Skip to main content

ST STGWA40IH65DF, STGWA50IH65DF 650V 40 A, 50A IGBTs IH Series, TO-247 Package

Optimized for best conduction and switching performance in soft-switching circuits, STMicroelectronics’ STGWA40IH65DF and STGWA50IH65DF 650V STPOWER™ IGBTs increase the energy efficiency of resonant converters in the 16kHz-60kHz switching-frequency range.

Rated for 40A and 50A respectively, the STGWA40IH65DF and STGWA50IH65DF serve applications up to 4kW. With low saturation voltage (VCE(sat)) of 1.5V (typical at nominal current) and a low-drop voltage freewheeling co-packaged diode, these advanced IGBTs combine outstanding conduction performance with low turn-off losses of just 0.19mJ (typical) in the 40A STGWA40IH65DF.

The STGWA40IH65DF and STGWA50IH65DF IGBTs are available now in the TO-247 long-lead power package. ST will add 20A and 30A variants soon, in TO-247 long lead and TO-220 packages.


Source:
https://www.st.com/b/content/st_com/en/about/media-center/press-item.html/n4147.html

https://www.st.com/resource/en/datasheet/stgwa50ih65df.pdf https://www.st.com/resource/en/datasheet/stgwa40ih65df.pdf
Labels:

Comments

Post a Comment

Popular posts from this blog

Nordic Thingy: 91 Multi-sensor cellular IoT Prototyping kit

The Nordic Thingy:91 is an easy-to-use battery-operated prototyping platform for cellular IoT using LTE-M, NB-IoT and GPS. It is ideal for creating Proof-of-Concept (PoC), demos and initial prototypes in your cIoT development phase. NRF6943  Nordic Thingy:91 is as Multi-sensor cellular IoT prototyping kit supporting LTE-M, NB-IoT, GPS and Bluetooth Low Energy. The Nordic Thingy:91 is the ideal way to kickstart your cellular IoT project using the nRF9160 SiP. Thingy:91 is equipped with a broad collection of diverse sensors and interfaces that make it highly adaptable to rapid prototyping and getting your proof of concept off the ground in no time at all. Nordic Thingy:91         Key features • Battery-operated prototyping platform for the nRf9160 SiP • 700-900 MHz + 1710-2200 MHz LTE band support • Certifications: CE, FCC • nRF52840 multiprotocol SoC on board • LTE-M/NB-IoT/GPS antennas • Nano/4FF SIM card slot • User-programmable button a...
1 comment
Read more

Cross Reference

Cross Reference for semiconductor devices across different Manufacturer. MFR Part number MFR Part number Description Analog Devices AD539* Fairchild RC4200 Analog Multiplier Analog Devices ADV7120 Fairchild TMC3503 Triple Video D/A Converter, 8 bit, 80 Msps Analog Devices ADV7121 Fairchild TMC3003 Triple Video D/D Converter, 10 bit, 80 Msps Analog Devices ADV7122 Fairchild TMC3003 Triple Video D/D Converter, 10 bit, 80 Msps Analog Devices ADV775 Fairchild TMC1175A 8 bit Analog to Digital Converter Analog Devices ADVF32 Fairchild RC4152 V-F Converter Hitachi HA13421* Fairchild KA2820D 5.25" Step Motor Driver Hitachi HA13475* Fairchild KA2821D 3.5" Step Motor Driver Hitachi HA13511* Fairchild KA2822D Spindle Motor Driver Hitachi HA13561* Fairchild KA2811C Spindle+VCM Mot...
Post a Comment
Read more

IDT New SPD Hub IC for DDR5 Server Memory Modules

IDT introduced the industry’s first integrated Serial Presence Detect (SPD), temperature sensor and control plane hub component (referred to as “SPD Hub”) developed for DDR5-based Dual In-Line Memory Modules (DIMM). The IDT® SPD Hub is designed to provide a space and power efficient solution that enables control plane operation at significantly higher speeds than previous system management buses with enhanced reliability. DDR5 memory is projected to double the bandwidth of DDR4, and as with previous generations of DDR memory, IDT’s devices are leading the market in performance and reliability. IDT’s DDR5 PMIC enables the next generation of server DIMM solutions to efficiently scale to greater performance, density and reliability while reducing overall system power. IDT’s SPD Hub significantly increases the system management bus performance by eliminating the bottlenecks of traditional system management buses. The DDR5 RCD, PMIC, SPD Hub and TS  devices are used in RDIMM, L...
1 comment
Read more