Top Tweets for #MOSFETS

Open Power Electronics @opelexnet

4 months ago

NoMIS Power Introduces 3.3 kV and 1.7 kV #MediumVoltage #SiC #MOSFETs https://t.co/jaVkSRWyAX

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SemiWiki @DanielNenni

5 months ago

Gate-All-Around (GAA) Technology for Sustainable AI https://t.co/yWxkiqEJ5D #3DSFETs #Finfet #ForksheetFETs #Gaa #Gate-all-around #IEDM2025 #MOSFETs

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STMicroelectronics

@ST_World

5 months ago

Our high‑efficiency Power #MOSFETs in PowerFLAT 8×8 HV combine ultralow FoM with Kelvin‑pin switching and a bottom‑exposed drain + thermal vias—freeing PCB and thermal budget while scaling power density➡️https://t.co/wYvMQaBfSb

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6 months ago

Rule No.1 for handling #MOSFETs and #IGBTs: Never touch the gate terminal with your bare fingers. #ESD #ElectroStaticDischarge

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6 months ago

Wolfspeed’s #SiC #MOSFETs Selected to Power Toyota’s Next-Generation #EV #ChargingSystems https://t.co/qmIvETQ5oN

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World Data Analysis

@World_Data_A

7 months ago

🔌🧠💡📉⚙️ Semiconductors 101: The fundamentals you should know 🔹 1. What are semiconductor devices? *-* The industry spans a wide spectrum of technologies and functions: *-* Discrete devices → diodes, transistors, ##MOSFETs, thyristors *-* Optical devices → #LEDs, photodiodes, image sensors *-* Microwave devices → GaAs ICs, MMICs, high-frequency transistors *-* Sensors → thermal, pressure, magnetic, acceleration, imaging *-* Integrated #Circuits (ICs) → logic, memory, analog, mixed-signal *-* Hybrid #ICs → thin-film and thick-film technologies 🔹 2. Chips keep shrinking, and that changes everything *-* The defining trend of the industry is scale reduction: - 1970s → 10 μm - 1980s → 1 μm - 1990s → 250 nm - 2000s → 90 nm - 2010 → 45 nm - 2014 → 22 nm - 2017 → 14 nm - 2020 → 7 nm - 2022 → <5 nm ➡️ Smaller #nodes = faster performance, lower power consumption, higher density, and greater efficiency. 🔹 3. The semiconductor value chain *-* The #chip ecosystem is highly specialized and globally distributed: *-*Research & development – foundational science and materials *-* Product design – circuit architecture and chip layout *-* #Wafer fabrication – the most capital-intensive stage; high-precision manufacturing *-* Assembly, packaging & testing – turning wafers into usable chips *-* Downstream production – integrating #chips into final products ➡️ #TSMC, #Samsung → manufacturing ➡️ #NVIDIA, #Qualcomm → design ➡️ #Foxconn, #ASE → assembly/testing 🔹 4. Why #semiconductors matter more than ever *-* Powering #AI, cloud computing, and advanced analytics *-* Essential for defense, automotive, telecom, and energy systems *-* #Supplychain fragility creates strategic vulnerabilities *-* Economic competitiveness increasingly depends on chip capacity Source: @PwC

World_Data_A's tweet photo. 🔌🧠💡📉⚙️
Semiconductors 101: The fundamentals you should know

🔹 1. What are semiconductor devices?
*-* The industry spans a wide spectrum of technologies and functions:
*-* Discrete devices → diodes, transistors, ##MOSFETs, thyristors
*-* Optical devices → #LEDs, photodiodes, image sensors
*-* Microwave devices → GaAs ICs, MMICs, high-frequency transistors
*-* Sensors → thermal, pressure, magnetic, acceleration, imaging
*-* Integrated #Circuits (ICs) → logic, memory, analog, mixed-signal
*-* Hybrid #ICs → thin-film and thick-film technologies

🔹 2. Chips keep shrinking, and that changes everything
*-* The defining trend of the industry is scale reduction:
- 1970s → 10 μm
- 1980s → 1 μm
- 1990s → 250 nm
- 2000s → 90 nm
- 2010 → 45 nm
- 2014 → 22 nm
- 2017 → 14 nm
- 2020 → 7 nm
- 2022 → <5 nm
➡️ Smaller #nodes = faster performance, lower power consumption, higher density, and greater efficiency.

🔹 3. The semiconductor value chain
*-* The #chip ecosystem is highly specialized and globally distributed:
*-*Research & development – foundational science and materials
*-* Product design – circuit architecture and chip layout
*-* #Wafer fabrication – the most capital-intensive stage; high-precision manufacturing
*-* Assembly, packaging & testing – turning wafers into usable chips
*-* Downstream production – integrating #chips into final products
➡️ #TSMC, #Samsung → manufacturing
➡️ #NVIDIA, #Qualcomm → design
➡️ #Foxconn, #ASE → assembly/testing

🔹 4. Why #semiconductors matter more than ever
*-* Powering #AI, cloud computing, and advanced analytics
*-* Essential for defense, automotive, telecom, and energy systems
*-* #Supplychain fragility creates strategic vulnerabilities
*-* Economic competitiveness increasingly depends on chip capacity

Source: @PwC

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DigiKey

@digikey

8 months ago

Let us introduce you to Infineon’s CoolSiC™ 1200 V G2 MOSFETs — designed to improve efficiency and reliability in automotive and industrial applications. Learn more in this new product training module.👇 #PTM #MOSFETS #automotive

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Electronics Era @era_electronics

10 months ago

#SiC #MOSFETs #ShortCircuit, #SolidStateBatteries, India’s #GaN Revolution: #PowerElectronics Week Insights #SSD https://t.co/GCWOz3Tv7O

PwrElectronics's tweet photo. #SiC #MOSFETs #ShortCircuit, #SolidStateBatteries, India’s #GaN Revolution: #PowerElectronics Week Insights #SSD https://t.co/GCWOz3Tv7O https://t.co/6CqCGMtokF

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10 months ago

@Infineon introduces 75 mΩ industrial #CoolSiC™ #MOSFETs 650 V G2 for medium-power #applications with high #power density #technologynews #electronicsnews #electronics #technology #semiconductor #powerelectronics #mosfets @mamtaabi https://t.co/rqh1Jxhj2N

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11 months ago

IGBTs combine the benefits of a voltage-driven insulated gate of #MOSFETs with the improved bipolar conduction of BJTs. #IGBTs #InductionHeating https://t.co/Dfmd1t2h8q

PwrElectronics's tweet photo. IGBTs combine the benefits of a voltage-driven insulated gate of #MOSFETs with the improved bipolar conduction of BJTs. #IGBTs #InductionHeating https://t.co/Dfmd1t2h8q https://t.co/xrSBlXeYDa

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11 months ago

Struggling with heat in compact #automotive power designs? ☀️ Toshiba's L-TOGL & S-TOGL #MOSFETs solve the problem with smart packaging and ultra-low RDS(on), delivering cool, efficient, high-current performance where it matters most. ❄️ https://t.co/izxoMaI67M

MouserElecEU's tweet photo. Struggling with heat in compact #automotive power designs? ☀️ Toshiba's L-TOGL & S-TOGL #MOSFETs solve the problem with smart packaging and ultra-low RDS(on), delivering cool, efficient, high-current performance where it matters most. ❄️
https://t.co/izxoMaI67M https://t.co/UG9F7RtG6e

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11 months ago

Elevate your project with @Infineon OptiMOS™ 6 150V #MOSFETs, engineered for minimal losses, seamless #switching and exceptional durability. 💪 Learn more about them in this video 📺 https://t.co/u4aROm70uL

MouserElecEU's tweet photo. Elevate your project with @Infineon OptiMOS™ 6 150V #MOSFETs, engineered for minimal losses, seamless #switching and exceptional durability. 💪 Learn more about them in this video 📺 https://t.co/u4aROm70uL https://t.co/OyPKLqeEIT

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11 months ago

iDEAL Semiconductor announced its 150-V and 200-V #SuperQ #MOSFETs that improve conventional #silicon designs and rival even WBG materials. https://t.co/TLVi3rdzau

PwrElectronics's tweet photo. iDEAL Semiconductor announced its 150-V and 200-V #SuperQ #MOSFETs that improve conventional #silicon designs and rival even WBG materials. https://t.co/TLVi3rdzau https://t.co/3HsKc6sYS6

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12 months ago

The @Infineon CoolSiC™ 1200V G2 #MOSFETs are great for boosting efficiency thanks to their ultra-low switching losses. 📈 With their versatile packaging they are perfect for compact, high-performance power #electronics. Click here to learn more: https://t.co/eDrZfbm5K0

MouserElecEU's tweet photo. The @Infineon CoolSiC™ 1200V G2 #MOSFETs are great for boosting efficiency thanks to their ultra-low switching losses. 📈 With their versatile packaging they are perfect for compact, high-performance power #electronics.
Click here to learn more: https://t.co/eDrZfbm5K0 https://t.co/F609dc5gh0

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MicrochipTechnologyInc.

@MicrochipTech

12 months ago

Improve aerospace and defense systems with U.S.-made radiation-hardened MOSFETs. They offer low on-resistance, wide safe operating area and resist radiation damage for long-term reliability. Watch: https://t.co/XybI0hBuUz. #Aerospace #Defense #MOSFETs #RadiationHardened

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