SiC BJT-MOS in R and D

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Product Details:

Usage R&D, industrial and laboratory
Components SiC BJT, SiC MOSFET
Features Low switching loss, fast switching, high thermal stability
Input Standard digital/analog signal
Interface Solder pin/PCB mount
IP Rating IP20
Power Supply DC
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SiC BJT-MOS in R and D Product Specifications

Capacity High current up to 50A
Frequency High-frequency operation
Output High-speed switching output
Power Source External DC
Supply Voltage 600 V-1200 V
Thermal Conductivity > 3.5 W/mK
Response Time < 25 ns
Rated Voltage 1200 V
Power Supply DC
Sensors Specification Integrated temperature sensor
Product Type SiC BJT-MOS hybrid module
Current Rating Up to 50 A
Operating Temperature -40C to 175C
Thickness 2.5 mm
IP Rating IP20
Application Power conversion, inverter, motor drives
Input Standard digital/analog signal
Interface Solder pin/PCB mount
Color Black
Dimension (L*W*H) 45 mm x 25 mm x 2.5 mm
Features Low switching loss, fast switching, high thermal stability
Usage R&D, industrial and laboratory
Components SiC BJT, SiC MOSFET
Size Standard module size
Weight Approx. 50g
Function Efficient power electronic switching and control

Leakage Current <10 µA at rated voltage
ESD Protection Yes, built-in
Packaging Type Plastic molded module
Mounting Type SMD or Through-hole
Warranty Service Type Carry In
Switching Speed Ultra-fast, <25 ns
RoHS Compliance Yes
Gate Drive Voltage 15 V (typical)
Dielectric Strength 2500 V AC/min

Product Description

Silicon Carbide Bipolar Junction Transistor-Metal Oxide Semiconductor, or SiC BJT-MOS, devices are high-performance semiconductor components made for research and development purposes. With their exceptional efficiency, high voltage capabilities, and outstanding thermal stability, these devices combine the advantages of both BJT and MOSFET technologies, making them perfect for challenging situations. High-frequency applications, electric vehicles, power electronics, and renewable energy systems all frequently use SiC BJT-MOS devices. In research and development, they are essential for creating next-generation power converters, inverters, and motor control systems because of their capacity to withstand high switching rates and harsh temperatures.

Sic BJT/MOS in R&D

Goverment project: SiC BJT: 1200V/10A SiC MOS:1200V/40m0Q/40A 1200V/80mQ/20A

Material

High electron saturation speed (2x SD ,
High breakdown voltage ; (10x SD ,
Wide band gap (3x Si)
High thermal conductivity (3x SD
High melting point (2x SD

Devices

Low on resistance
High efficiency
High voltage resistant
High temperature resistant

Application

Enable high speed switching rate which highly improves application efficiency
Make equipment/ system size smaller it and lighter (such as reducing air cooling fins in PFC)
Work steadily under high voltage environment (server in power grid)
Work steadily under high temperature environment (EV/HEV)

		SiC diode of the company	SiC diode of a company	Si FRD	Reduction rate compared with Si FRD
1RM	A	18.1	16.9	94.8	80.91%
Trr	uS	0.048	0.047	0.53	90.94%
Qrr	nC	0.51	0.47	16.5	96.91%
Erec	mJ	0.44	0.44	8.17	94.63%
Eon	mJ	4.57	5.23	6.57	30.44%
Eoff	mJ	10.23	10.51	10.27	0.39%
Etotal	mJ	14.8	15.74	16.84	12.11%

Ultra-Fast Switching for Advanced Applications

Designed for demanding power conversion, inverter, and motor drive systems, the SiC BJT-MOS achieves switching speeds under 25 ns, significantly increasing efficiency and response. With a 1200 V voltage rating and high-frequency compatibility, it's ideal for innovative R&D projects as well as robust industrial control.

Reliable & Safe Performance at Elevated Temperatures

Operating reliably from -40C to 175C, this module integrates ESD protection and a precise temperature sensor, ensuring consistent performance under substantial thermal and electrical stresses. Its IP20-rated enclosure and RoHS compliance make it safe for a variety of laboratory and industrial setups.

FAQ's of SiC BJT-MOS in R and D:

Q: How is the SiC BJT-MOS module used in power conversion or inverter applications?

A: The module acts as a fast-switching core in power conversion and inverter circuits, efficiently handling rapid changes in input signals to achieve reliable, high-speed switching outputs essential for modern, high-performance systems.

Q: What benefits does the ultra-fast switching speed provide for R&D and industrial use?

A: With a response time of less than 25 ns, the module significantly reduces switching losses and EMI, enhancing overall system efficiency and allowing precise control in dynamic environments often required in cutting-edge research and industrial automation.

Q: When should I consider using this module over traditional silicon-based switches?

A: Use this SiC BJT-MOS module when your application demands higher voltage (up to 1200V), greater thermal stability (-40C to 175C), and enhanced efficiency, particularly in high-frequency or high-current scenarios where conventional silicon devices may not perform reliably.

Q: Where can the SiC BJT-MOS module be mounted or integrated within my system?

A: The module supports both SMD and through-hole mounting, allowing integration directly onto PCBs or equipment enclosures and is suitable for inclusion in power supply, inverter, and motor drive assemblies typical in laboratory and industrial projects.

Q: What process is involved in interfacing the module with standard control signals?

A: The module accepts standard digital or analog control signals for the gate drive (15 V typical) and outputs high-speed switching signals. Simple solder pin or PCB mount interfaces make it straightforward to connect with existing control circuitry.

Q: How does integrated ESD protection and temperature sensing enhance operational reliability?

A: Built-in ESD protection guards against static discharge damage, while the integrated temperature sensor allows real-time monitoring, ensuring the module operates within safe limits, prolonging lifespan and reducing maintenance frequency.

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