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Model Number |
DNS-000 Series |
Features
- Used a RF the Microwave Sensor.
- The up-to-date sense which uses Doppler principle.
- Low cost & Low Power Consumption.
- Pin Type & ROHS(Pb Free) Type.
- Small and Flat Profile.
- Reliable Construction & High Sensitivity.
Specification(Standard)
(Ttansmitter)
- Frequency : 10.525GHz
- Frequency Setting Accuracy : 3MHz
- Power Output (Min.) : 13dBm EIRP
- Operating Voltage : +5V +/- 0.3V
- Operating Current (CW):30mA typical
- Harmonic Emissions: -10dBm
(Receiver)
- Sensitivity (10dB S/N ratio) in 3Hz to 80Hz band width : -85dBm
- Noise in 3Hz to 80Hz band width : 10μV
- Antenna Gain : 8dBi
- E Plane 3dB Beamwidth : 40'. H Plane 3dB Beamwidth:80'
(Module Characteristics)
- Weight:6 grams. Size(mm) : 40*46.5*7.2
- Power/Temp. Coefficient(over operating temp. range):3dB
- Frequency/Temp. Coefficient(over operating temp. range : 6.5MHz
- Operating Temperature Range : -20'C to +55'C
- Storage Temperature Range : -30'C to +70'C
Model Number
- DNS-010(I) : 10.525GHz
- DNS-010(II) : 10.515GHz
- DNS-010(III) : 10.535GHz
- DNS-020(I) : 10.687GHz
- DNS-020(II) : 10.677GHz
- DNS-030(I) : 10.587GHz
- DNS-030(II) : 10.577GHz
- DNS-040 : 9.900GHz
Technology & Certification
- Acquire a "CE" approval mark (ETSI EN 300 440: RF part/DNS-010,DNS-020) and "FCC" approval mark (PARTS 15.245) of Microwave Motion Sensor Modules.
- As the RF microwave sensor module which uses the Doppler Radar Principal which it develops at the domestic beginning patent it made an application. (The patent number : 0472880)
Use of Microwave Motion Sensor
- traffic / express highway watch and control.
- security relation products (sensor and alarm set etc).
- automobile rear collision warning.
- automatic door activation.
- sensor light.
- sensors applies in all products which operate.
Additional Information
- Microwave Motion Sensor Module is developed applying Doppler Radar principle.
- The role of Sensor Module is transmitting a low power Microwave from transmitting antenna and receiving the microwave energy reflected by objects to receiving antenna.
- If the movement of the object is detected by the microwave motion sensor, the reflected microwave frequency is shifted away from the transmit frequency to receiving antenna.
- The reflected and shifted microwave frequency is mixed with the transmit microwave frequency and results a low frequency voltage at the output of the sensor.
- The Microwave Motion Sensor Module is designed with Dielectric Resonator Oscillator(DRO).
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