WTC401SPI - 4 keys + 1 roller slider capacitive touch sensing chip

WINCOM

General Description

Capacitive sensor (pulley sense element) interface 8 Capacitive sensor (pulley sense element) interface 9 Capacitive sensor (pulley sense element) interface 10 Capacitive sensor (pulley sense element) interface 11 Capacitive sensor (pulley sense element) interface 12 Capacitive sensor (pulley sense

📥 Download Datasheet

WTC401SPI 4 keys + 1 roller slider capacitive touch sensing chip by WINCOM - Datasheet Preview

Datasheet Details

Part number	WTC401SPI
Manufacturer	WINCOM
File Size	245.18 KB
Description	4 keys + 1 roller slider capacitive touch sensing chip
Datasheet	WTC401SPI Datasheet

📁 Similar Datasheet

Part Number	Description	Manufacturer
WTC2301	Enhancement Mode Power MOSFET	Weitron Technology
WTC2301	P-Channel Enhancement Mode Power MOSFET	Weitron Technology
WTC2302	Enhancement Mode Power MOSFET	Weitron Technology
WTC2302	N-Channel Enhancement Mode Power MOSFET	Weitron Technology
WTC2303	Enhancement Mode Power MOSFET	Weitron Technology

Other Datasheets by WINCOM

Part Number	Description
WTC02SK	2-channel capacitive inductive touch button chip
WTC02SP	2-Channel Capacitive-Sensing Touch Button Chip
WTC1006BSI	6-channel capacitive touch-sensitive button chip
WTC1008BSI	8-channel capacitive inductive touch button chip
WTC6104DNI	4-channel capacitive inductive touch button chip

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text

Professional Touch Sensor Chip Supplier WTC401SPI http://www.wincomtech.com WTC401SPI 4 keys + 1 roller slider capacitive touch sensing chip Specification (V1. 1) 1. Product Overview WTC401SPI has 4 keys and 1 roller/slider. Through the output key value of the SPI interface and the roller of finger touch, position data is 0 ~ 7FH, total 128 pieces. SSOP24A encapsulation 2. Ordering information The WTC401SPI is divided into the sleeping mode and non-sleeping mode, which can be distinguished from the model.