1717138422a:1:{s:31:"solutions-induction-cooktop.htm";a:7:{s:8:"fileName";s:31:"solutions-induction-cooktop.htm";s:7:"content";s:2320:"[viewBag]
title = "INDUCTION COOKTOP"
url = "/solutions/induction-cooktop"
layout = "page-solutions"
is_hidden = 0
navigation_hidden = 0
==
INDUCTION COOKTOP
Description
The iW248 also features a proprietary low-power continuous mode that allows for smooth operation at low power states and control in 10W increments for induction cooktop applications up to 2100W.The Induction Cooktop solution is based on the IC iW248 . It offers pre-programmable coil power which allows users to customize the cooking modes effortlessly.
Integrating virtually all discrete components normally used to drive and protect IGBTs, plus an optimized state machine digital core that replaces a traditional microcontroller, the iW248 significantly reduces solution size and eliminates up to 35 components.
Features
- Customizable timer function and power setting
- Integrated IGBT Controller: Valley-mode switching control
- Optimized State Machine Core: Eliminates Need for MCU
- Low power continuous mode operation with 10W resolution power control
- Built-in pot detection circuit
- Protects IGBT from damage
- DLNK – Isolated communication protocol
- MLX90617 can overcome glass plate physical barrier and receive radiation from pot bottom
Applications
- Induction Heating Applications
Block Diagram
";s:5:"mtime";i:1717052019;s:6:"markup";s:2180:"INDUCTION COOKTOP
Description
The iW248 also features a proprietary low-power continuous mode that allows for smooth operation at low power states and control in 10W increments for induction cooktop applications up to 2100W.The Induction Cooktop solution is based on the IC iW248 . It offers pre-programmable coil power which allows users to customize the cooking modes effortlessly.
Integrating virtually all discrete components normally used to drive and protect IGBTs, plus an optimized state machine digital core that replaces a traditional microcontroller, the iW248 significantly reduces solution size and eliminates up to 35 components.
Features
- Customizable timer function and power setting
- Integrated IGBT Controller: Valley-mode switching control
- Optimized State Machine Core: Eliminates Need for MCU
- Low power continuous mode operation with 10W resolution power control
- Built-in pot detection circuit
- Protects IGBT from damage
- DLNK – Isolated communication protocol
- MLX90617 can overcome glass plate physical barrier and receive radiation from pot bottom
Applications
- Induction Heating Applications
Block Diagram
";s:4:"code";N;s:7:"viewBag";a:5:{s:5:"title";s:17:"INDUCTION COOKTOP";s:3:"url";s:28:"/solutions/induction-cooktop";s:6:"layout";s:14:"page-solutions";s:9:"is_hidden";s:1:"0";s:17:"navigation_hidden";s:1:"0";}s:12:"parsedMarkup";s:2180:"INDUCTION COOKTOP
Description
The iW248 also features a proprietary low-power continuous mode that allows for smooth operation at low power states and control in 10W increments for induction cooktop applications up to 2100W.The Induction Cooktop solution is based on the IC iW248 . It offers pre-programmable coil power which allows users to customize the cooking modes effortlessly.
Integrating virtually all discrete components normally used to drive and protect IGBTs, plus an optimized state machine digital core that replaces a traditional microcontroller, the iW248 significantly reduces solution size and eliminates up to 35 components.
Features
- Customizable timer function and power setting
- Integrated IGBT Controller: Valley-mode switching control
- Optimized State Machine Core: Eliminates Need for MCU
- Low power continuous mode operation with 10W resolution power control
- Built-in pot detection circuit
- Protects IGBT from damage
- DLNK – Isolated communication protocol
- MLX90617 can overcome glass plate physical barrier and receive radiation from pot bottom
Applications
- Induction Heating Applications
Block Diagram
";}} 
