3.7 V Microwave Radar Motion Sensor Board for LED Light Sensor
HW - MS03 is our company newly developed MS series in a single PCB microwave sensor module.The product is particularly suited to ultra-thin design of intelligent household appliances, security products, lighting products and other electronics. This unique circuit structure design, function expansion, the strength of the strong compatibility and high cost performance advantages, is the leading the market advantage of the single panel module.
Two kinds of output modes: 1, the default output mode: on/cut, namely low level effectively. 2, customize output way: high level effective model (Vout≈Vcc).
Single PCB module,simplifies the making process, economize the make time and cost, and reduce the product of bad hidden trouble, improve the quality. so, the products have demonstrated the superior market competitiveness.
|NO.||Items of parameter||Specifications of parameter||remarks|
|01||P/S.input range||3.7V~24VDC(by custom)||Custom-able|
|02||Operating voltage||Vcc=+5.0V; Vcc=+3.3V(by custom)||stabili-volt inside,Custom-able:Vcc=+5.0V or +3.3V|
|03||Operating current||Static Iin≤5mA;Srends Iin≤6mA||basic standard|
|03||Sensor distance||Default:10m(indoor test)||adjustable|
|04||Delay-time for output||Default:1-2sec.||adjustable|
|05||Frequency range||FT=10.525GHz||design by standards|
|06||Outline size||single-PCB:L41*W20*D3 mm||PCB surface white oil|
No impact on temperature, humidity, airflow, dust, noise, light, dark and other factors because of its stronger anti-interference capacity.
Wide coverage without blind zone because of its field pattern emission.
The sensitive of the product indoor is better than outdoor's because the microwave is easier to reflect on the transmission
The signals can go through glass, door, wall and other obstacles.
Professional design of the microwave with flat antenna, low-power, ROSH and high product consistency.
Single board, small size.
The module is wildly used in security monitor, smart control system,illuminative light etc.