TSic™- 106
Rapid Response, Low-Cost Temperature Sensor IC
Feature Sheet
Features
•
•
•
•
•
•
•
•
•
•
•
Low cost, precision temperature sensor
Single-wire 11-bit digital serial signal output
compatible with state-of-the-art µP controllers
Communication range > 10 meters
Resolution: better than 0.1ºC
Accuracy: ±0.5ºC at room temperature;
o
±1.0 C over span of 40°C
Wide measurement range: –50 to +150 ºC
Signal read-out every 0.1s (other rates available
on request)
V+ supply voltage: 2.97 to 5.5V (industry
standard); 3.3V or 5V (±10%) power supplies
Package: 8-pin SOIC
Low quiescent current: <80µA at 25°C with 3.3V –
minimizes self-heating errors for applications such
as wall-mounted thermostats
System-on-a-chip based on advanced mixed-
signal technology integrating precision tempera-
ture sensing bandgap reference with proportional-
to-absolute-temperature (PTAT) output, digital
signal processor (DSP) core, and electrically
erasable memory (EEPROM)
Brief Description
The TSic™ temperature sensor IC family are fully test-
ed and calibrated sensors with absolute measurement
accuracy on delivery – no further calibration needed.
The TSic™ combines outstanding accuracy with long
term stability, yet it is very simple to use.
The TSic™ series is specifically designed for high per-
formance, cost-effective solutions for sensing temper-
ature in building automation, automotive, industrial,
office automation, white goods and low-power/mobile
applications.
TSic™ employs a high precision bandgap reference
with PTAT output; a low-power, precision ADC; and
an on-chip DSP core with EEPROM to precisely cali-
brate the output temperature signal. The TSic™ series
includes ICs with two linear analog signal output
options, such as standard 0~1Vout (V+ = 2.97V to
5.5V) or ratiometric (10~90% of V+; i.e., 0.5~4.5Vout
@ V+ = 5V) or the digital serial output signal for
interfacing with
µP
controllers.
Benefits
•
•
•
•
•
•
•
•
•
Several accuracy classes available with 100%
upward compatibility
No calibration by customer needed; absolute
calibration specified
Simple to integrate, reducing cost and time for
application-development
Fast data measurement – optimal for temper-
ature control
Packages for standard SMD, THT or applica-
tion specific assembly
Miniaturized solutions with Bare-Chip (COB,
COF, CSP*) or e-line packages – very fast
response time for COF
Very low power consumption – ideal for
mobile and standard applications
Field reconfiguration/recalibration option
available (high volume customers only)
Outstanding long term stability
Package Information
TSic 106 SOP8: 150mil, Standard SMT Package,
SOIC, Based on IEC 191-2Q, Type 076E35 B.
TM
Other packages available on demand: TSic 106
TM
e-line; 3 pin THT package; TSic 106 bare die or
wafer level.
TM
Pin
1
2
4
Name
V+
Signal
Gnd
Description
Supply voltage
(3.0-5.5V)
Temperature
output signal
Ground
Test pin / NC
Do not connect
3, TP/NC
5-8
* COB: Chip-On-Board; COF: Chip-On-Flex; CSP: Chip Scale Packaging
TSic
TM
106 Feature Sheet, Rev.3.3, July 18, 2005
Page 1 of 2
© ZMD AG & IST AG, 2005
All rights reserved. The material contained herein may not be reproduced, adapted, merged, translated, stored, or used without the prior written
consent of the copyright owner.
TSic™- 106
Rapid Response, Low-Cost Temperature Sensor IC
Feature Sheet
Absolute Maximum Ratings
PARAMETER
Supply Voltage (V+)
MIN TYP MAX UNITS
-0.3
6.0
V
DDA
+
0.
3
Temperature Accuracy
PARAMETER
MIN TYP MAX UNITS
V
V
°C
1
Wide Range Device for -50° to 150°C
At room temperature
+0°C to +40°C
-0.5 ±0.3
-1.0
+1.5
0.5
+1.0
°C
°C
1
1
Voltages at Analog I/O
-0.3
Pins (V
INA
, V
OUTA
)
Storage Temperature
Range (T
stor
)
-50
150
-50 to 0, +40 to 150°C
°C
2σ
value, plus quantization error of 1 bit (0.1°C)
Operating Conditions
Output Examples for TSic
TM
Devices
PARAMETER
MIN TYP MAX UNITS
1
Supply Voltage to Gnd (V+)
Supply Current (I
V+
)
@ V+ = 3.3V, RT
2.97
30
-50
5.0
45
5.5
80
150
V
µA
°C
Temp
o
( C)
-50
-10
0
25
60
125
150
1
Temperature Measurement Range
-50°C to 150°C or -58°F to 302°F
(Wide Range Device)
TSic-101
Temp
o
( F)
-58
14
32
77
140
257
302
Analog
0~1V
0.000
0.200
0.250
0.375
0.550
0.875
1.000
TSic-103
Analog
ratiometric
10~90%
10
26
30
40
54
80
90
TSic-106
Digital
1
Ambient Temperature Range
2
(T
amb
)
Output Load Capacitance
3
(C
L
)
External Capacitance
4
Between V+ and Gnd (C
V+
)
Output Load Resistance (R
L
)
5
Signal to Gnd (or V+)
10
80
2.5
100
10
15
470
nF
nF
0x000
0x199
0x200
0x2FF
0x465
0x6FE
0x7FF
KΩ
1 With supply voltage 2.7V - 2.97V, accuracy is slightly
reduced; below 2.7V, functionality is unknown.
2 Output signal is limited to this ambient temperature (applies
to calibration, offset and gain).
3 When using the output as a digital output, the load capacitor
TM
C
L
is limited by maximum rise time for ZACwire
.
4 Locate as close as possible to TSic’s V+ and Gnd pins.
5 When using the output as a digital output, no pull-down
resistor is allowed.
Temperature = (Digital Signal / 2047
*
200 - 50)°C
For further
information:
ZMD America, Inc.
201 Old Country Road, Suite 204
Melville, NY 11747, USA
Phone +01 (631) 549-2666
Fax +01 (631) 549-2882
sales@zmda.com
www.zmd.biz
ZMD AG
Grenzstrasse 28
01109 Dresden, Germany
Tel.: +49 (0)351.8822.366
Fax: +49 (0)351.8822.337
sales@zmd.de
www.zmd.biz
ZMD Far East
Taipei World Center
Sinyi Road, Sec. 5, Suite 7A-03
Taipei 110, Taiwan
Phone +886 (2) 8786 1592
Fax +886 (2) 2723 3109
sales@zmd.de
www.zmd.biz
© ZMD AG & IST AG, 2005
TSic
TM
106 Feature Sheet, Rev.3.3, July 18, 2005
Page 2 of 2
The information furnished here is believed to be correct and accurate; however, ZMD and IST shall not be liable to any licensee or third
party for any damages, including, but not limited to, personal injury, property damage, loss of profits, loss of use, interruption of business
or indirect, special, incidental, or consequential damages of any kind, in connection with or arising out of the furnishing, performance, or
use of this technical data. No obligation or liability to any licensee or third party shall result from ZMD or IST’s rendering of technical or
other services.
京公网安备 11010802033920号
EEWORLD
