SENSING
CONTROL
Customized Power Modules
Electric Smart Switch for 48 V, 470 V and 810 V
This smart semiconductor-based switch developed by KYOCERA AVX (Salzburg) ensures a fast, safe, and noiseless switching of DC networks. This is available as a standard module or also as a customer-specific design.
Due to high requirements and increased integration of additional safety-relevant features in the vehicle electrical system architecture, a semiconductor-based solution can provide marked advantages when compared to a mechanical relay, including considerably higher switching speeds. Particularly in the event of a short circuit, every microsecond counts in order to guarantee a safe disconnect. The Electric Smart Switch protects the supply circuit during charging and discharging bi-directionally in the event of overcharging or a short circuit. In addition, the Electric Smart Switch permits the pre-charging of the DC network to enhance the service life of system components.
Special characteristics
- Uni-directional / Bi-directional design
- Scalable performance design architecture
- Integrated logic (temperature measurement, current measurement in Generation 2)
- Overcurrent detection and safe shutdown in the event of a short circuit
- Pre-charging of on-board networks by means of clocked switching
- Variable cooling connection
- Customer-specific interfaces (electrical, mechanical)
- Qualified according to ECPE AGQ 324 (planned)
- Maximum current capacity and low resistance
Typical applications
- Battery Switch
- Battery Systems (Battery Disconnect Units)
- DC Circuit Breakers
More information about
Electric Smart Switch
Products from this area are also known under the following keywords:
Solid-state relay, e-relay, circuit breaker, battery switch, e-fuse, disconnect switch, power switch
Our controls support the focal points of future mobility: Electromobility, safety in an emergency, autonomous driving, industrial applications, H2 applications / drives, fuel cell vehicles
» On a nutshell – Download Fast Facts
Application-specific data
| Voltage | 48 V | 470 V | 810 V |
| Current | 500 A | 750 A | 750 A |
| Temperature | -40 °C – 175 °C |
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| Switch-off time in the event of a short circuit | 2 µs |
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| Active short circuit protection | 2.000 A |
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SiC Power Module
To meet the needs of the rapidly expanding market for electrical and hybrid vehicle inverters, KYOCERA AVX (Salzburg) has developed a compact, ultra-efficient power module based on the latest SiC technology. Due to its high power density, this module can be used in many other applications where high switching speeds are required.
Special characteristics
- Small design package
- High power density
- Integrated metal baseplate available for cooling
- Various performance classes available
- Qualified according to ECPE AGQ 324 (planned)
- Low stray inductances
- Scalable switching architecture to optimize cost
- Available in custom Half-Bridge & B6 Bridge configurations
Typical applications
- Inverters (E-Motor, DC-DC, Solar, etc)
- EV charging stations
- Motor drives
More information about
SiC Power Module
Products from this area are also known under the following keywords:
Half-bridge module, B6 full bridge, Si / SiC power module
Our controls support the focal points of future mobility:
Electromobility, renewable energy, charging infrastructure, H2 applications / drives, fuel cell vehicles
More information about SiC Power Module
» On a nutshell – Download Fast Facts
Application-specific data
| Nom. voltage | 470 V | 810 V |
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| Max. breakdown voltage | 750 V | 1200 V |
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| Max. current | 500 A |
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| Temperature | -40 °C – 175 °C |
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Customer Specific Power Modules
With more than 40 years of experience in the fields of customer specific power modules, KYOCERA AVX (Salzburg) can draw on a wide range of design and process knowledge to offer commercially and technically optimized solutions for our many customers. Our development tools and in-house validation capabilities are routinely utilized by our many customers and industries. By the use of customer-specific modules, the total costs in the system can be reduced by greater reliability, space-saving design, and optimal performance.
Special characteristics
- Low inductance construction
- High efficiency
- High switching frequency
- Long service life
- High power, high currents
- Small installation space
- Optimal thermal resistance
- Electrical insulation
- AQG 324 qualification possible
Typical applications
- DC/DC converter (e.g. fuel cell)
- Si, SiC, GaN power modules
- Rectifier modules
- Half-bridge and full-bridge modules
- Power modules with high integration level
Special technologies
- Chip and wire technology
- Print and fire
- Lead frame technology
- Potting
- Transfer molding
- Wafer handling
- Vacuum soldering
- Baseplate soldering
- Selective soldering
- Clip bonding
- Die Bonding
More information about Customer Specific Power Modules
Products from this area are also known under the following keywords:
Switching converters, switching controllers, PMIC (power management IC)
Our controls support the focal points of future mobility:
Electromobility, CO2 reduction, H2 applications / drives, fuel cell vehicles
Electromobility - Sensors and Controls
As electromobility gains more and more importance, we too want to be actively involved and support our customers at this environmentally friendly alternative to conventional vehicles. We offer solutions for electro and hybrid vehicles according to customer specific application.