50-080-2TR|SCR|Corner|800|Bonding|5.55|4.27|24|150|||Mesa|| |JTM-20-100-2V|SCR|Corner|1000|Clip|4.42|4.42|20|125|0.8|15|Mesa|| |JCMW40-100-2E|Triac|Corner|1000|Clip|6.35|6.35|40|125|0.85|10|Mesa|| |JTAN560-12-V|AGT|Corner|1200|Clip|2.59|2.97|8|125|||Planar|Medical| |JTN530-12-V|SCR|Corner|1200|Clip|2.59|2.97|8|125|||Planar|Medical| |JTN660-12-V|SCR|Corner|1200|Clip|2.49|3.68|9|125|||Planar|| |JTM-12-120-2TR|SCR|Corner|1200|Clip|3.5|3.5|12|125|0.77|23|Mesa|| |JTM-16-120-2TR|SCR|Corner|1200|Clip|4|4|16|125|0.85|18|Mesa|| |JTM-16-120-6TR|SCR|Corner|1200|Bonding|4|4|16|125|0.85|18|Mesa|| |JTM-20-120-2TR|SCR|Corner|1200|Clip|4.42|4.42|20|125|0.85|14|Mesa|| |JTM-40-120-2TR|SCR|Corner|1200|Clip|5.8|5.8|34|125|0.85|8|Mesa|| |JTM-45-120-2TR|SCR|Corner|1200|Clip|6.35|6.35|40|125|0.93|7.1|Mesa|| |JTN6050H-12-6TR|SCR|Central|1200|Bonding|6.48|6.28|41|150|0.83|6|Planar|Automotive| |JTN5050H-12-6V|SCR|Central|1200|Bonding|7.73|5.53|43|150|||Planar|Automotive| |JTM-70-120-2TR|SCR|Corner|1200|Clip|8.5|8.5|72|125|0.9|6|Mesa|| |JTM-77-120-2TR|SCR|Corner|1200|Clip|8.5|8.5|72|125|0.9|6|Mesa|| 51 # **Applications and development tools** ## Your design support & tools Portfolio & datasheets **Selector Guide** Reference designs <=> a **Evaluation boards** **==> picture [343 x 128] intentionally omitted <==** **----- Start of picture text -----**
Intelligent design tools
eDesignSuite
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53 ## Thyristor-based evaluation boards |**Board part number**|**Description**|**Thyristor (SCR)**|**Triac**|**ACST**|**ACS***| |---|---|---|---|---|---| |**Starter kit**|||||| |**STEVAL-IHT007V1**|Extension board with ACS switches for STM8S-DISCOVERY kit||T1010H-6G||ACS108-8UN| |**STEVAL-IHT005V2**|Full 3.3 V ACS/Triac control usingthe STM32||T1635H-6T|ACST1635-8FP|| |**STEVAL-GLA001V1**|Insulated AC switch control (Nucleo compatible)||T1635T-8FP|ACST310-8B|ACS108-8TN| |**Motor control**|||||| |**STEVAL-IHM029V2**|Universal motor control based on the STM8S||T1235T-8T||| |**STEVAL-IHM041V1**|Universal motor driver with speed control based on the STM8||T1635T-8I||| |**Home appliance**|||||| |**STEVAL-IHT001V2**|Cold thermostat kit based on the STM8S|||ACST610-8FP|ACS110-7SN| |**STEVAL-IHT003V2**|Low loss e-starter for compressor starter circuits|||ACST610-8T|| |**Light dimmers**|||||| |**STEVAL-ILD003V2**|Analogwall dimmer for CFL/LED lamps|TS820-600FP|||| |**STEVAL-ILD004V2**|Digital wall dimmer for halogen and low-consumption lamps|TS820-600FP|||| |**Active inrush current limiters**|||||| |**STEVAL-IHT008V1**|Low standby loss front-end with inrush current limitation and insulated AC
switch control||T1635T-8FP|ACST210-8FP|ACS108-8SN| |**STEVAL-ISF003V1**|Low standbylossespower front-end with inrush current-limitation|TN5050H-12WY|||| |**STEVAL-SCR001V1**|Inrush current solution with high side bypass SCR|TN5015H-6G|||| |**STEVAL-SCR002V1**|Inrush current solution with Low side bypass SCR|TN1605H-6T|Z0110MN||| |**STEVAL-DPSTPFC1**|Totempole boost||||| |**Other applications**|||||| |**STDES-OVP001V1**|± 6 kV surgeprotection(IEC61000-4-5)||T5015H-6T||| |**STDES-DIS001V1**|BMS active discharge reference design|TN4035H-8GY|||| |**STDES-SSR001V1**|Solid State relay6A full SMD|TN4035HA-8GY||ACS108-8SN|| **==> picture [53 x 40] intentionally omitted <==** 54 * is a registered and/or unregistered trademark of STMicroelectronics International NV or its affiliates in the EU and/or elsewhere. ## Selected application notes |**AN**|**Title**|**Version Latest update**|**Version Latest update**|**Type**| |---|---|---|---|---| |**AN1966**|Triac
overvoltageprotection usinga Transil|4|27-avr-22|application| |**AN2777**|New high-temperature, high-performance TRIACs for optimized vacuum cleaner designs|1.2|13-sept-18|application| |**AN2986**|AC switch triggeringwith 3.3 Vpower supply|1.4|15-janv-19|application| |**AN2991**|Single-phase induction motor drive for refrigerator compressor application(formerlyAN1354)|2.2|13-sept-18|application| |**AN308**|Triac
analogcontrol circuits for inductive loads|4.2|13-sept-18|application| |**AN3168**|**Noninsulated**
**SCR/ triac control circuits**|1.2|13-sept-18|application| |**AN390**|AVS kit guidelines|6|13-sept-18|application| |**AN392**|Microcontrollers
and TRIAC-based dimmers|2.3|13-sept-18|application| |**AN436**|Triac
CONTROL BY PULSE TRANSFORMER|2.3|13-sept-18|application| |**AN4363**|**How to select the**
**triac, ACS, or ACST that fitsyour application**|2.1|15-janv-19|application| |**AN437**|**RC snubber circuit design for TRIACs**|2.6|16-janv-19|application| |**AN440**|Triac
control with a microcontrollerpowered from apositive supply|4.1|03-juin-20|application| |**AN441**|Inductive load control with AC switches|3.2|13-sept-18|application| |**AN442**|TRIACS AND MICROCONTROLLERS - THE EASY CONNECTION|2.1|13-sept-18|application| |**AN4564**|Is apositivepower supplymandatoryfor myapplication, or could a negative output work also?|1|13-sept-18|application| |**AN4606**|**Inrush-current limiter circuits(ICL) with triacs and thyristors(SCR) and controlled bridge design tips **|2.2|19-mars-21|application| |**AN4608**|**How to select the right thyristor(SCR) foryour application**|1|13-sept-18|application| |**AN4993**|How to implement a SCR or a
triac in a hybride relayapplication|1.1|13-sept-18|application| |**AN5114**|Controlling a
triac with a phototriac|2|02-août-22|application| |**AN533**|**SCRs, TRIACs, and AC switches, thermal managementprecautions for handling and mounting**|3.6|16-juil-20|application| |**AN5649**|How to evaluate and improve
triacs immunityto EFT bursts|1|15-juin-20|application| |**AN5384**|**ACEPACK SMIT modulepackage guidelines for mounting and thermal management**|1|04-nov-19|product| |**AN1172**|THE NEW ACS SERIES: SERIES A BREAKTHROUGH IN RUGGEDNESS & DRIVE FOR HOME APPLIANCES|2.5|16-janv-19|product| |**AN1379**|Z01 and ACS behavior compared under fast voltage transients|5.2|13-sept-18|product| |**AN2703**|**Parameter list for SCRs,**
**triacs, AC Switches, and Diacs**|3|25-mars-22|product| |**AN302**|Thyristors and TRIACs: holdingcurrent - an importantparameter|3.5|16-janv-19|product| |**AN303**|Thyristors and TRIACs: latchingcurrent|3.4|16-janv-19|product| |**AN3169**|Technology performance comparison of
triacs subjected to fast transient voltages|1.1|13-sept-18|product| |**AN4030**|Gate to cathode capacitor,impact on
triac immunityand reliability|1|13-sept-18|product| |**AN439**|**Snubberless**
**and logic level triac behavior at turn-off**|3.4|13-sept-18|product| |**AN4607**|**Basics on the thyristor(SCR) structure and its application**
2
13-sept-18
product
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