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In addition to drying more quickly and effectively, clothes dryers today must also consume less energy and keep noise levels as low as possible while ensuring greater safety. Connectivity is also increasingly required to enable home automation and control through the cloud and mobile apps, and a user-friendly interface is needed to make them easier to use.

To help design efficient motor control solutions for the various types of motors found in these appliances (e.g. 3-phase brushless, universal, actuators, etc.), ST offers a wide range of STM32 microcontrollers, power MOSFETs, IGBTs and intelligent power modules (IPMs), triacs, diodes and AC switches together with high-voltage gate drivers, as well as a complete set of hardware and software evaluation and development tools.

In addition, ST has a broad range of advanced MEMS motion and environmental sensors, as well as wired and wireless connectivity solutions, to help in the design of connected, efficient and user-friendly clothes dryers.

Dryer block diagram

00 Files selected for download

Technical Documentation

    • Description Version Size Action
      AN4479
      12 V, 15 W peak 20 W isolated flyback converter based on VIPer38LE
      1.0
      1.08 MB
      PDF
      AN4260
      12 V, 150 mA non-isolated buck converter using the VIPER06XS, from the VIPer™ plus family
      4.2
      3.5 MB
      PDF
      AN5057
      12 V, 7.8 W isolated flyback converter based on VIPer114LS
      1.0
      2.34 MB
      PDF
      AN4924
      12 V, 8.4 W peak power 30 W isolated flyback converter using VIPer38HD
      1.0
      2.94 MB
      PDF
      AN4812
      15 W, 12 V output, isolated flyback converter using Viper35HD device from the VIPer™ Plus family of high voltage converters
      2.0
      2.43 MB
      PDF
      AN4830
      15 W, 5 V - 12 V double output, isolated flyback converter based on Viper37LE/D
      1.0
      3.13 MB
      PDF
      AN4941
      7 W dual output (-5 V/+7 V) non-isolated flyback converter with capacitive touch sensing using VIPer0P and STM32L052
      1.0
      3.43 MB
      PDF
      AN4653
      Cycling endurance and data retention of high density EEPROM based on CMOS F8H process
      1.0
      267.34 KB
      PDF
      AN4966
      Design guidelines for the shutdown function in the SLLIMM-nano series
      1.0
      1.54 MB
      PDF
      AN4503
      Environmental sensors: Hardware abstraction layer for Android
      3.0
      241.61 KB
      PDF
      AN4722
      HTS221 digital humidity sensor: hardware guidelines for system integration
      1.0
      844.49 KB
      PDF
      AN2972
      How to design an antenna for dynamic NFC tags
      9.0
      1.59 MB
      PDF
      AN4544
      IGBT datasheet tutorial
      1.1
      2.4 MB
      PDF
      AN2648
      Increasing the resolution of analog temperature sensors
      1.4
      161.7 KB
      PDF
      AN994
      L638xE application guide
      7.1
      560.1 KB
      PDF
      AN1299
      L638xE tricks and tips
      3.0
      718.2 KB
      PDF
      AN2738
      L6390 half-bridge gate driver
      2.3
      3.12 MB
      PDF
      AN5063
      LPS33HW digital pressure sensor: guidelines for system integration
      1.0
      681.3 KB
      PDF
      AN4911
      NDEF management with ST25DVxxx and ST25TVxxx products
      4.0
      460.67 KB
      PDF
      AN4768
      SLLIMM™ 2nd series small low-loss intelligent molded module
      4.0
      23.7 MB
      PDF
      AN3338
      SLLIMM™ small low-loss intelligent molded module
      5.0
      4.15 MB
      PDF
      AN4840
      SLLIMM™-nano 2nd series small low-loss intelligent molded module
      1.0
      3.63 MB
      PDF
      AN4043
      SLLIMM™-nano small low-loss intelligent molded module
      2.1
      4.83 MB
      PDF
      AN4836
      STEVAL-ISA174V1: VIPer0P 7 W double output non-isolated flyback
      2.0
      4.05 MB
      PDF
      AN4855
      STEVAL-ISA177V1 5 V/4.25 W non-isolated flyback demo with VIPer01
      2.0
      8.82 MB
      PDF
      AN4858
      STEVAL-ISA178V1 5 V/1 W 30 kHz buck demo with VIPer01
      1.0
      1.84 MB
      PDF
      AN4905
      STEVAL-ISA180V1 12 V/0.6 A isolated flyback demo with VIPer0P
      1.0
      2.55 MB
      PDF
      AN5081
      STEVAL-ISA195V1: 5 V/1.8 W 30 kHz buck demo with the VIPer11
      2.0
      4.1 MB
      PDF
      AN5072
      STEVAL-ISA196V1: VIPer11 5V/1.2A non-isolated flyback
      1.0
      4.21 MB
      PDF
      AN5123
      STSPIN32F0 family - Bootloader and USART protocol
      2.1
      224.1 KB
      PDF
      AN5128
      STSPIN32F0/F0A/F0B - Buck converter
      2.0
      334.3 KB
      PDF
      AN4999
      STSPIN32F0/F0A/F0B overcurrent protection
      2.0
      660.57 KB
      PDF
      AN4419
      VIPER37HE: 15 W wide range single output evaluation board
      1.0
      1.42 MB
      PDF
      AN1471
      What happens to the M24xxx I²C EEPROM if the I²C bus communication is stopped?
      4.4
      72.36 KB
      PDF
      AN4479

      12 V, 15 W peak 20 W isolated flyback converter based on VIPer38LE

      AN4260

      12 V, 150 mA non-isolated buck converter using the VIPER06XS, from the VIPer™ plus family

      AN5057

      12 V, 7.8 W isolated flyback converter based on VIPer114LS

      AN4924

      12 V, 8.4 W peak power 30 W isolated flyback converter using VIPer38HD

      AN4812

      15 W, 12 V output, isolated flyback converter using Viper35HD device from the VIPer™ Plus family of high voltage converters

      AN4830

      15 W, 5 V - 12 V double output, isolated flyback converter based on Viper37LE/D

      AN4941

      7 W dual output (-5 V/+7 V) non-isolated flyback converter with capacitive touch sensing using VIPer0P and STM32L052

      AN4653

      Cycling endurance and data retention of high density EEPROM based on CMOS F8H process

      AN4966

      Design guidelines for the shutdown function in the SLLIMM-nano series

      AN4503

      Environmental sensors: Hardware abstraction layer for Android

      AN4722

      HTS221 digital humidity sensor: hardware guidelines for system integration

      AN2972

      How to design an antenna for dynamic NFC tags

      AN4544

      IGBT datasheet tutorial

      AN2648

      Increasing the resolution of analog temperature sensors

      AN994

      L638xE application guide

      AN1299

      L638xE tricks and tips

      AN2738

      L6390 half-bridge gate driver

      AN5063

      LPS33HW digital pressure sensor: guidelines for system integration

      AN4911

      NDEF management with ST25DVxxx and ST25TVxxx products

      AN4768

      SLLIMM™ 2nd series small low-loss intelligent molded module

      AN3338

      SLLIMM™ small low-loss intelligent molded module

      AN4840

      SLLIMM™-nano 2nd series small low-loss intelligent molded module

      AN4043

      SLLIMM™-nano small low-loss intelligent molded module

      AN4836

      STEVAL-ISA174V1: VIPer0P 7 W double output non-isolated flyback

      AN4855

      STEVAL-ISA177V1 5 V/4.25 W non-isolated flyback demo with VIPer01

      AN4858

      STEVAL-ISA178V1 5 V/1 W 30 kHz buck demo with VIPer01

      AN4905

      STEVAL-ISA180V1 12 V/0.6 A isolated flyback demo with VIPer0P

      AN5081

      STEVAL-ISA195V1: 5 V/1.8 W 30 kHz buck demo with the VIPer11

      AN5072

      STEVAL-ISA196V1: VIPer11 5V/1.2A non-isolated flyback

      AN5123

      STSPIN32F0 family - Bootloader and USART protocol

      AN5128

      STSPIN32F0/F0A/F0B - Buck converter

      AN4999

      STSPIN32F0/F0A/F0B overcurrent protection

      AN4419

      VIPER37HE: 15 W wide range single output evaluation board

      AN1471

      What happens to the M24xxx I²C EEPROM if the I²C bus communication is stopped?

    • Description Version Size Action
      TN1219
      HTS221 digital humidity sensor: reference design implementation
      2.0
      367.08 KB
      PDF
      TN1251
      How to interpret pressure and temperature readings in the LPS33HW pressure sensor
      1.0
      197.58 KB
      PDF
      TN1218
      Interpreting humidity and temperature readings in the HTS221 digital humidity sensor
      4.0
      3.67 MB
      PDF
      TN1221
      Mounting instruction for SLLIMM™ -nano 2nd series (N2DIP-26L)
      1.0
      542.38 KB
      PDF
      TN1220
      Mounting instruction for SLLIMM™ 2nd series (SDIP2F-26L full molded and SDIP2B-26L DBC based)
      1.0
      604.33 KB
      PDF
      TN0107
      Mounting instructions for STMicroelectronics SLLIMM™ (small low-loss intelligent molded module)
      4.0
      698.06 KB
      PDF
      TN1037
      SLLIMM™-nano mounting instructions and heatsink
      3.0
      1.21 MB
      PDF
      TN1219

      HTS221 digital humidity sensor: reference design implementation

      TN1251

      How to interpret pressure and temperature readings in the LPS33HW pressure sensor

      TN1218

      Interpreting humidity and temperature readings in the HTS221 digital humidity sensor

      TN1221

      Mounting instruction for SLLIMM™ -nano 2nd series (N2DIP-26L)

      TN1220

      Mounting instruction for SLLIMM™ 2nd series (SDIP2F-26L full molded and SDIP2B-26L DBC based)

      TN0107

      Mounting instructions for STMicroelectronics SLLIMM™ (small low-loss intelligent molded module)

      TN1037

      SLLIMM™-nano mounting instructions and heatsink

    • Description Version Size Action
      UM1036
      2 kW 3-phase motor control STEVAL-IHM028V2 evaluation board featuring the IGBT intelligent power module STGIPS20C60
      2.0
      1.58 MB
      PDF
      UM0969
      3-phase motor control demonstration board featuring IGBT intelligent power module STGIPS10K60A
      2.0
      3.07 MB
      PDF
      UM1483
      Low power motor control board STEVAL-IHM036V1 featuring SLLIMM™ STGIPN3H60 and MCU STM32F100C6T6B
      1.1
      591.59 KB
      PDF
      UM2325
      ST PowerStudio dynamic electrothermal simulation software for power devices
      2.0
      2.93 MB
      PDF
      UM1036

      2 kW 3-phase motor control STEVAL-IHM028V2 evaluation board featuring the IGBT intelligent power module STGIPS20C60

      UM0969

      3-phase motor control demonstration board featuring IGBT intelligent power module STGIPS10K60A

      UM1483

      Low power motor control board STEVAL-IHM036V1 featuring SLLIMM™ STGIPN3H60 and MCU STM32F100C6T6B

      UM2325

      ST PowerStudio dynamic electrothermal simulation software for power devices

    • Description Version Size Action
      DT0096
      LPS33HW digital pressure sensor: hardware guidelines for system integration
      1.0
      233.85 KB
      PDF
      DT0096

      LPS33HW digital pressure sensor: hardware guidelines for system integration

Presentations & Training Material

    • Description Version Size Action
      ST MEMS Longevity Program 1.0
      471.09 KB
      PDF
      ST PowerStudio overview 1.0
      1.81 MB
      PDF
      ST25 NFC presentation for Home Appliance applications 1.0
      481.53 KB
      PDF
      ST25DV-I2C product presentation 2.3
      1.51 MB
      PDF

      ST MEMS Longevity Program

      ST PowerStudio overview

      ST25 NFC presentation for Home Appliance applications

      ST25DV-I2C product presentation

Publications and Collaterals

    • Description Version Size Action
      Industrial MEMS motion sensors 1.0
      1.36 MB
      PDF
      SLLIMM™ 2nd Series Small Low-Loss Intelligent Molded Modules 1.0
      946.44 KB
      PDF
      ST25DV-I2C series flyer 1.1
      216.58 KB
      PDF
      Serial EEPROM 1.0
      1.73 MB
      PDF

      Industrial MEMS motion sensors

      SLLIMM™ 2nd Series Small Low-Loss Intelligent Molded Modules

      ST25DV-I2C series flyer

      Serial EEPROM

    • Description Version Size Action
      Motor Control Reference Guide 15.12
      1.57 MB
      PDF
      NFC solutions from ST 1.0
      3.29 MB
      PDF
      VIPerPlus - Bring a Plus to your SMPS design 05.2020
      481.54 KB
      PDF
      VIPerPlus evaluation boards 05.2018
      1,002.52 KB
      PDF

      Motor Control Reference Guide

      NFC solutions from ST

      VIPerPlus - Bring a Plus to your SMPS design

      VIPerPlus evaluation boards

eDesignSuite

Converter

Input

V This option is required. And must be less than or equal to Volt. Max [V]
V This option is required. And must be greater than or equal to Volt. Min [V]

Output Power

V This option is required and must be a number.
A This option is required and must be a number.