TS206-350.000K500/I [STATEK]

Parallel - Fundamental Quartz Crystal,;
TS206-350.000K500/I
型号: TS206-350.000K500/I
厂家: STATEK CORPORATION    STATEK CORPORATION
描述:

Parallel - Fundamental Quartz Crystal,

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TS Series  
Miniature Quartz  
Temperature Sensor  
160 kHz to 350 kHz  
DESCRIPTION  
TS1  
TS2  
The TS Quartz Temperature Sensors are tuning-fork quartz  
crystals vibrating in a torsional mode. They are designed so  
that their frequency is both extremely sensitive to  
temperature and highly linear. For example, the 172.0 kHz  
design has a sensitivity of roughly +46.4 ppm/OC. This high  
sensitivity offers the ability to detect fine changes in  
temperature; the degree depending on the implementation.  
Further, this frequency-based technique has the advantage  
of being immune to amplitude noise in the measurement  
system; a feature not shared by thermocouple, thermistor,  
or RTD based temperature sensing techniques. Lastly,  
remote temperature sensing is possible by using an antenna  
to pick up the frequency of the EM waves emitted by the  
sensor.  
TS3  
TS6  
TS1 AND TS2 AVAILABLE WITH THE  
FOLLOWING LEAD CONFIGURATIONS:  
03 & 06  
(TS1 & TS2)  
02  
(TS2 only)  
04 & 07  
(TS2 only)  
FEATURES  
Frequency-based sensing  
High shock resistance  
Low aging  
DIMENSIONS  
Designed and manufactured in the USA  
For detailed dimensions and lead spacing see  
Statek CX1 (10121), CX1 (10101), CX1-CX2  
(10202), CX2 (10134), CX2 (10138), CX3  
(10104), and CX6 (10132) data sheets.  
APPLICATIONS  
High resolution temperature measurement  
Temperature-critical process control/monitoring  
Wireless temperature measurement  
Human health monitoring  
SMD TERMINATIONS  
Designation Termination  
SM1  
SM2  
SM3  
SM4  
SM5  
Gold Plated  
Solder Plated  
Solder Dipped  
Solder Plated (Lead Free)  
Solder Dipped (Lead Free)  
10162 - Rev B  
STATEK CORPORATION 512 N. MAIN ST., ORANGE, CA 92868 714-639-7810 FAX: 714-997-1256 www.statek.com  
SPECIFICATIONS  
FREQUENCY VS. TEMPERATURE  
Specifications are typical at 25OC unless otherwise noted.  
Specifications are subject to change without notice. Tighter  
specifications available. Please contact factory.  
262.144 kHz Frequency vs. Temperature Curve  
2500  
2000  
1500  
1000  
500  
TYPICAL PARAMETERS  
Parameters will vary according to frequency.  
Standard Frequencies1  
172.0 kHz  
262.144 kHz  
Standard Calibration  
Tolerances2  
200 ppm (0.02%) 200 ppm (0.02%)  
500 ppm (0.05%) 500 ppm (0.05%)  
10000 ppm (1.0%) 10000 ppm (1.0%)  
0
-500  
-1000  
-1500  
-2000  
-2500  
Load Capacitance  
Quality Factor Q  
5 pF  
4 pF  
170,000  
0.3 fF  
130,000  
0.3 fF  
Motional Capacitance C1  
Motional Resistance R13  
Shunt Capacitance C0  
Drive Level  
22  
kΩ  
5 kΩ  
1.4 pF  
1.0 pF  
-35  
-15  
5
25  
45  
65  
85  
Temperature [°C]  
0.5 µ  
W
0.5 µW  
Aging, first year4  
3 ppm MAX  
.
3 ppm MAX.  
5,000 g  
STANDARD FREQUENCIES  
Shock, Survival  
5,000 g  
172.0 kHz, 190.5 kHz, 262.144 kHz, 300.0 kHz,  
325.0 kHz, and 350.0 kHz.  
Vibration, Survival  
Max Process Temperature5  
20 g, 10-2,000 Hz swept sine  
Surface Mount: 260OC for 20 sec.  
Thru-hole: 1) 175OC for 10 sec.  
PACKAGE HANDLING THRU-HOLE  
2) 200OC for 10 sec. (06HT & 07HT only)  
1) Lead to package solder interface temperature should  
not exceed 175OC. (02, 03 & 04)  
1. Other frequencies available. Please contact factory.  
2. Other calibration tolerances available. Please contact factory.  
3. Motional resistance varies with temperature.  
2) Take proper soldering consideration as the melting  
temperature of the lead-attach solder is 217OC. (06 &  
07 only)  
4. Aging data from similar quartz oscillator crystal.  
5. For detailed information refer to Tech Note 27. HT (High Temp. Lead-Package Attach Solder)  
FREQUENCY-TEMPERATURE MODEL  
Although the frequency-temperature characteristic of the TS sensor is nearly linear, it is not exactly so. A better model is a  
second-order polynomial in temperature:  
F(T) = F (T0) [1 + α (T - T0) + β (T - T0)2]  
While higher-order polynomial models are possible, a second-order model is usually sufficient. Taking T0 = 25OC, typical values  
for α and β are as follows:  
Frequency  
kHz  
α
β
ppm/OC  
ppm/OC2  
172.000  
262.144  
46.4  
34.5  
0.036  
0.018  
HOW TO ORDER TS TEMPERATURE SENSORS  
TS2  
S
C
SM1  
262.144K  
200  
/
I
Blank = Glass Lid  
C = Ceramic Lid  
02  
03  
04  
06  
07  
=
=
=
=
=
End Lead  
Side Lead  
Half-Side Lead  
Side Lead (HT)  
Half Side Lead (HT)  
Frequency  
K = kHz  
TS1 = CX1 Leaded & SMD  
TS2 = CX2 Leaded & SMD  
TS3 = CX3 SMD only  
Calibration  
Tolerance  
@ 25OC  
Operating Temp. Range:  
C
“S” if special or  
custom design.  
Blank if Std.  
= -10OC to +70OC  
= -40OC to +85OC  
I
M = -55OC to +125OC  
TS6 = CX6 SMD only  
(in ppm)  
S
= Customer Specified  
SM1 = Gold Plated (Lead-free)  
SM2 = Solder Plated  
SM3 = Solder Dipped  
SM4 = Solder Plated  
(Lead-free)  
SM5 = Solder Dipped  
(Lead-free)  
10162 - Rev B  
STATEK CORPORATION 512 N. MAIN ST., ORANGE, CA 92868 714-639-7810 FAX: 714-997-1256 www.statek.com  

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