Innovation in Radar Technology Data Sheet IPT-914 / IPR-915 designed and manufactured in Germany Version 1.0 - 21.05.2014 PRODUCT FAMILY Long-Range K-Band Barrier APPLICATIONS • Security Applications • Idustial Applications Movement Velocity Direction Presence Distance Angle FEATURES: »» radar-based barrier consisting of one Tx- and one Rx-Module »» integrated RF-pre-amplifier with the Rx-Module »» integrated PLL-circuit for high frequency stability and low phase noise for the Tx- and Rx-Part »» 2 selectable output power levels (ETSI / FCC) for the Tx-Module InnoSenT GmbH has established and applies a quality system for: development, production and sales of radar sensors for industrial and automotive sensors. ADDITIONAL INFORMATION RoHS-INFO InnoSenT Standard Product. Changes will not be notified as long as there is no influence on form, fit and within this datasheet specified function of the product. This product is compliant to the restriction of hazardous substances (RoHS - European Union directive 2011/65/EU). CONFIDENTIAL AND PROPRIETARY The information contained in this document shall remain the sole and exclusive property of InnoSenT GmbH and shall not be disclosed by the recipient to third parties without prior consent of InnoSenT in writing. DATA SHEET IPB-914 The IPT-914 is a K-Band Transcmitter with ASKmodulation capability. Together with the IPR-915 K-Band Receiver it can be used as a K-Band barrier for security application / perimeter protection up to a range of 180m. CERTIFICATES Page 1 DESCRIPTION Version 1.0 »» the Tx-signal can be ASK-modulated up to 26kHz Innovation in Radar Technology ELECTRICAL CHARACTERISTICS PARAMETER CONDITIONS SYMBOL MIN TYP MAX UNITS 24.250 GHz Transmitter IPT-914 transmit frequency f 24.000 channel spacing 5 MHz kHz/°C temperature drift frequency Δf < 10 output power (EIRP) Pout 20 modulation frequency fmod 24 dBm 26 kHz 24.250 GHz Receiver IPR-915 LO-frequencies F 24.000 channel spacing 5 MHz Δf < 10 kHz/°C IF - amplifier gain 10 dB IF - amplifier bandwith 5 MHz horizontal azimuth 13 ° vertical elevation 13 ° horizontal azimuth 10 dB vertical elevation 10 dB supply voltage VCC 5 V supply current ICC temperature drift frequency Tx antenna pattern (-3dB FBW) side lobe suppression Version 1.0 Antenna (Tx; Rx) 140 mA Environment (Tx; Rx) operating temperature storage temperature TOP -20 +60 °C Tstorage -20 +60 °C Mechanical Outlines (Tx; Rx) compare to schematic on page 6 height length width 10.2 70 65.8 mm CONFIDENTIAL AND PROPRIETARY The information contained in this document shall remain the sole and exclusive property of InnoSenT GmbH and shall not be disclosed by the recipient to third parties without prior consent of InnoSenT in writing. Page 2 outline dimensions DATA SHEET IPB-914 Power supply (Tx; Rx) Innovation in Radar Technology BLOCK DIAGRAMM ANTENNA PATTERNS ant enna cent roid rot at ional pivot Antenna orientation: CONFIDENTIAL AND PROPRIETARY The information contained in this document shall remain the sole and exclusive property of InnoSenT GmbH and shall not be disclosed by the recipient to third parties without prior consent of InnoSenT in writing. Page 3 DATA SHEET IPB-914 Version 1.0 vertical horizontal Innovation in Radar Technology INTERFACE JST Low insertion Force (FFC) Connector Type 14FMN-BMT-A-TF TRANSMITTER Mating part: Lead Pitch 1mm Lead width 0.7mm Thickness 0.3±0.05mm Pin 1 PIN # DESCRIPTION IN / OUT COMMENT 1 VCC input Power supply 5V 2 lock detect output low (under 1V) if PLL is unlocked ; high (over 3V) if PLL is locked 3 CProg input Enable customer programming – active low 4 output power input low = 20dBm ; high = 24dBm ; open = high 5 mod. input input ASK modulation up to 26kHz - internally pulled-up (10k/5V) - pull-down to attenuate output power 6 n.c. 7 SPI_DATA/MOSI 8 SPI_CLOCK/MISO input SPI CLOCK 9 PLL_LE/SCK SPI LATCH ENABLE for PLL settings 10 D.N.C./RESET 11 GND 12 n.c. 13 Tx_ident 14 D.N.C. Version 1.0 INTERFACE IPT-914 input input SPI DATA do not connect input Ground output internally pull up (10k to 3.3V) to identify the Sensor as Tx CONFIDENTIAL AND PROPRIETARY The information contained in this document shall remain the sole and exclusive property of InnoSenT GmbH and shall not be disclosed by the recipient to third parties without prior consent of InnoSenT in writing. Page 4 do not connect DATA SHEET IPB-914 not connect Innovation in Radar Technology INTERFACE JST Low insertion Force (FFC) Connector Type 14FMN-BMT-A-TF RECEIVER Mating part: Lead Pitch 1mm Lead width 0.7mm Thickness 0.3±0.05mm Pin 1 PIN # DESCRIPTION IN / OUT COMMENT VCC input Power supply 5V 2 lock detect output low (under 1V) if PLL is unlocked ; high (over 3V) if PLL is locked 3 CProg input Enable customer programming – active low 4 n.c. 5 n.c. 6 n.c. 7 SPI_DATA/MOSI input SPI DATA 8 SPI_CLOCK/MISO input SPI CLOCK 9 PLL_LE/SCK SPI LATCH ENABLE for PLL settings 10 D.N.C./RESET 11 GND 12 IF output 13 Rx_ident 14 D.N.C. input do not connect input Ground IF output (5MHz) internally pull down (10k to GND) to identify the Sensor as Rx do not connect CONFIDENTIAL AND PROPRIETARY The information contained in this document shall remain the sole and exclusive property of InnoSenT GmbH and shall not be disclosed by the recipient to third parties without prior consent of InnoSenT in writing. Page 5 output DATA SHEET IPB-914 1 Version 1.0 INTERFACE IPR-915 Innovation in Radar Technology MECHANICAL OUTLINES ESD-INFORMATION This InnoSenT sensor is sensitive to damage from ESD. Normal precautions as usually applied to CMOS devices are sufficient when handling the device. Touching the signal output pins has to be avoided at any time before soldering or plugging the device into a motherboard. APPROVAL VERSION DATE COMMENT 1.0 21.05.2014 initial release DATA SHEET IPB-914 The sensor uses Hydrocarbon based material which may change its dielectric properties when used in an oxidative environment. This may vary based on temperature. Therefore InnoSenT recommends evaluating this influence within the specific environment. Version 1.0 This Data Sheet contains the technical specifications of the described product. All previous versions of this Data Sheet are no longer valid. Tel.: +49 (0) 9528 - 9518 - 0 E-Mail: [email protected] URL: www.innosent.de Page 6 Am Rödertor 30 97499 Donnersdorf GERMANY InnoSenT GmbH