The design goal for induction cooking applications is to deliver the highest efficiency power conversion together with differentiating features such as rapid and focused heating, operational simplicity and high reliability.
In induction cooking applications, it is important that the IGBT controller, at the heart of the system, provides intelligent induction element control and gives the designer the tools and technical advantages to build a system that is efficient, reliable and integrates all required functions to simplify the design cycle and produce a volume-manufacturable design that is fast to market at a competitive cost.
This 2100W, single-plate induction cooktop design, using the iW248 smart IGBT driver and controller single-chip ASSP offers high-efficiency and high-reliability performance. The design gives the flexibility to adjust the power in ±10W steps, which allows the users to cook at the simmering condition. A capacitive touch sensing unit (CTSU) enables robust capacitive touch, which senses properly in wet conditions. Over-temperature detection using three negative temperature coefficient resistors (NTCs) are provided in the design.
||Buy / Sample|
Integrated IGBT Driver, Optimized State Machine and Advanced Protection Features
|Smart IGBT Driver / Controller ICs||Buy / Sample|
High Voltage GreenFET Load Switch
|Load Switches||Buy / Sample|
Cost-optimized, High Performance 32-bit Microcontroller with Enhanced Touch Key Function and 5V Operation Support
|RX 32-Bit Performance / Efficiency MCUs||Buy / Sample|
New Generation RL78 General-Purpose Microcontrollers with Further Refined Low-Power Performance and Expanded Peripheral Functions
|RL78 Low Power 8 & 16-bit MCUs||Buy / Sample|
700V AC/DC Regulator with Ultra-Low Standby Power and up to 12W Output Power
|Non-Isolated AC/DC Buck Converters||Buy / Sample|
IGBT 1250V 25A TO-247A Built-In FRD
|Power IGBTs (Insulated Gate Bipolar Transistors)||Buy / Sample|
20V, 150mA Linear Regulator
|Linear Regulators (LDO)||Buy / Sample|