ZS021-G(E)
Applications:General purpose sensor for automatic lighting switches, Toys, intrusion alarm etc.
Element type:Dual
Dimensions: TO-5 package,see Fig.1.
Standard Specifications
electrical specifications
Parameters |
Measuring Conditions |
Rates |
Signal output |
Ambient temperature 25ºC Black-body Temperature 420K( 147˚C ) Chopping Frequency 1Hz Amplifier Gain 72.5 dB Vd= 5V,Rs=47KΩ |
≥ 3 Vp-p |
Noise |
Ambient temperature 25ºC Amplifier Gain 72.5 dB Vd= 5V,Rs=47KΩ |
<170mVp-p Max. (Typ. 100mVp-p) |
Output balance |
Black-body Temperature 420K( 147˚C ) Amplifier Gain 72.5 dB Vd= 5V,Rs=47KΩ |
<15% |
Supply Voltage |
|
3~15V |
Offset Voltage |
Vd= 5V,Rs=47KΩ |
0.4~1.1V |
Response time |
Stabilized Time after applied the voltage |
<15S |
[*] Output balance= VAB/|VA+VB| ×100%
VAB=signal output of dual elements (mVp-p)
VA = sensitivity of element A ( mVp-p )
VB = sensitivity of element B ( mVp-p )
Measuring Method see Fig. 2、3。
Optical Specifications
Parameters |
Rates |
Field of veiw |
X axis:140。 Y axis:130。;see Fig.4 |
Spectral response |
5.5~14μm;see Fig.5 |
Spectral cut-off |
5.2±0.5μm;see Fig.5 |
Transmittance |
>72%,7~14μm |
Material of Optical windows |
Silicon |
Thickness of windows |
0.50mm |
Atmosphere Specifications
Parameters |
Rates |
Operating Temperature |
-30—70ºC |
Storage Temperature |
-35—80ºC |
Reliability Standard
Test Item |
Test Conditions |
criteria |
High temperature loading |
70℃ 72hours |
Within ±20% of initial value with naturally normalized at room temperature for 3hours; No remarkable damage |
Humidity |
60℃,95%RH,72hours |
Low temperature |
-40℃ 72hours |
High temperature |
70℃ 72hours |
Heat shock |
-40℃,1hour→room temperature,1hour→70℃,1hour 10 cycles |
Aging |
Outdoor,30days |
Soldering heat |
260±5℃,10s Dipping leads submerge into solder down to 3.0mm below stem. |
Hermetic Seal |
133.3Pa,1min |
No bubble visible |
Fig.1 Dimensions of Pyroelectric Sensor
Fig.2. Test Method
VA\VB testVAB testNoise test
Fig. 3 Test Method for output balance and Noise
Fig.4 Field of view
Fig. 5 Spectral response of optical windows