Plug and Play, RF Cooking Module Reduces Time-to-Market for Appliance OEMs

NXP Semiconductors has announced the addition of a new solid state RF cooking module to their range of popular RF cooking components portfolio. The new module is designed to help engineers rapidly build innovative RF cooking appliances that can achieve a better way of highly efficient, uniform heating, adaptability and consistency of the cooking process than conventional radiant or convection methods.

This new RF cooking module offering includes NXP's MKW40Z Kinetis microcontroller (MCU) with a 2.4 GHz RF signal generator, MMG3014 InGap HBT pre-driver, LDMOS MHT1008 driver and MHT1004 final stage amplifier into a single, integrated closed-loop module. Flexible software API commands are provided to simplify cooking appliance control system programming to enable new cooking features and capabilities.

This solid-state RF cooking module is a trusted development platform for cooking appliances that goes beyond simple device evaluation to supplement OEM engineering expertise. It features a comprehensive embedded design that allows appliance developers to easily transition to high-volume manufacturing of solid-state heating solutions.

Equipping manufacturers with RF cooking reference modules is crucial for this emerging appliance market. Demand for intelligent, secure, connected cooking appliances that will help tie together e-commerce food sourcing and end-point consumer use is increasing. This growth in demand can be attributed to consumer preference for convenient food preparation, but with higher quality and nutrition.

This RF development module provides an inexpensive entry point that allows appliance designers to quickly and easily build tailored application prototypes that have best-in-class RF output power, efficiency, and gain.

The RF cooking module features include:

  • Fully functional, manufacture-ready design
  • 220 to 250 W RF output power at 2.45 GHz
  • Operation from 24 to 32 V at 18 A maximum
  • Greater than 60% efficiency
  • Communications interfaces (I2C, SPI or UART)
  • Compact size: approximately 75 x 95 x 30 mm
  • Comprehensive sensing including measurement of forward and reflected power, current, voltage, and temperature
  • Coordinated power, phase, and frequency control
  • Even, distributed EM field
  • Flexible API interface to appliance control systems
  • Hardware-based monitoring and safety fault/shutdown
  • Scalable RF power modules (250 W to 1 kW)

This module enables support for the full range of NXP RF cooking components including the MMG3014 pre-driver, MHT1008 driver, and MHT1004 final stage devices.


Alpha module samples are now available. Beta module samples are expected by Q3 2016. Module production is expected by Q4 2016. For pricing or additional information, please contact your local NXP sales office or NXP approved distributor. Technical documentation, firmware and schematics for solid-state RF cooking modules are available at

Stop by the NXP Booth at IMS 2016 to learn more about their RF Cooking Solutions.

Publisher: everything RF
Tags:-   RF Energy