B6TS16LFDEFAULT Omron, B6TS16LFDEFAULT Datasheet

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B6TS16LFDEFAULT

Manufacturer Part Number
B6TS16LFDEFAULT
Description
Manufacturer
Omron
Datasheet

Specifications of B6TS16LFDEFAULT

Lead Free Status / Rohs Status
Supplier Unconfirmed
OMRON expands its switch product
range by introducing the new touch
sensor switch family B6TS which is
based on a capacitive measurement
principle:
Features
• B6TS is ‘Application Ready’ The B6TS was developed to be
• The customer has the ‘Freedom to Design’ With the exception
Tools
• Excellent Design Tool support enables the customer to have an
• A PC tool to program custom parameters of the B6TS like:
• RS232 to SPI interface board
• To evaluate the behavior of the custom panel design before
Target Applications
• Dish washer
• Washing machine
• Oven
• Fitness equipment
• Television
• Medical equipment
• HVAC controls
highly tolerant of its working environment with adaptive
features such as self teaching, auto threshold and intelligent
filtering to meet the demands of most applications today. B6TS
resists EMC and compensates continuously for long-term drift.
of a few rules of thumb you are limited only by your
imagination. Panel designers are free to decide electrode size,
shape, spacing etc. The design is quick and easy – simulation,
pcb design, cover material design, assembly – Finished Panel
Solution!
easy entry in the capacitive sensing technology and
customized panel solutions.
(Sensitivity adjustment, hysteresis, timing to judge a touch
event, driftcompensation, output mode selectable -> a)
momentary switching b) latching switching c) serial data via
SPI interface)
making a PCB. (included in the Design Tool B6TWorkbench)
Text
Capacitive Touch Sensing ICs - B6TS
1027
B6TS-04LT – 4 channel sensor
B6TS-08LF – 8 channel sensor
B6TS-16LF – 16 channel sensor
Design Tool ‘B6TWorkbench’ which includes
Simulation Software
• ‘Freedom in Material’ You can make touch keys through any
• ‘Standard or custom’ B6TS is µController based, so we can
• Demo panel for either (4, 8 or 16 channels) to have an
• RS232 cable
• Touch panel reference design.
• Design rule document.
• Lighting controls
• Elevator
• Automatic door
• Vending machine
• Alarm clock
• In general Man Machine Interfaces
• 3 Dimensional switch solutions
nonconducting panel material including plastic, rubber, glass,
marble and wood. You can use low cost commercial PCB
materials to create your designs. Most designs can be done on
low cost single sided PCB like FR-2 or CEM-1.
provide off the shelf solutions as well as “quick to market”
customized types. Additional features may be possible at very
low development cost.
application ready evaluation platform available. The demo
panel can be used to immediately carry out investigations with
different cover materials.
Application Note

Related parts for B6TS16LFDEFAULT

B6TS16LFDEFAULT Summary of contents

Page 1

... Capacitive Touch Sensing ICs - B6TS Text OMRON expands its switch product range by introducing the new touch sensor switch family B6TS which is based on a capacitive measurement principle: ■ B6TS-04LT – 4 channel sensor ■ B6TS-08LF – 8 channel sensor ■ B6TS-16LF – 16 channel sensor Features • ...

Page 2

Text Capacitive Touch Sensing ICs - B6TS B6TS-04LT - 4 Channel Sensor ■ Pin arrangement diagram Note 1: Pins TEST1, and TEST2 are used for testing during manufacture of the IC. When using these pins, connect them to VDD through ...

Page 3

Capacitive Touch Sensing ICs - B6TS Text Pin Desig- Input/ No. nation Output 19 ___ Output pin to indicate operation. OUT0 [Normal measurement mode] outputs measured results. CHG O [On/off output mode] channel 0 output (active low) [Serial communication mode] ...

Page 4

Text Capacitive Touch Sensing ICs - B6TS Absolute maximum ratings Designation Item V Supply voltage DD V Input voltage I V Output voltage O P Power dissipation d T Ambient operating temperature opr T Storage temperature stg Recommended operating conditions ...

Page 5

Text Capacitive Touch Sensing ICs - B6TS Pin functions Pin Desig- Input/ No. nation Output 11 CH0A I/O Connect these pins to the touch electrode through the measurement pins (channels CH1A 14 CH2A 16 CH3A 17 ...

Page 6

Text Capacitive Touch Sensing ICs - B6TS Electrical characteristics [V Designation Item — Number of times of EEPROM write — EEPROM write time — EEPROM data retention period Note 1: Unless otherwise specified, V Note 2: The period following receipt ...

Page 7

Capacitive Touch Sensing ICs - B6TS Text Connection Diagram (example) Note 1: Connect Rr, Cr, Rc, and Cc to each touch electrode, as shown in the above figure. Refer to the design tool (B6TWorkbench) for their actual values ...

Page 8

Text Capacitive Touch Sensing ICs - B6TS Absolute maximum ratings Designation Item V Supply voltage DD V Input voltage I V Output voltage O P Power dissipation d T Ambient operating temperature opr T Storage temperature stg Recommended operating conditions ...

Page 9

Capacitive Touch Sensing ICs - B6TS B6TS-16LF– 16 Channel Sensor ■ Pin arrangement diagram Note 1: Pins TEST is used for testing during manufacture of the IC. When using this IC, connect it to Vdd through a pull-up resistor. Pin ...

Page 10

Capacitive Touch Sensing ICs - B6TS Pin Desig- Input/ No. nation Output 13 CHG O An output pin which indicates the operation status. [Normal measurement mode] Outputs measurements results. [Serial communication mode] – Measurement termination output. Two output modes are ...

Page 11

Capacitive Touch Sensing ICs - B6TS Connection Diagram (example) Note 1: Connect Rr, Cr, Rc, and Cc to each touch electrode, as shown in the above figure. Refer to the design tool (B6TWWorkbench) for their actual values 10kΩ ...

Page 12

Capacitive Touch Sensing ICs - B6TS Absolute maximum ratings Designation Item V Supply voltage DD V Input voltage I V Output voltage O P Power dissipation d T Ambient operating temperature opr T Storage temperature stg Recommended operating conditions Designation ...

Page 13

... NEVER USE THE PRODUCT FOR AN APPLICATION INVOLVING SERIOUS RISK TO LIFE OR PROPERTY WITHOUT ENSURING THAT THE SYSTEM AS A WHOLE HAS BEEN DESIGNED TO ADDRESS THE RISKS, AND THAT THE OMRON PRODUCT IS PROPERLY RATED AND INSTALLED FOR THE INTENDED USE WITHIN THE OVERALL EQUIPMENT OR SYSTEM. ...

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