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6pins Digital Passive Infrared Sensor BS612
6pins Digital Passive Infrared Sensor BS612

6pins Digital Passive Infrared Sensor BS612

Overview

Senba Pyroelectric Infrared Sensors with high sensitivity, low noise and reliable performance. We have our own research and development department, with international technology and Hybrid IC technique expertise developed more than 15 years. The goods come standard with enhanced immunity to RFI (Radio Frequency Interference) and 2.4G high frequency interference. Senba PIR sensor suppport delay time, sensitivity adjustable, lighting adjustable.


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Features

  • Schmidt REL output

  • Low voltage, low power consumption, instantaneous settling after power up


Technical Data

1.Maximum Ratings

Characteristics

Symbol

Min. Value

Max. Value

Unit

Remarks

Supply Voltage

VDD

-0.3

3.6

V


Working Temperature

TST

-20

85

℃


Max.current for pin

Into

-100

100

mA


Storage Temperature

TST

-40

125

℃



2.Working Conditions (T=25°C, Vdd=3V，Except other requirements)

Characteristics

Symbol

Min.

Type

Max.

Unit

Remarks

Supply Voltage

VDD

2.0

3

3.3

V

IR=0.5mA

Working Current

IDD

9

9.5

11

μA


Sensitivity

VSENS

90


2000

μV


Output REL

Output Low Current

IOL

10



mA

VOL<1V

Output High Current

IOH



-10

mA

VOL>(VDD-1V)

Lock time

TOL


2


s


On-time

TOH

2


4793

s


SENS/ONTIME

Input voltage


0


VDD

V

0V to VDD/2

Input Bias Current


-1


1

μA


OEN

Input Low Voltage

VIL

0.8V-1.2VEnable area


0.8

Vdd


Input High Voltage

VIH

1.2



Vdd


Input Current

II

-1


1

μA

VSS<VIN<VDD

Oscillator & Filter

Low pass filter cut-off frequency




7

Hz


High pass filter cut-off frequency




0.44

Hz


Oscillator frequency on Chip

FCLK



64

kHz


Interior Block Diagram

SB612 Interior Block Diagram.jpg


6pins digital passive infrared sensor BS612.jpg

Applications

1. Household or other appliances

  • start air conditioning or turn on the lights.

 

2. Lighting appliances

  • Toys

  • Digital photo frame

  • TV, Refrigerator, Air-conditioner

 

FAQ

1.What can trigger a PIR sensor?

Five Causes of PIR False Alarms. The first cause of PIR false alarms is low or unstable voltage at the detector. Test to make sure the voltage at each PIR is above 13VDC and stable. The second cause of false alarms is sudden infrared movement / heat changes in view of the detector.

 

2.How do PIR sensors work?

When the sensor is idle, both slots detect the same amount of IR, the ambient amount radiated from the room or walls or outdoors. When a warm body like a human or animal passes by, it first intercepts one half of the PIR sensor, which causes a positive differential change between the two halves.

 


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FAQ
  • Is Wave Soldering Recommended?

    Wave soldering is likely to cause degradation of product performance. Wave soldering is not recommended. Generally we recommend to solder by hand.


  • Can PIR Sensor Detect Animals?

    PIR sensors are excellent in human and animal detection. They are mostly used in triggering an intruder alarm and activate household appliances upon the presence of a human.

  • Do PIR Sensors Work Through Glass?

    No, alarm motion sensors do not work through glass. Most motion sensors use passive infrared (PIR) technology to detect motion. Changes in IR energy are not easily detected through glass. This is why motion sensors will generally not work through windows, which are usually insulated.


  • What Is The Package?

    1. PIR sensor: Graphic Carton-> Carton

    2. LDR: plastic bag -> Graphic Carton -> Carton

    3. Fresnel Lens: plastic bag -> Carton


  • What are the Factors that Affect the Performance of the Product?

    1. When there is dirt on the window, it will affect the detection performance.

     

    2. When the ambient temperature and the human body temperature are close, the detection and sensitivity are significantly reduced, sometimes causing short-term failure. The recommended minimum temperature difference between the ambient temperature and the human body temperature needs to reach at least 4 ° C.

     

    3. When designing the circuit, pay attention to anti-interference measures to prevent false alarms caused by radio frequency interference.