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PDF TPS3214 Data sheet ( Hoja de datos )

Número de pieza TPS3214
Descripción Thermopile Sensor
Fabricantes PerkinElmer Optoelectronics 
Logotipo PerkinElmer Optoelectronics Logotipo



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Thermopile Sensor
TPS 232 / 3214
Revision - Date: 2007/11/12
Introduction
PerkinElmer introduces the new TPS
232 as part of the TPS 23x family for
low-cost remote temperature
measurement applications. It
consists of a silicon (Si) based ther-
mopile chip in a metal housing with
IR transmissive filter. The Si-chip
carries a series of thermoelements,
forming a sensitive area covered by
an IR absorbing material.
With its optimized output signal, the
TPS 23x family replaces the TPS 43x
series by offering better performance
at a lower cost.
The thermopile sensing principle
allows for broadband IR
measurements. PerkinElmer
Optoelectronics thermopile sensors
are equipped with a MEMS / MOEMS
state-of-the art sensing element and
an optical filter that defines the sen-
sitive spectral range of the sensor
and at the same time serves as
device window.
Properties of TPS 232
The TPS 232 is a small thermopile
sensor TO-46 (4.7 mm cap
diameter) housing. It is especially
suited for ear thermometer
solutions. The sensor employs a
very small thermopile chip with a
0.5 mm round active area allowing
small spot sizes in pyrometer
applications. The chip is optimized
for a large output signal.
The round window is equipped with
a PerkinElmer’s standard IR
longpass filter with 5.5 µm cut-on
wavelength. The frequency
behavior corresponds to a low pass
characteristic.
A 100 kthermistor inside the TO-
housing serves as the ambient
temperature reference.
Features and Benefits
Miniature TO-46 housing (4.7 mm Ø)
Small and perfectly round measurement
spot
Large output voltage
Large field of view of 115°
High signal to noise ratio
5.5 µm IR longpass filter
Stable signal in the case of ambient thermal
shock due to the small TO-46 housing
RoHS compliant – Si-chip made by
standard CMOS processes
Applications
High precision temperature sensing
Ear thermometer
Infrared pyrometry
www.optoelectronics.perkinelmer.com

1 page




TPS3214 pdf
Table 5: Thermistor 100 k
Symbol
R25
ß
ß
Parameter
Base resistance
BETA -value
BETA - tolerance
Min
95
Typ
100
3964
Max
105
± 0.3
Unit
k
K
%
Table 6: Tabulated Thermistor Data
Temp.
°C
-20
-15
-10
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
Rmin1 :
Rmin2 :
Rnom :
Rmax1 :
Rmax2 :
Rmin1
862756
655207
501697
387196
301098
235852
186038
147731
118070
95000
76707
62328
50926
41833
34541
28662
Rmin2
909418
690548
528693
407985
317232
248468
195972
155608
124357
100000
80791
65649
53643
44067
36387
30195
Rnom
915479
694575
531349
409715
318336
249149
196369
155815
124439
100000
80843
65732
53743
44175
36497
30303
23898
25176
25280
20017
21089
21187
16842
17744
17836
14231
14994
15079
12075
12721
12800
10286
10838
10910
8796
9268
9334
7550
7956
8016
6504
6853
6908
Minimum Thermistor Resistance resulting from the Total Tolerance
Minimum Thermistor Resistance resulting from the BETA-Tolerance
Typical Thermistor Resistance
Maximum Thermistor Resistance resulting from the Total Tolerance
Maximum Thermistor Resistance resulting from the BETA-Tolerance
Rmax2
921581
698625
534018
411452
319444
249832
196767
156022
124521
100000
80895
65815
53843
44283
36608
30412
25385
21286
17928
15165
12879
10983
9401
8077
6964
Conditions
Tamb = 25°C
Defined at 25°C/100°C
Rmax1
968201
733944
561001
432234
335574
262445
206701
163900
130808
105000
84978
69137
56559
46516
38453
31944
26663
22357
18830
15927
13526
11534
9872
8481
7313
www.optoelectronics.perkinelmer.com
Thermopile Sensor
TPS 232 / 3214
5

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