Agtatec IPQ420US K-Band Transceiver User Manual 420 US

Agtatec Ag K-Band Transceiver 420 US

User Manual

1 von 3 USER MANUAL IPQ-420_US 071212 Version 1.0 ___________________________________________________________________________________________________ USER MANUAL Product Family: K-Band Transceiver Range of use: advanced door applications Module Number: IPQ-420_US _____________________________________________________________________________________________________ Description: Basic Features IPQ-420_US: • radar-based motion detector working in the 24GHz ISM Band • stereo (dual channel) operation for direction of motion identification • integrated IF-amplifier • split transmit and receive path for maximum gain • two different receive antenna patterns Electrical Characteristics: Parameter Symbol min. typ. max. units comment transmit frequency fUS 24.075 24.125 24.175 GHz fUK 24.150 24.250 GHz output power (EIRP) Pout 20 dBm temperature drift ∆f -1,0 MHz/°C I/Q balance amplitude 6 dB phase 60 90 120 ° IF-amplifier gain 34 dB bandwidth 4Hz 1.5kHz supply voltage VCC 7 8 9 V supply current ICC 45 55 mA mod input 0 5 V digital input (0V / 5V) operating temperature TOP -20 70 °C outline dimensions according to drawing 102-290.109.927 C mm Interface: The sensor provides a 0.5mm pitch 8 pin ZIF-Connector with skinning on both sides Pin # Description Typ Comment 1 nc --- not connected 2 Mod input modulation signal (digital Input 0V / 5V) 3 Vcc input supply voltage (+8V) 4 GND input analog ground 5 S4 output Rx1 Signal Q(uadrature) / narrow antenna pattern 6 S3 output Rx1 Signal I(nphase) / narrow antenna pattern 7 S2 output Rx2 Signal I(nphase) / broad antenna pattern 8 S1 output Rx2 Signal Q(uadrature) / broad antenna pattern
2 von 3 USER MANUAL IPQ-420_US 071212 Version 1.0 Antenna Characteristics: Parameter Symbol min. typ. max. units comment antenna pattern Tx (3dB) horizontal 75 ° azimuth vertical 38 ° elevation antenna pattern Tx (10dB) horizontal 135 ° azimuth vertical 70 ° elevation squinting angle vertical 10 ° elevation side lobe suppression Tx horizontal 15 dB azimuth vertical 12 dB elevation antenna pattern Rx1 (3dB) horizontal 44 ° azimuth vertical 46 ° elevation antenna pattern Rx1 (10dB) horizontal 83 ° azimuth vertical 85 ° elevation squinting angle vertical 11 ° elevation side lobe suppression Rx1 horizontal 15 dB azimuth vertical 12 dB elevation antenna pattern Rx2 (3dB) horizontal 75 ° azimuth vertical 38 ° elevation antenna pattern Rx2 (10dB) horizontal 135 ° azimuth vertical 70 ° elevation squinting angle vertical 10 ° elevation side lobe suppression Rx horizontal 15 dB azimuth vertical 12 dB elevation Mechanical Outlines: all dimensions in Millimeter / for details compare with drawing 102-290.109.927 C Rx1 Tx Rx2 azimuth elevation
3 von 3 USER MANUAL IPQ-420_US 071212 Version 1.0 I/Q-Definition: If the movement is toward to the radar, signal Q is advances  FCC approval • This device complies with Part 15 of the FCC Rules and with RSS-210 of Industry Canada. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. • Warning: Changes or modifications made to this equipment not expressly approved by InnoSenT GmbH may void the FCC authorization to operate this equipment. • Manufacturers of mobile or fixed devices incorporating IPQ-420_US modules are authorized to use the FCC Grants and IC Certificates of the IPQ-420_US modules for their own final products according to the conditions referenced in these documents. In this case, the FCC label of the module shall be visible from the outside, or the host device shall bear a second label stating "Contains FCC ID: QKR-IPQ420US".

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