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NRX1 Datasheet

Part Manufacturer Description PDF Type
NRX1 Radiometrix Low cost VHF Narrow Band FM receiver Original
NRX1-151.300-10 Radiometrix Low cost VHF Narrow Band FM receiver Original
NRX1-169.4125-10 Radiometrix Low cost VHF Narrow Band FM receiver Original
NRX1-173.250-10 Radiometrix Low cost VHF Narrow Band FM receiver Original

NRX1

Catalog Datasheet MFG & Type PDF Document Tags

loop antennas vhf

Abstract: vhf antenna pcb design manufactured in the following variants as standard: NRX1-151.300-10 (151.300MHz Australian licence exempt frequency) NRX1-169.4125-10 (169.4125 European licence exempt frequency -169MHz band) NRX1-173.225-10 (for UK alarm applications on 173.225MHz) NRX1-173.250-10 (for UK general applications on 173.250MHz , BiM1 transceiver. Figure 1: NRX1-173.250-10 Features Designed to comply with harmonised radio , 5 = Vcc 6 = AF 7 = RXD Figure 3: NRX1 pin-out and dimension NRX1pin Name Function 1 RF in
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loop antennas vhf vhf antenna pcb design layout rod 456 vhf YAGI antenna antenna yagi uhf 173MHz 3000MH 4125MH 2250MH 2500MH 120MH 180MH
Abstract: ordering information The NRX1 receiver is manufactured in the following variants as standard: NRX1-144.390-10 North American Automatic Packet Reporting System (APRS) NRX1-144.800-10 European APRS NRX1-161.975-10 Automatic Identification System (AIS 1) NRX1-162.025-10 Automatic Identification System (AIS 2) NRX1-151.300-10 , Tracking and Tracing NRX1-173.225-10 UK Fixed Alarm NRX1-173.250-10 UK Industrial/Commercial Telemetry , transmitters, and the BiM1 transceiver. Figure 1: NRX1-173.225-10 NRX1 is a VHF equivalent of Radiometrix UHF Radiometrix
Original
12345267489A4BCDD234ECF 173MH 169MH 250MH

173MHz

Abstract: vhf antenna pcb design manufactured in the following variants as standard: NRX1-151.300-10 (151.300MHz Australian licence exempt frequency) NRX1-169.4125-10 (169.4125 European licence exempt frequency -169MHz band) NRX1-173.225-10 (for UK alarm applications on 173.225MHz) NRX1-173.250-10 (for UK general applications on 173.250MHz , BiM1 transceiver. Figure 1: NRX1-173.225-10 Features Designed to comply with harmonised radio , 5 = Vcc 6 = AF 7 = RXD Figure 3: NRX1 pin-out and dimension NRX1pin Name Function 1 RF in
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120-180MHz 300MH
Abstract: -20 dBm Harmonics level over VRNG, TRNG 2 F0 3F0 - - -10 -10 dBm NRx1 FRX = , Noise in Rx E-GSM Band @ PO = PO(H) RBW = 100 kHz NRx1 FRX = 925-935 MHz NRx2 FRX = 935-960 MHz , NRx1 FRX = 1805-1880 MHz - - -75 dBm Î"IN - - 2:1 - Forward Isolation , kHz MHz Î"IN Harmonics level over VRNG, TRNG 1910 NRx1 FRX = 1930 -1990 MHz Freescale Semiconductor
Original
MMM6035/D MMM6035 GSM850

MMM6035

Abstract: -20 dBm Harmonics level over VRNG, TRNG 2 F0 3F0 - - -10 -10 dBm NRx1 FRX = , kHz NRx1 FRX = 925-935 MHz NRx2 FRX = 935-960 MHz dBm - - -77 -81 Input VSWR IN , dBm 2F0 3F0 - - -8 -8 dBm NRx1 FRX = 1805-1880 MHz - - -75 dBm IN , ) - - -28 dBm 2F0 3F0 - - -8 -8 dBm NRx1 FRX = 1930 -1990 MHz - -
Freescale Semiconductor
Original

CON62

Abstract: IT8661F NDTR1 NCTS1 NRTS1 NTX1 NDSR1 NRX1 NRLSD1 +12V 2 2 2 2 2 2 2 2 RI2# DTR2# CTS2 , NRTS1 NRI1 1 3 5 7 9 NRX1 NDTR1 NDSR1 NCTS1 2 4 6 8 10 COM1/3 C +12V
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IT8661F CON62 ITE 8661 ntx1 nrx1 74LS138 SA12 ITPA-CG-97015 ITPA-CG-97033 ITPA-CG-98005 IT8661 IT8661F/IT8661RF

LBHB

Abstract: otherwise noted) Characteristic Symbol F0 PO(H) PO(HX) PAE IDD(L) Iso1 2 F0 3 F0 NRx1 FRX = 869-894 MHz IN , over VRNG, TRNG Tx Noise in Rx E-GSM Band @ PO = PO(H) RBW = 100 kHz NRx1 FRX = 925-935 MHz NRx2 FRX = , Range over VRNG, TRNG Symbol 2F0 3F0 NRx1 FRX = 1805-1880 MHz IN VSWR Min Typ Max -10 -10 -75 Unit dBm , ) Iso1 2F0 3F0 NRx1 FRX = 1930 -1990 MHz IN VSWR Min 1850 31.5 29.5 40 Typ 32.8 46 Max 1910 150 -28 -10
Freescale Semiconductor
Original
LBHB

0201 1 uf murata capacitors

Abstract: MMM6035 - -10 -10 dBm NRx1 FRX = 869-894 MHz - - -82 dBm Input VSWR IN - , Noise in Rx E-GSM Band @ PO = PO(H) RBW = 100 kHz NRx1 FRX = 925-935 MHz NRx2 FRX = 935-960 MHz - , - - -10 -10 dBm NRx1 FRX = 1805-1880 MHz - - -75 dBm IN - 16 , over VRNG, TRNG 2F0 3F0 - - -10 -10 dBm NRx1 FRX = 1930 -1990 MHz - -
Freescale Semiconductor
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0201 1 uf murata capacitors

nbek

Abstract: nbek ic VDD M3 M2 RSRXD NC 100nF M1 M0 Figure 3: NBEK IC interfaced to a Receiver (e.g. NRX1 , : RF Receiver (e.g. NRX1) + NBEK IC interface for RS232 data reception Ordering Information: The
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NBEK-000-DIL MAX232 nbek nbek ic MAX232 IC PIN DETAILS I1200 crystal 3.58MHZ MAX232 16 pin NBEK-000NBEK-000-

GSM0505

Abstract: GSM05 dBm Harmonics level over VRNG, TRNG 2 F0 3 F0 - - -10 -10 dBm NRx1 FRX = , NRx1 FRX = 925-935 MHz NRx2 FRX = 935-960 MHz dBm - - -77 -82 Input VSWR IN - , ) Characteristic Symbol Min Typ Max Unit 2F0 3F0 - - -10 -10 dBm NRx1 FRX = , - -10 -10 dBm NRx1 FRX = 1930 -1990 MHz - - -75 dBm IN - 15 -
Freescale Semiconductor
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GSM0505 GSM05
Abstract: F0 PO(H) PO(HX) PAE IDD(L) Iso1 2 F0 3 F0 NRx1 FRX = 869-894 MHz IN Xtalk VSWR Min 824 34.2 32.2 46 6 , = PO(H) RBW = 100 kHz NRx1 FRX = 925-935 MHz NRx2 FRX = 935-960 MHz Input VSWR Second Harmonic , Symbol 2F0 3F0 NRx1 FRX = 1805-1880 MHz IN VSWR Min Typ Max -10 -10 -75 Unit dBm dBm 6:1 16 - - , All spurious < -30 dBm, RBW = 3 MHz Symbol F0 PO(H) PO(Hx) PAE IDD(L) Iso1 2F0 3F0 NRx1 FRX = 1930 Freescale Semiconductor
Original
Abstract: F0 PO(H) PO(HX) PAE IDD(L) Iso1 2 F0 3 F0 NRx1 FRX = 869-894 MHz IN Xtalk VSWR Min 824 34.2 32.2 46 6 , = PO(H) RBW = 100 kHz NRx1 FRX = 925-935 MHz NRx2 FRX = 935-960 MHz Input VSWR Second Harmonic , Symbol 2F0 3F0 NRx1 FRX = 1805-1880 MHz IN VSWR Min Typ Max -10 -10 -75 Unit dBm dBm 6:1 16 - - , All spurious < -30 dBm, RBW = 3 MHz Symbol F0 PO(H) PO(Hx) PAE IDD(L) Iso1 2F0 3F0 NRx1 FRX = 1930 Freescale Semiconductor
Original

future scope of fm transmitter

Abstract: MAX232 used for serial transmission pic control VDD M3 M2 RSRXD NC 100nF M1 M0 Figure 3: NBEK IC interfaced to a Receiver (e.g. NRX1 , : RF Receiver (e.g. NRX1) + NBEK IC interface for RS232 data reception Ordering Information: The
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future scope of fm transmitter MAX232 used for serial transmission pic control crystal 3.58MHZ oscillator 3 pin figure ic max232 future scope of modem NBEK-000-SO
Abstract: : NBEK IC interfaced to a Receiver (e.g. NRX1) Radiometrix Ltd Page 5 1200buad Modem IC 10k , RXD Receiver 10k RF 9 5 Figure 5: RF Receiver (e.g. NRX1) + NBEK IC interface for Radiometrix
Original

CR2032

Abstract: Radiometrix current is 10mA (Radiometrix NRX1-173) TX current is 9mA (Radiometrix TX1-173) So average current is
Radiometrix
Original
CR2032 Radiometrix
Abstract: actual pinout and footprint follows the NRX1/2 type radio, with the addition of P0-P3 Radiometrix Ltd Radiometrix
Original
868MH MSR3-868-5 870MH

9pin rs232

Abstract: 869.20 - 869.25 MHz pinout and footprint follows the NRX1/2 type radio, with the addition of P0-P3 Radiometrix Ltd, MSR3
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9pin rs232 869.20 - 869.25 MHz

A434 RF MODULE

Abstract: circuit integre période d'essai sont à votre charge. www.radiometrix.com HX1 / NRX1 ENT1 / ENR1 LMT1 / LMR1 , ENVIRONNEMENTAUX · SYSTEMES D'ALARME HAUTE SECURITE Les HX1 et NRX1 sont des émetteurs et récepteurs radio , . HX1 NRX1 · Dimensions : 43 x 14,5 x 5 mm · Dimensions : 47 x 17 x 8 mm · Fréquence
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A434 RF MODULE circuit integre rx2g RX-2-G RX-2G RF MODULE A-434

IT8687R

Abstract: RAD02 NRX1, NCTS1 NDSR1, NRLSD1 NRI1, NRX2, NCTS2 NDSR2, NRLSD2 NRI2 ISA signals encoder RESET
Integrated Technology Express
Original
IT8687R RAD02 o16h IT8687 SA13 SA14

10km of FM TRANSMITTER CIRCUIT DIAGRAM

Abstract: 169MHz antenna frequencies from 120MHz to 180MHz Matching Receivers: NRX1-xxx.xxx-10 (SIL footprint) BiM1R-xxx.xxx , NRX1 or BiM1R receiver a one-way radio data link can be achieved over a distance up to 10km+ with
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10km of FM TRANSMITTER CIRCUIT DIAGRAM 169MHz antenna 10-15km Antennas vhf HX1-144.800-3 VHF transmitter circuit HX1-169

22rad

Abstract: VDD M3 M2 RSRXD NC 100nF M1 M0 Figure 3: NBEK IC interfaced to a Receiver (e.g. NRX1 , : RF Receiver (e.g. NRX1) + NBEK IC interface for RS232 data reception Ordering Information: The
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OCR Scan
22rad 0122E00
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