ZTP-101L (Part No : )

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Dwain Whitehead
5 years ago
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1 ZTP-11L (Part No : 2121) The ZTP-11 model is consisted of thermo-elements, IR filter, device for temperature compensation(thermistor) and hermetically sealed package. The standard IR Filter is suitable to the spectral range above 5 um wave length. This thermopile sensor can provide the customer with optimal solution for each application. Chip Size mm 2 3. x 3. Diaphragm Size mm x 1.5 Number of Couples 36 Active Area mm2.51 x.51 Internal Resistance kω Resistance T.C %/ C <.1 Responsivity V/W 11±3% 5K, 1Hz Responsivity T.C %/ C -.11 Typical Noise Voltage nv rms 62 R.M.S, Typical NEP nw/ Hz.6 5K, 1Hz, Typical Detectivity cm Hz/W 9.E+7 5K, 1Hz, Typical Time Constant ms 22 5K, 1Hz, Typical Operating Temperature C -2 ~ 1 Storage Temperature C -4 ~ 12 Thermistor Resistance kω Beta value K 397±1% 3.6±

2 ZTP-11T (Part No : 2131) The ZTP-11 model is consisted of thermo-elements, IR filter, device for temperature compensation(thermistor) and hermetically sealed package. The standard IR Filter is suitable to the spectral range above 5 um wave length. This thermopile sensor can provide the customer with optimal solution for each application. Chip Size mm 2 3. x 3. Diaphragm Size mm x 1.5 Number of Couples 36 Active Area mm2.51 x.51 Internal Resistance kω Resistance T.C %/ C <.1 Responsivity V/W 11±3% 5K, 1Hz Responsivity T.C %/ C -.11 Typical Noise Voltage nv rms 62 R.M.S, Typical NEP nw/ Hz.6 5K, 1Hz, Typical Detectivity cm Hz/W 9.E+7 5K, 1Hz, Typical Time Constant ms 22 5K, 1Hz, Typical Operating Temperature C -2 ~ 1 Storage Temperature C -4 ~ 12 Thermistor Resistance kω Beta value K 3811±1% 3.6± ±

3 ZTP-315 (Part No : 2141) The ZTP-315 model is consisted of thermo-elements, IR filter, device for temperature compensation(thermistor) and hermetically sealed package. This device adopted large chip and wide diaphragm in order to enhance sensitivity. The standard IR filter is suitable to the spectral range above 5 um wave length. This thermopile sensor can provide the customer with optimal solution for each application. Chip Size mm x 3.6 Diaphragm Size mm x 2.6 Number of Couples 68 Active Area mm2 1.3 x 1.3 Internal Resistance kω Resistance T.C %/ C <.12 Responsivity V/W 32±3% 5K, 1Hz Responsivity T.C %/ C -.11 Typical Noise Voltage nv rms 3 R.M.S, Typical NEP nw/ Hz.94 5K, 1Hz, Typical Detectivity cm Hz/W 1.38E+8 5K, 1Hz, Typical Time Constant ms 24 5K, 1Hz, Typical Operating Temperature C -2 ~ 1 Storage Temperature C -4 ~ 12 Thermistor Resistance kω Beta value K 3811±1% 25.4±.5 THERMOPILE THERMISTOR GND THERMOPILE GND THERMISTOR

4 ZTP-135 (Part No : 2221) The ZTP-135 model is consisted of the thermo-elements, the IR filter, the device for temperature compensation(thermistor) and hermetically sealed package. This device adopted small chip and wide diaphragm in order to enhance sensitivity. The standard IR filter is suitable to the spectral range above 5 um wave length. This thermopile sensor can provide the customer with optimal solution for each application. Chip Size mm x 1.8 Diaphragm Size mm x 1.4 Number of Couples 6 Active Area mm2.7 x.7 Internal Resistance kω Resistance T.C %/ C <.12 Responsivity V/W 6±3% 5K, 1Hz Responsivity T.C %/ C -.1 Typical Noise Voltage nv rms 32 R.M.S, Typical NEP nw/ Hz.53 5K, 1Hz, Typical Detectivity cm Hz/W 1.3E+8 5K, 1Hz, Typical Time Constant ms 25 5K, 1Hz, Typical Operating Temperature C -2 ~ 1 Storage Temperature C -4 ~ 12 Thermistor Resistance kω Beta value K 397±1% 3.6± ±

5 ZTP-135SR (Part No : 2181) The ZTP-135S model is consisted of thermo-elements, flat IR filter, device for temperature compensation(thermistor) and hermetically sealed TO-46 package. This device adopted small chip and wide diaphragm in order to enhance sensitivity. The standard IR filter is suitable to the spectral range above 5 um wave length. This thermopile sensor can provide the customer with optimal solution for each application. Chip Size mm x 1.8 Diaphragm Size mm x 1.4 Number of Couples 6 Active Area mm2.7 x.7 Internal Resistance kω Resistance T.C %/ C <.12 Responsivity V/W 62±3% 5K, 1Hz Responsivity T.C %/ C -.1 Typical Noise Voltage nv rms 32 R.M.S, Typical NEP nw/ Hz.51 5K, 1Hz, Typical Detectivity cm Hz/W 1.35E+8 5K, 1Hz, Typical Time Constant ms 25 5K, 1Hz, Typical Operating Temperature C -2 ~ 1 Storage Temperature C -4 ~ 12 Thermistor Resistance kω Beta value K 396±1% TO

6 ZTP-135H (Part No : 2251) The ZTP-135 model is consisted of the thermo-elements, the IR filter, the device for temperature compensation(thermistor) and hermetically sealed package. This device adopted small chip and wide diaphragm in order to enhance sensitivity. The standard IR filter is suitable to the spectral range above 5 um wave length. This thermopile sensor can provide the customer with optimal solution for each application. Chip Size mm x 1.8 Diaphragm Size mm x 1.4 Number of Couples 6 Active Area mm2.7 x.7 Internal Resistance kω Resistance T.C %/ C <.12 Responsivity V/W 58±3% 5K, 1Hz Responsivity T.C %/ C -.1 Typical Noise Voltage nv rms 32 R.M.S, Typical NEP nw/ Hz.55 5K, 1Hz, Typical Detectivity cm Hz/W 1.27E+8 5K, 1Hz, Typical Time Constant ms 25 5K, 1Hz, Typical Operating Temperature C -2 ~ 1 Storage Temperature C -4 ~ 12 Thermistor Resistance kω Beta value K 396±1% THERMOPILE THERMISTOR GND THERMOPILE GND THERMISTOR

7 ZTP-115 (Part No : 2211) The ZTP-115 model is consisted of thermo-elements, IR filter, device for temperature compensation(thermistor) and hermetically sealed package. The standard IR Filter is suitable to the spectral range above 5 um wave length. This thermopile sensor can provide the customer with optimal solution for each application. Chip Size mm x 1.8 Diaphragm Size mm 2 1. x 1. Number of Couples 52 Active Area mm2.5 x.5 Internal Resistance kω Resistance T.C %/ C <.15 Responsivity V/W 6±3% 5K, 1Hz Responsivity T.C %/ C -.1 Typical Noise Voltage nv rms 3 R.M.S, Typical NEP nw/ Hz.5 5K, 1Hz, Typical Detectivity cm Hz/W 1.E+8 5K, 1Hz, Typical Time Constant ms 2 5K, 1Hz, Typical Operating Temperature C -2 ~ 1 Storage Temperature C -4 ~ 12 Thermistor Resistance kω Beta value K 397±1% 3.6±

8 ZTP-25A (Part No : 3131) The ZTP-25A model is consisted of 4 thermo-elements, IR filter, device for temperature compensation(thermistor) and hermetically sealed package. Chip Size mm x 4. Diaphragm Size mm 2 1. x 2.6 Number of Couples each element 46 Active Area mm2.5 x.5 Internal Resistance kω Resistance T.C %/ C <.13 Responsivity V/W 55±3% 5K, 1Hz Responsivity T.C %/ C -.12 Typical Noise Voltage nv rms 32 R.M.S, Typical NEP nw/ Hz.58 5K, 1Hz, Typical Detectivity cm Hz/W 8.6E+7 5K, 1Hz, Typical Time Constant ms 25 5K, 1Hz, Typical Operating Temperature C -2 ~ 1 Storage Temperature C -4 ~ 12 Thermistor Resistance kω Beta value K 397±1% * Pin arrangement 1 Thermistor(+) 2 Thermopile element 1(+) 3 Thermopile element 4(+) 4 Thermopile element 3(+) 5 Thermopile element 2(+) 6 Thermopile (-) (common) 7 Thermistor(-) (Gnd) [ Horizontal ] [ Vertical ] Fig.2 FOV of ZTP-25A

9 MODULE ZTP-115M (Part No : 4131) This model presents the calibrated output signal through the ambient temperature compensation and with the optics(reflector). And also, this has a compatibility with the customer s device without the recalibration of the device that is using. Three wire connection is necessary for operation: Output voltage, single supply voltage and ground. The field of view of ZTP-115M is about ±5.5 degree for 5% normalized output. The total size of the module PCB is 17 X 33 mm 2. This thermopile sensor module can provide the customer with optimal solution for each application. Supply Voltage : Single Supply (+5V) Supply Current : Typical 2.7 ma Response Time :.3 ~.6 second Range of Measuring Temperature : Operating Temperature : -2 1 Storage Temperature : Thermopile Sensor : ZTP-115 Output(V) Object Temperature( o C) Fig.1 Output Voltage of the sensor module(typical) 1. Horizontal Vertical.8 Normalized Output Degree Fig.2 Field of View Fig. 3 Dimension of the Sensor Module

10 MODULE ZTP-25ASM (Part No : 4111) This model presents the temperature compensated quad outputs by two control signals with optics (Silicon Lens). It can also provide a compatibility with the customer s device Without the recalibration of the device that is using. Five-wire connections are necessary to operate: one for output signal, two signals for controlling the sensing elements, single power supply and ground. The field of view of each element of ZTP-25ASM is about ±4 degree for 5% normalized output and the peak to peak of each element is about 8 degree. The total size is only 3 X 4 mm 2. This thermopile sensor module can provide the customer with optimal solution for each application. Supply Voltage : Single Supply (+5V) Supply Current : Typical 3.9mA 5 Response Time : Max 35 ms Range of Measuring Temperature : Operating Temperature : -2 1 Output(V) Element No Storage Temperature : Thermopile Sensor : ZTP-25A Object Temperature( o C) Fig.1 Each output Voltage of the sensor module(typical) Y X NO PIN 1 Vcc 2 Vout 3 Gnd 4 A1 5 A E1 E2 E3 E4 Fig.2 Field of View for the Sensor Module Fig. 3 Dimension of the Sensor Module

Thermistor Options. Chip Thermistor DC-4005 (T4)

Thermistor Options. Chip Thermistor DC-4005 (T4) Thermistor Options To make a radiometric measurement with thermopile detectors, you will need to approximate the thermopile s cold junction temperature. Dexter offers optional externally mounted thermistors