Taiwan Semiconductor http://www.taiwansemi.com/en Taiwan Semiconductor Global Official Website Mon, 17 Feb 2025 01:15:24 +0000 en-US hourly 1 https://wordpress.org/?v=6.7.2 http://www.taiwansemi.com/en/wp-content/uploads/2023/06/favicon01-150x150.png Taiwan Semiconductor http://www.taiwansemi.com/en 32 32 Meet the Product – Super Clamp 24V Low Clamping TVS http://www.taiwansemi.com/en/super-clamp-24v-low-clamp-tvs/?utm_source=rss&utm_medium=rss&utm_campaign=super-clamp-24v-low-clamp-tvs http://www.taiwansemi.com/en/super-clamp-24v-low-clamp-tvs/#respond Fri, 14 Feb 2025 05:54:48 +0000 https://web.ts.com.tw/en/?p=17512 SUPER CLAMP TVS diodes with snapback are here to revolutionize your protection strategy. Our optimized clamping ratio delivers a ULTRA LOW clamping voltage and HIGH IPP (300A in DO-218AB!). Learn more and experience the SUPER CLAMP advantage!

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SUPER CLAMP TVS diodes with snapback are here to revolutionize your protection strategy. Our optimized clamping ratio delivers a ULTRA LOW clamping voltage and HIGH IPP (300A in DO-218AB!).

Learn more and experience the SUPER CLAMP advantage!

The post Meet the Product – Super Clamp 24V Low Clamping TVS first appeared on Taiwan Semiconductor.

]]> http://www.taiwansemi.com/en/super-clamp-24v-low-clamp-tvs/feed/ 0 Low Clamp 24V Surface Mount TVS http://www.taiwansemi.com/en/low-clamp-24v-surface-mount-tvs/?utm_source=rss&utm_medium=rss&utm_campaign=low-clamp-24v-surface-mount-tvs http://www.taiwansemi.com/en/low-clamp-24v-surface-mount-tvs/#respond Fri, 14 Feb 2025 03:17:58 +0000 https://web.ts.com.tw/en/?p=17322 SUPER CLAMP series TVS diodes with snapback characteristics features a superior optimized clamping ratio between the designated breakdown voltage and clamping voltage. And a wide operation range of -55°C to 175°C meeting the automotive applications. This optimized clamping ratio provides a lower clamping voltage to protect the circuit at a much higher peak pulse current than …

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SUPER CLAMP series TVS diodes with snapback characteristics features a superior optimized clamping ratio between the designated breakdown voltage and clamping voltage. And a wide operation range of -55°C to 175°C meeting the automotive applications. This optimized clamping ratio provides a lower clamping voltage to protect the circuit at a much higher peak pulse current than conventional TVS diodes.

Figure 1: Load dump generation in the vehicle system
Figure 2: 10/1000 μs test waveform

SUPER CLAMP series of TVS delivers significantly lower clamping voltage compared to conventional TVS under the same pulse current conditions, as shown in the top figure.

Additionally, SUPER CLAMP series can handle much higher pulse currents within the same package size, such as DO-218AB: 300A v.s. 170A, making it an ideal choice for high-performance applications.

Applications

  • Automotive
  • Motor
  • Reverse battery protection
  • Car lighting
  • Robotic arm

Product Portfolio

Scroll left
Part NumberPackageVWM (V)VBR (V)Max IPPM (A)VC clamping (V)
LTD7S24CAHDO-218AB2426.7 – 29.530024
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]]> http://www.taiwansemi.com/en/low-clamp-24v-surface-mount-tvs/feed/ 0 Super Clamp TVS – Solution with an extremely low clamping ratio http://www.taiwansemi.com/en/blog-super-clamp-tvs-introduction/?utm_source=rss&utm_medium=rss&utm_campaign=blog-super-clamp-tvs-introduction http://www.taiwansemi.com/en/blog-super-clamp-tvs-introduction/#respond Fri, 14 Feb 2025 02:41:36 +0000 https://web.ts.com.tw/en/?p=17403 Taiwan semiconductor introduces, first of its kind, transient voltage suppressor (TVS) called Super Clamp TVS. Super Clamp TVS adopts snapback characteristics which is beneficial to extremely low clamping ratio between working voltage (VWM) and clamping voltage (VC). The low clamping ratio TVS can suppress high surge current to provide lower clamping voltage than conventional TVS …

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Taiwan semiconductor introduces, first of its kind, transient voltage suppressor (TVS) called Super Clamp TVS.

Super Clamp TVS adopts snapback characteristics which is beneficial to extremely low clamping ratio between working voltage (VWM) and clamping voltage (VC). The low clamping ratio TVS can suppress high surge current to provide lower clamping voltage than conventional TVS and metal oxide varistor (MOV), which means designer could use lower working voltage components of capacitor, switching MOSFET, reverse polarity protection diodes, and regulators.

Super Clamp TVS breakdown voltage (VBR) difference of temperature deviation is lower than conventional TVS. This VBR stability by temperature variation helps designer anticipate voltage range when adding in temperature consideration.

Super Clamp TVS structure

Super Clamp TVS adopts BJT (Bipolar junction transistor) which is different from conventional TVS as shown in Figure 1. When breakdown voltage occurs for Super Clamp TVS, due to its instinctive snapback characteristics, it foldbacks and then breakdown happens again. This low clamp ratio provides lower VC (clamping voltage) at high IPP (peak impulse current), which means the discrete components, which come after the Super Clamp TVS, could sustain lower voltage stress and designer could use lower working voltage specification components like capacitor, MOSFET etc.

 Conventional TVS and Super Clamp TVS structure, VC – IPP curve

TSC high power DO-218AB package Super Clamp TVS specification:

Fan Single phase H-bridge BLDC motor usage component

Comparison

In order to understand Super Clamp TVS characteristics and advantages over conventional TVS, take DO-218AB package bi-directional Super Clamp TVS LTD7S24CAH of TaiwanSemi and DO-218AB package uni-directional conventional TVS TLD8S24AH of TaiwanSemi to do the comparison.

8/20us I-V curve comparison

Taking Super Clamp TVS LTD7S24CAH and conventional TVS TLD8S24AH to test 8/20us transient surge and recording VC – IPP waveform as shown in Figure 2. LTD7S24CAH curve shows snapback characteristics whose VC clamping ratio is 1.63 (VC/VWM) and Rdny is 0.0058 ohm, which are lower than those of TLD8S24AH. TLD8S24AH curve shows exponential characteristics and whose VC clamping ratio is 3.78 (VC/VWM) and Rdny is 0.0224 ohm. Super Clamp TVS can suppress transient surge closer to VBR than conventional TVS.

Super Clamp TVS LTD7S24CAH and conventional TVS TLD8S24AH 8/20us I-V curve

VC tested by 8/20us IPP comparison

Taking Super Clamp TVS LTD7S24CAH and conventional TVS TLD8S24AH to test 8/20us transient surge. Applying 8/20us of IPP=155A to these two TVS and recording VC results as in Figure 3. LTD7S24CAH VC (23.623V) is 76.56% of TLD8S24A VC (30.853V).

Super Clamp TVS LTD7S24CAH and conventional TVS TLD8S24AH tested 8/20u IPP=155A

10/1000us I-V curve comparison

Taking Super Clamp TVS LTD7S24CAH and conventional TVS TLD8S24AH to test 10/1000us transient surge and recording VC – IPP waveform as shown in Figure 4. LTD7S24CAH curve shows snapback characteristics whose VC clamping ratio is 1.049 (VC/VWM) and Rdny is 0.0075 ohm, which are lower than those of TLD8S24AH. TLD8S24AH curve shows exponential characteristics whose VC clamping ratio is 1.349 (VC/VWM) and Rdny is 0.0234 ohm. Super Clamp TVS can suppress transient surge closer to VBR than conventional TVS.

Super Clamp TVS LTD7S24CAH and conventional TVS TLD8S24AH 10/1000us I-V curve

Device VBR temperature deviation comparison

VBR will be a focus point for a designer if TVS inadequately turns on when temperature is increasing. Taking Super Clamp TVS LTD7S24CAH and conventional TVS TLD8S24AH to test VBR in temperature range -55⁰C to 175⁰C as shown in Figure 8. For LTD7S24CA, when operating in temperature range -55⁰C to 175⁰C, VBR deviation difference is 2.73V; For TLD8S24A, when operating in temperature range -55⁰C to 175⁰C, VBR deviation difference is 5.58V. So, for LTD7S24CA VBR difference of temperature deviation is more stable than TLD8S24A.

LTD7S24CAH VBR temperature variation is lower than TLD8S24AH

Potential application example– BLDC FAN

 

Back-EMF threat

24V industry Fan uses Single phase H-bridge BLDC motor circuit as shown in Figure 6. The motor exhibits Back-EMF (Back Electromotive Force) when in operation. When current flows through motor, Back-EMF will flow to voltage source while motor decelerates or stops and it might damage front components like MOSFET.

Single phase H-bridge BLDC motor circuit

Advantage

Normally the components selection for industry Fan Single phase H-bridge BLDC motor needs to consider Back-EMF robustness as shown in Table 2. 24V motor will have 60V Back-EMF threat and it will use TVS with VBR=28V to clamp this Back-EMF to 33V for protecting the 60V MOSFET. If it adopts Super Clamp TVS LTD7S24CAH, it could clamp Back-EMF to 25V. That brings benefits: 60V MOSFET may exchange to 40V MOSFET and 50V Capacitance may exchange to 35V Capacitance.

Fan Single phase H-bridge BLDC motor usage component

Though it is completely dependent on end application, a general estimate for BOM cost reduction can be estimated from below table.

Fan Single phase H-bridge BLDC motor usage component

Conclusion

Super Clamp TVS adopts snapback technology and its low VC could help protect discrete components sustain lower voltage stress, based on application design, compared to conventional TVS. That helps downsizing components rating and eventually BOM cost reduction.

 

Author’s Profile

Muhammad Ahad Rafiq

Taiwan Semiconductor
Senior Field Application Engineer


Muhammad.Ahad.Rafiq@tsceu.com

Products

MOSFETs
TVS

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]]> http://www.taiwansemi.com/en/blog-super-clamp-tvs-introduction/feed/ 0 600V FRED Product Extension Offers Different Switching Speeds in ThinDPAK Package http://www.taiwansemi.com/en/600v-fred-product-extension-offers-different-switching-speeds-in-thindpak-package/?utm_source=rss&utm_medium=rss&utm_campaign=600v-fred-product-extension-offers-different-switching-speeds-in-thindpak-package http://www.taiwansemi.com/en/600v-fred-product-extension-offers-different-switching-speeds-in-thindpak-package/#respond Fri, 10 Jan 2025 05:14:40 +0000 https://web.ts.com.tw/en/?p=17335 Taiwan Semiconductor (TSC), a global supplier of discrete power electronics devices, LED drivers, analog ICs and ESD protection devices, announces an additional 600V Ultra fast – high efficiency rectifier for power electronics systems. The current ranges are from 6A~15A within the ThinDPAK package. Switching speeds of either (trr<25ns) or (trr<60ns) can be selected for different …

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Taiwan Semiconductor (TSC), a global supplier of discrete power electronics devices, LED drivers, analog ICs and ESD protection devices, announces an additional 600V Ultra fast – high efficiency rectifier for power electronics systems.
The current ranges are from 6A~15A within the ThinDPAK package. Switching speeds of either (trr<25ns) or (trr<60ns) can be selected for different applications to achieve the power efficiency needed. ThinDPAK package is footprint compatible with standard D-PAK offering a low profile with lower thermal resistance providing a drop in upgrade path for existing applications. TSC provides SPICE, thermal and 3D CAD models on our website to support fast simulation.

Key Features

  • Planar technology -fast switching <25ns
  • Low power loss – high efficiency
  • Drop in upgrade for DPAK packages
  • Low profile – 1.3mm
  • Low leakage current < 1ma
  • Meets JESD 201 class 2 whisker testing
  • MSL level 1 for ease of manufacturing
  • TJ Max. 175℃ for high reliability  

Applications

  • DC to DC converters -rectification
  • Switch mode power converters – inverters
  • Snubber – clamping
  • PFC boost applications
  • Freewheeling diode
  • Motor Drives
  • UPS and Inverters

Product Portfolio

Scroll left
Part NumberPackageVRRM (V)IF (A)VF Max. (V)trr Max.(ns)IFSM (A)TJ Max (°C)
PUAD6JHThinDPAK60061.72585175
PUAD8JHThinDPAK60081.725100175
PSAD15JHThinDPAK600151.535240175
PHAD6JHThinDPAK60061.360100175
PHAD8JHThinDPAK60081.360105175
PHAD10JHThinDPAK600101.360120175
PHAD12JHThinDPAK600121.360220175
PUAD6JThinDPAK60061.72585175
PUAD8JThinDPAK60081.725100175
PSAD15JThinDPAK600151.535240175
PHAD6JThinDPAK60061.360100175
PHAD8JThinDPAK60081.360105175
PHAD10JThinDPAK600101.360120175
PHAD12JThinDPAK600121.360220175

“H” means AEC-Q101 qualified

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]]> http://www.taiwansemi.com/en/600v-fred-product-extension-offers-different-switching-speeds-in-thindpak-package/feed/ 0 600V FRED Extend to Automotive Application within Surfaced Mounted Packages http://www.taiwansemi.com/en/600v-fred-extend-to-automotive-application-within-surfaced-mounted-packages/?utm_source=rss&utm_medium=rss&utm_campaign=600v-fred-extend-to-automotive-application-within-surfaced-mounted-packages http://www.taiwansemi.com/en/600v-fred-extend-to-automotive-application-within-surfaced-mounted-packages/#respond Thu, 26 Dec 2024 01:00:36 +0000 https://web.ts.com.tw/en/?p=17244 Taiwan Semiconductor  (TSC), a global supplier of discrete power electronics devices, LED drivers, analog ICs and ESD protection devices, announces an additional 600V Ultra fast diode for various power systems. The current ranges are from 1A~12A with multiple SMD packages such as SOD-123W, SOD-123HE, SOD-128, SMA, SMB, SMC and SMPC4.6U. The speedy switching with low …

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Taiwan Semiconductor  (TSC), a global supplier of discrete power electronics devices, LED drivers, analog ICs and ESD protection devices, announces an additional 600V Ultra fast diode for various power systems.

The current ranges are from 1A~12A with multiple SMD packages such as SOD-123W, SOD-123HE, SOD-128, SMA, SMB, SMC and SMPC4.6U. The speedy switching with low Vf can reduce switching and conduction loss both to achieve the power efficiency maximized. TSC provides SPICE model and thermal model on the website also to support customer’s simulation. Applications in automotive HV power electronics like OBC, traction inverter, and more.

Key Features

  • AEC-Q101 qualified
  • Planar technology
  • Low power loss, high efficiency
  • Low leakage current
  • Environmental compliance
  • Halogen-free according to IEC 61249-2-21
  • TJ Max. 175℃ 

Applications

  • DC to DC converter
  • Switching mode converters and inverters
  • Snubber – clamping
  • PFC application
  • Freewheeling

Product Portfolio

Scroll left
Part NumberPackageVRRM (V)IF (A)VF Max. (V)trr Max.(ns)IFSM (A)TJ Max (°C)
PU1JLWHSOD-123W60011.52520175
PU2JLWHSOD-123W60021.52535175
PU1JLSHSOD-123HE60011.52520175
PU2JLSHSOD-123HE60021.52535175
PU1JFSHSOD-12860011.52520175
PU2JFSHSOD-12860021.52535175
PU3JFSHSOD-12860031.52545175
PU1JAHSMA60011.52520175
PU2JAHSMA60021.52535175
PU3JAHSMA60031.52545175
PU2JBHSMB60021.52535175
PU3JBHSMB60031.52545175
PU6JBHSMB60061.72575175
PU3JCHSMC60031.52545175
PU6JCHSMC60061.72575175
PU8JCHSMC60081.725100175
PUUP3JHSMPC4.6U60031.52555175
PUUP6JHSMPC4.6U60061.72585175
PUUP8JHSMPC4.6U60081.725100175
PUUP10JHSMPC4.6U600101.825115175
PUUP12JHSMPC4.6U600121.925160175
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]]> http://www.taiwansemi.com/en/600v-fred-extend-to-automotive-application-within-surfaced-mounted-packages/feed/ 0 TSC wins Silver Award for Sustainability Reporting at 2024 Taiwan Corporate Sustainability Awards http://www.taiwansemi.com/en/tsc-wins-silver-award-for-sustainability-reporting-at-2024-taiwan-corporate-sustainability-awards/?utm_source=rss&utm_medium=rss&utm_campaign=tsc-wins-silver-award-for-sustainability-reporting-at-2024-taiwan-corporate-sustainability-awards http://www.taiwansemi.com/en/tsc-wins-silver-award-for-sustainability-reporting-at-2024-taiwan-corporate-sustainability-awards/#respond Thu, 12 Dec 2024 02:26:40 +0000 https://web.ts.com.tw/en/?p=17138 Taiwan Semiconductor Co., Ltd. (5425) has been recognized for its commitment to sustainable development and robust Environmental, Social, and Governance (ESG) disclosures. The company’s second corporate sustainability report, published this year, adheres to internationally recognized standards, including the Global Reporting Initiative (GRI), Task Force on Climate-related Financial Disclosures (TCFD), and Sustainability Accounting Standards Board (SASB) …

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Taiwan Semiconductor Co., Ltd. (5425) has been recognized for its commitment to sustainable development and robust Environmental, Social, and Governance (ESG) disclosures. The company’s second corporate sustainability report, published this year, adheres to internationally recognized standards, including the Global Reporting Initiative (GRI), Task Force on Climate-related Financial Disclosures (TCFD), and Sustainability Accounting Standards Board (SASB) guidelines for the semiconductor industry. On December 11, TSC was awarded the “Silver Award for Sustainability Reporting in Category 1 – Electronics and Information Manufacturing” at the 17th Taiwan Corporate Sustainability Awards (TCSA), showcasing its excellence in sustainable corporate practices. 

The TCSA, organized by the Taiwan Institute for Sustainable Energy (TAISE) since 2008, is Taiwan’s most prestigious sustainability award. Known as the “Oscars of Sustainability” in Taiwan, the awards highlight outstanding achievements in sustainable development, ESG investments, and alignment with the United Nations’ 17 Sustainable Development Goals (SDGs). This year, a record 882 companies participated in the competition. 

In 2023, TSC expanded the scope of its reporting and enhanced the quality and accuracy of the reporting data to meet global sustainability and climate-related disclosure standards. This dedication was rewarded with a Silver Award in its first-ever participation in the TCSA for sustainability reporting, underscoring the report’s excellence in communication, comprehensiveness, and credibility. 

Looking forward, TSC committed to aligning with international trends by integrating sustainable development strategies into its core business. The company actively supports the United Nations’ SDGs, ensuring transparency in its sustainability journey and achievements. TSC will continue engaging with stakeholders to foster collaboration and create a shared vision for a sustainable future.

Inquiries

Contact: Cindy Hsieh
Unit: PR Department
Tel: +886 2 8913-1588 Ext. 1603

TitleFile
2023 TSC Sustainability Report (EN)
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]]> http://www.taiwansemi.com/en/tsc-wins-silver-award-for-sustainability-reporting-at-2024-taiwan-corporate-sustainability-awards/feed/ 0 electronica in Munich 2024 http://www.taiwansemi.com/en/electronica-munich-2024/?utm_source=rss&utm_medium=rss&utm_campaign=electronica-munich-2024 http://www.taiwansemi.com/en/electronica-munich-2024/#respond Wed, 11 Dec 2024 01:53:57 +0000 https://web.ts.com.tw/en/?p=17126 This year in electronica 2024, Taiwan Semiconductor introduced an extended series of products across our portfolio, including rectifiers, diodes, protection devices, and MOSFETs, reflecting our commitment to meeting diverse customer needs. Beyond our robust product offerings, we remain dedicated to delivering top-tier quality, exceptional service, and the flexibility needed to help our customers navigate the …

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This year in electronica 2024, Taiwan Semiconductor introduced an extended series of products across our portfolio, including rectifiers, diodes, protection devices, and MOSFETs, reflecting our commitment to meeting diverse customer needs. Beyond our robust product offerings, we remain dedicated to delivering top-tier quality, exceptional service, and the flexibility needed to help our customers navigate the fast-changing and competitive industry landscape. Thank you for visiting us at electronica 2024. We look forward to shaping a brighter future together through continued innovation and are excited to share what’s next from Taiwan Semiconductor.

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]]> http://www.taiwansemi.com/en/electronica-munich-2024/feed/ 0 APEC 2025 http://www.taiwansemi.com/en/apec-2025/?utm_source=rss&utm_medium=rss&utm_campaign=apec-2025 http://www.taiwansemi.com/en/apec-2025/#respond Wed, 04 Dec 2024 03:26:07 +0000 https://web.ts.com.tw/en/?p=17067 Taiwan Semiconductor Set to Shine at APEC 2025 in Atlanta, GA Taiwan Semiconductor is thrilled to announce its participation in the upcoming Applied Power Electronics Conference and Exposition (APEC) 2025, taking place from March 16–20, 2025, in Atlanta, Georgia. As a proud participant in this esteemed conference, Taiwan Semiconductor is excited to unveil its latest …

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Taiwan Semiconductor Set to Shine at APEC 2025 in Atlanta, GA

Taiwan Semiconductor is thrilled to announce its participation in the upcoming Applied Power Electronics Conference and Exposition (APEC) 2025, taking place from March 16–20, 2025, in Atlanta, Georgia.

As a proud participant in this esteemed conference, Taiwan Semiconductor is excited to unveil its latest innovations, including new low-clamp TVS devices, advanced MOSFETs, and other cutting-edge solutions designed to power a wide range of applications.

Visit us at Booth #644 to explore our innovative technologies and engage in meaningful discussions with our team of experts. We look forward to connecting with you at APEC 2025!

To secure your spot, register now at Conference Registration.

For media inquiries, please contact: sales@tscus.com

Event highlights

High Efficiency DC to DC Converter
LED Driver
Three-Phase BLDC Motor Driver
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]]> http://www.taiwansemi.com/en/apec-2025/feed/ 0 1200V High Efficiency Rectifier Extends High Voltage to Automotive Surface Mounted Package http://www.taiwansemi.com/en/1200v-high-efficiency-rectifier-extends-high-voltage-to-automotive-surface-mounted-package/?utm_source=rss&utm_medium=rss&utm_campaign=1200v-high-efficiency-rectifier-extends-high-voltage-to-automotive-surface-mounted-package http://www.taiwansemi.com/en/1200v-high-efficiency-rectifier-extends-high-voltage-to-automotive-surface-mounted-package/#respond Tue, 05 Nov 2024 06:08:30 +0000 https://web.ts.com.tw/en/?p=16958 Taiwan Semiconductor,  (TSC), a global supplier of discrete power electronics devices, LED drivers, analog ICs and ESD protection devices, announces additional 1200V High Efficiency rectifiers in industry standard packages. The parts are targeted for bootstrap and de-saturate applications for IGBT or MOSFET gate drivers in high voltage battery systems of EVs.  Additional applications include alternative …

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Taiwan Semiconductor,  (TSC), a global supplier of discrete power electronics devices, LED drivers, analog ICs and ESD protection devices, announces additional 1200V High Efficiency rectifiers in industry standard packages.

The parts are targeted for bootstrap and de-saturate applications for IGBT or MOSFET gate drivers in high voltage battery systems of EVs.  Additional applications include alternative energy systems, metering, lighting and rectification in HV power systems.

Key Features

  • Low CJ
  • Fast trr -75ns max
  • Environmental compliance
  • TJ 175℃ max.
  • Industry standard packages

Applications

  • Bootstrapping
  • De-saturate
  • Snubber – clamping
  • Freewheeling
  • HV rectification
  • Protection – HV blocking diode

Product Portfolio

Scroll left
Part NumberPackageVRRM (V)IF (A)VF Max. (V)trr Max.(ns)IFSM (A)TJ Max (°C)
HS1QSMA120011.97535175
HS1QHSMA120011.97535175
HS1QBSMB120011.97535175
HS1QBHSMB120011.97535175

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]]> http://www.taiwansemi.com/en/1200v-high-efficiency-rectifier-extends-high-voltage-to-automotive-surface-mounted-package/feed/ 0 2024 electronica http://www.taiwansemi.com/en/2024-electronica-munich/?utm_source=rss&utm_medium=rss&utm_campaign=2024-electronica-munich http://www.taiwansemi.com/en/2024-electronica-munich/#respond Mon, 21 Oct 2024 08:00:54 +0000 https://web.ts.com.tw/en/?p=16882 Taiwan Semiconductor at Electronica 2024 Taiwan Semiconductor is thrilled to be part of Electronica 2024, one of the premier events in the electronics industry. Join us from November 12nd to 15th, 2024 in Munich Germany, where professionals across the industry will gather to network, exchange insights, and explore cutting-edge innovations. Visit our booth at Hall C3. Booth 330 to discover how …

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Taiwan Semiconductor at Electronica 2024

Taiwan Semiconductor is thrilled to be part of Electronica 2024, one of the premier events in the electronics industry. Join us from November 12nd to 15th, 2024 in Munich Germany, where professionals across the industry will gather to network, exchange insights, and explore cutting-edge innovations.

Visit our booth at Hall C3. Booth 330 to discover how Taiwan Semiconductor can help power your next electronic project. We look forward to connecting with you!

For media inquiries, please contact: munich@tsceu.com

Event highlights

High Efficiency DC to DC Converter
LED Driver
Three-Phase BLDC Motor Driver
AMR
GaN Charger
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Email

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]]> http://www.taiwansemi.com/en/2024-electronica-munich/feed/ 0