Human Infrared PIR Motion Detector Sensor Kp506b

• Customization: Available
• Type: Sensor
• Usage: Anti-theft, Temperature
• Model NO.: KP506B
• Certification: CE, RoHS
• Application: Home, Industry, Communication Electronic Products, Special Equipment, Car/Motorcycle, Traffic
• Output Signal Type: Analog Type
• Window Size: 4*5mm
• Brand: Haiwang
• Operating Voltage: 3-10V DC
• Source Voltage: 0.3-1.5V
• Material: Metal
• Model No: Kp506b
• Circuit Configuration: Three-Terminal Sensor with Source
• Signal Output: Min. 2.5vp-P
• Noise Output: Max 250MVP-P
• Transport Package: Usual Packing
• Specification: CE&ROHS
• Trademark: Nicera
• Origin: Shenzhen, Guangdong
• HS Code: 9031809090
• Production Capacity: 100000/Week

Product Description

The pyroelectric infrared sensor detects infrared radiation on the basis of the characteristics that the polarization of pyroelectric material changes with temperature. Dual compensated sensing elements are applied to suppress the interference resulting from temperature variation. As a result, the operating stability of the sensor is greatly improved Our products can be used in many applications. 
 
Parameter: 

IR Receiving Electrode	2*1mm, 2 elements
Window Size	4*5mm
Spectral Response	5-14um
Transmittance	> 75%
Output Signal[Vp-p]	> 3300mV
Detectivity (D*)	1.4*108 cmHz1/2/W
Noise[Vp-p]:	70mV
Output Balance:	10%
Offset Voltage:	0.3-1.2V
Supply Voltage	3-15V

Applications:
1. Security systems 
2. Burglar alarms 
3. Visitor acknowledgement 
4. Light switch control 
5. Intellectualized toy 

Feature:
1. High sensitivity 
2. Long detecting distance 
3. Wide angle 
4. Strong stability 
5. Wide application fields

About Haiwang
Shenzhen Haiwang Sensor Co., Ltd is specialized in developing, manufacturing and export of photo resistor, thermisters, sensors, optical lenses and other sensitive components.
Our products include photoresistance, photosensitive sensor, thermistor, pyroelectric infrared sensor,
infrared induction IC, fresnel lens, LED lens and other related sensitive components.