B6TW-S08NF

Capacitive Touch Sensing ICs B6TS 1
Capacitive Touch Sensing ICs
B6TS
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-08NF – 8 channel sensor
• B6TS-1
6NF – 16 channel sensor
(Release 2007)
Features
B6TS is ‘Application Ready The B6TS was developed to be
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.
The customer has the ‘Freedom to Design’ With the exception 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 mate-
rial design, assembly – Finished Panel Solution!
Freedom in Material’ You can make touch keys through any non-
conducting panel material including plastic, rubber, glass, marble
and wood. You can use low cost commercial PCB materials to cre-
ate your designs. Most designs can be done on low cost single
sided PCB like FR-2 or CEM-1.
Standard or custom B6TS is µController based, so we can pro-
vide off the shelf solutions as well as “quick to market” customized
types. Additional features may be possible at very low development
cost.
Tools
Excellent Tool support enables the customer to have an easy entry
in the capacitive sensing technology and customized panel solu-
tions.
Evaluation kit ‘B6T Workbench’
which includes
A PC tool to program custom parameters of the B6TS like: (Sensi-
tivity adjustment, hysteresis, timing to judge a touch event, drift-
compensation, output mode selectable -> a) momentary switching
b) latching switching c) serial data via SPI interface)
RS232 to SPI interface board
Demo panel for either (4, 8 or 12 channels) to have an application
ready evaluation platform available. The demo panel can be used
to immediately carry out investigations with different cover materi-
als and geometries.
Simulation Software
To evaluate the behavior of the custom panel design before making a
PCB.
Application Note
Touch panel reference design.
Target Applications
Dish washer
Washing machine
Oven
Fitness equipment
Te lev i si o n
Medical equipment
HVAC controls
Lighting controls
Elevator
Automatic door
Vending machine
Alarm clock
In general Man Machine Interfaces (MMI)
3 Dimensional switch solutions
2 Capacitive Touch Sensing ICs B6TS
Electrical Characteristics
B6TS-04LT - 4 Channel Sensor
Absolute maximum ratings
Recommended operating conditions
Note: Unless otherwise specified, V
dd
= 3.0 – 5.5V, T
OPR
= -20 – 85° C.
Electrical characteristics (1) [Vdd=5V]
Note: Unless otherwise specified, V
dd
= 4.20 – 5.5V, T
OPR
= -20 – 85° C.
Electrical characteristics (2) [Vdd=3V]
Note: Unless otherwise specified, V
dd
= 3.0 – 3.3V, T
OPR
= -20 – 85° C.
Designation Item Condition Rated value Unit
V
dd
Supply voltage -0.3 – 6.5 V
V
I
Input voltage -0.3 – V
dd
+0.3 V
V
O
Output voltage -0.3 – V
dd
+0.3 V
P
d
Power dissipation T
opr
=25° C300mW
T
opr
Ambient operating temperature -20 – 85 ° C
T
stg
Storage temperature -60 150 ° C
Designation Item Condition Rated value Unit
Minimum Standard Maximum
V
dd
Supply voltage 3.0 5.5 V
V
IH
High input voltage 0.8V
dd
V
dd
V
V
IL
Low input voltage 0 0.2V
dd
V
I
OH
High output voltage -5 mA
I
OL
Low output voltage 5mA
Designation Item Condition Rated value Unit
Minimum Standard Maximum
V
OH
High output voltage I
OH
= -5mA V
dd
-2.0 V
dd
V
I
OH
= -200µAV
dd
-0.3 V
dd
V
V
OL
High input voltage I
OL
= 5Ma 2.0 V
I
OH
= 200µA0.45V
I
IH
High input voltage V
I
= 5V 5 µA
I
IL
Low input voltage V
I
= 0V -5 µA
I
CC
Supply voltage Normal measurement mode 5 µA
During sleep 0.4 mA
Designation Item Condition Rated value Unit
Minimum Standard Maximum
V
OH
High output voltage I
OH
= -1mA V
dd
-0.5 V
dd
V
V
OL
Low output voltage I
OL
= 1mA 0.5 V
I
IH
High input voltage V
I
= 3V 4 µA
I
IL
Low input voltage V
I
= 0V -4 µA
I
CC
Supply voltage Normal measurement mode 4.8 mA
During sleep 0.4 mA
Capacitive Touch Sensing ICs B6TS 3
Electrical characteristics (3)
Note: 1. Unless otherwise specified, V
dd
= 3.0 – 5.5V, T
OPR
= -20 – 85° C.
2. The period following receipt of the EEPROM write command in setup mode until the data write finishes.
Necessary timing conditions
Note: 1. Unless otherwise specified, V
dd
= 3.0 – 5.5V, T
OPR
= 25° C.
2. This is the time period when the condition that CHG pulse width is at its minimum in the serial communication mode of normal measure-
ment mode is set.
(CHG pin function is set to output at the end of every measurement [CHG bit = 0 with MODE command] and the sleep time is set to zero
[SLP command value = 0]).
3. The delay time for the mode shift between normal measurement mode and setup mode.
B6TS-08NF - 8 Channel Sensor
Absolute maximum ratings
Designation Item Condition Rated value Unit
Minimum Standard Maximum
Number of times of EEPROM write T
OPR
= 0~60° C 10000 Times
EEPROM write time V
dd
= 5V, T
OPR
= 25° C
(Note 2)
0.3 S
EEPROM data retention period T
OPR
= 55° C20 Years
Designation Item Condition Rated value Unit
Minimum Maximum
t
c(SCK)
Serial communication clock cycle time 15 µS
t
w(SCKH)
Serial communication clock high pulse width 0.4 0.6 t
c(SCK)
t
w(SCKL)
Serial communication clock low pulse width 0.4 0.6 t
c(SCK)
t
r(SCK)
Serial communication clock rise time 1 µS
t
f(SCK)
Serial communication clock fall time 1 µS
T
su(SCS)
Serial communication chip select setup time 320 nS
T
h(SCS)
Serial communication chip select hold time 320 nS
t
d(SO)
Serial communication output delay time 280 nS
T
d(SCS)
Serial communication chip select delay time 320 nS
T
su(SI)
Serial communication input setup time 100 nS
t
h(SI)
Serial communication input hold time 280 nS
t
w(BD)
Serial communication byte to byte interval 90 µS
t
w(CD)
Serial communication command reception interval 130 µS
T
w(CHG)
CHG pulse width (Note 2) 50 µS
T
su(SETUP)
Mode shift delay time (Note 3) 95 µS
T
w(RESET)
Reset pulse width 500 µS
Designation Item Condition Rated value Unit
V
dd
Supply voltage -0.3 – 6.5 V
V
I
Input voltage -0.3 – V
dd
+0.3 V
V
O
Output voltage -0.3 – V
dd
+0.3 V
P
d
Power dissipation T
opr
=25° C300mW
T
opr
Ambient operating temperature -20 – 85 ° C
T
stg
Storage temperature -65 – 150 ° C

B6TW-S08NF

Mfr. #:
Manufacturer:
Omron Electronics
Description:
Capacitive Touch Sensors Sensing Kit
Lifecycle:
New from this manufacturer.
Delivery:
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