from IST are fully tested and calibrated sensors to allow absolute
The temperature sensor family TSic
measurement accuracy at delivery and eliminates further calibration efforts. The temperature measurement with
the TSic
is very simple, can achieve outstanding accuracy combined with a long term stability.
Advantages
Different accuracy classes with 100% upward compatibility
No calibration by customer necessary any more, absolute calibration specified
Simple to integrate, reducing cost and time for application-development
Robust and elementary signal transmission requires only one singal line
Optimum solution for temperature control, thanks to fast data measurement
Packages for standard SMD, THT or application specific assembly
Miniaturised solutions with Bare-chip (COB, COF, CSP) or e-line package
Very fast response time with Bare-chip (COF – Chip on Flex)
Very small power consumption – ideal for mobile and standard applications
Field (re-)configuration or (re-)calibration available (option for high volume customers only)
Outstanding long term stability
Packages
SOP8 Package (150mil, Standard
SMT Technology, SOIC-8) based on
IEC 191-2Q: Type 076E35 B
C
Pin 1 = V+
Pin 2 = Signal
Pin 4 = Ground
1
B
2
3
8
7
6
5
Dimensions (max)
B = 4.98 mm
C = 6.20 mm
T
T = 1.73 mm
4
e-line (small THT package, TO-92 like)
e-line Package
(similar to TO92)
Dimensions (max.):
A = 2.8 mm
D = 4.4 mm
E = 4.4 mm
L = 13.0 mm
A
L
D
E
3 2 1
V+
Ground
Signal
Specification
See next pages “TSic201 Temperature Sensor Device, Specification”
TSic™-201
Temperature Sensor IC
Specification
Features
•
•
•
•
•
•
•
•
•
•
Analog 0-1 Volt signal output
o
Accuracy: ±0.5 C over a span of 80°
C
o
Resolution: 0.1 C
Wide range measurement:
o
o
–50 to +150 C
Signal
update
every
0.1
second
(other update frequencies on request)
Supply Voltage V+ = 3.0V to 5.5V, high
accuracy operation in range V+ = 4.5V to
5.5V
Precision temperature sensor at low cost
Package: 8-pin SOIC or 3-pin e-line
Low quiescent current of less than 80µA at
25° and 3.3V to minimize self-heating and
C
power consumption
System-on-a-chip based on advanced
mixed signal technology incorporating:
precision temperature sensing bandgap
reference with PTAT output
digital signal processor (DSP) core
electrically erasable (EE) memory
digital serial interface using single wire for
signal output
TM
Description TSic
TM
Series
The TSic
series of temperature sensor ICs
were specifically designed as a high-perform-
ance, cost-effective solution for temperature
sensing in building automation, automotive, in-
dustrial, office automation, white goods and low
power / mobile applications.
TM
The TSic employs high precision bandgap ref-
erence with proportional-to-absolute-tempera-
ture (PTAT) output; low-power precision ADC;
and on-chip DSP core with electrically erasable
(EE) memory to precisely calibrate the output
temperature signal.
TM
TSic series of temperature sensor ICs offers
devices with two linear analog signal output op-
tions such as standard 0~1V
out
signal (V+ = 3.0V
to 5.5V) or ratiometric (10~90% V+ i.e.
0.5~4.5V
out
@ V+=5V) or the digital serial output
signal to interface with
µP
controllers.
Output Example of TSic
TM
TM
devices
Package Information
•
TSic 201 SOP8: 150mil, Standard SMT
Package, SOIC, Based on IEC 191-2Q:
Type 076E35 B
Pin Name
No.
Description
Temp
(
o
C)
-50
0
25
60
125
150
1
2
1
Temperature Measurement Range
-50° to 150° or -58° to302°
C
C
F
F
(wide range device)
TSic-201
Temp
(
o
F)
-58
14
32
77
140
257
302
2
TSic-203
Analog
ratiometric
10~90%
10% of V+
26% of V+
30% of V+
40% of V+
54% of V+
80% of V+
90% of V+
TSic-206
Analog
0~1V
0.000
0.200
0.250
0.375
0.550
0.875
1.000
Digital
0x000
0x199
0x200
0x2FF
0x465
0x6FE
0x7FF
supply voltage
1
V+
(3.0-5.5V)
Temperature
2 Signal
output signal
4
Gnd
Ground
3,
Test Pin / NC
TP/NC
5-8
Do not connect
•
Other packages on customer’s demand:
TM
TSic 201 e-line: 3 Pin THT package
-10
LT = -50, HT = 150 as default values for
the temperature calculation set points.
Formula for Temperature Signal [°
C]:
•
•
•
Analog output 0-1V:
T = (Sig[Volt]*(HT-LT)+LT) [°
C]
Ratiometric 10%-90% output:
T = ((Sig[V]/VDD[V])-0.1)/0.8 *(HT-LT)+LT
Digital output:
T= (Digital_signal/2047*(HT-LT)+LT) [°
C]
TSic™-201
Temperature Sensor Device
Specification
Absolute Maximum Ratings
PARAMETER
Supply Voltage (V+)
Voltages at analog I/O
– Pins (V
INA
, V
OUTA
)
Storage Temperature
Range (T
stor
)
MIN
-0.3
-0.3
-50
MAX
6.0
V
DDA
+0.
3
UNITS
V
V
°
C
150
Operating Conditions
PARAMETER
Supply Voltage to
Gnd (V+)
Supply Current (I
V+
)
@ V+ = 3.3V, RT
2
1
MIN TYP MAX UNITS
1
3.0
5.0
5.5
200
V
µA
°
C
Best accuracy with supply voltage 4.5V –
5.5V. With supply voltage 3.5V – 4.5V
accuracy reduced.
2
Without load; typ. with load:
I
V+
=
95+375/R
load
[µA]
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V2.4-06/2005
Ambient Temperature
Range (T
amb
)
3
-50
150
Output signal is limited to this ambient
temperature ±3° (with regard to calibration, offs et
C
and gain)
4
3
External Capacitance
4
between V+ and Gnd
(C
V+
)
Output Load
Resistance between
signal and Gnd (or V+)
80
100
470
nF
Recomended as close to TSic V+ and Gnd-
Pins as possible.
47
100
kΩ
Temperature Accuracies
PARAMETER
MIN
5
TYP MAX UNITS
Wide Range Device for -50° to 150°
C
T1: +10 to 90 °
C
T2: -20 to 110 °
C
T3: -50 to 150 °
C
-0.5
-0.5
-0.5
±0.3
+0.4
+0.9
0.5
0.95
2.0
°
C
°
C
°
C
Accuracy = specification plus quantization error of
1 bit (0.1° This device gets calibrated at 5V. F or
C).
applications where best accuracy at 3V is
requested: ask for a customer specific 3V
calibrated device. Accuracy for supply voltage
within V+ = 4.5V to 5.5V, 2σvalue.
Other TSic products with customer specific
calibration available on request: i.e. with special
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