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RI-ANT-G02E-30 Texas Instruments ANTENNA-OTHER
RI-ANT-S01C-30 Texas Instruments ANTENNA-OTHER
CC1125EM-169-RD Texas Instruments CC1125EM 169MHz Reference Design
RI-ANT-G01E-30 Texas Instruments ANTENNA-OTHER
RI-ACC-AT12-00 Texas Instruments Series Antenna Tuning Indicator
RI-ANT-S01C-00 Texas Instruments SERIES 2000 STICK ANTENNA 1- -30 TO 85

169MHz antenna Datasheets Context Search

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vhf antenna pcb design

Abstract: No abstract text available
Text: designed for VHF 169MHz band applications. It is a high efficiency miniature SMD edge mounted antenna , Plane X Y 169MHz  SPE-13-8-077/A/WY | page 6 of 16 5. Antenna Radiation Pattern , | page 7 of 16 5. Antenna Radiation Pattern CAD.B.69  XY Plane X Y 169MHz  SPE-13-8-077/A/WY | page 8 of 16 5. Antenna Radiation Pattern XZ Plane Z X 169MHz , Antenna Feature 25.2mm * 5.1mm * 0.8mm Efficiency 10~15% (on evaluation board) Peak Gain - approx


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PDF SPE-13-8-077/A/WY 169MHz 250mm EIA-481-B vhf antenna pcb design
10km of FM TRANSMITTER CIRCUIT DIAGRAM

Abstract: 169MHz antenna loop antennas vhf Antennas vhf VHF transmitter circuit 500m-1km HX1-144.800-3 10-15km vhf fm transmitter radiometrix hx1
Text: * * * * 421mm @ 169MHz RF Whip antenna RF Helical antenna RF Ctune C match wire, rod, PCB , Standard frequency: 169MHz band Other frequencies from 120MHz to 180MHz Data rates up to 3kbps Usable , accommodate extra Power Amplifier circuit to produce 300mW RF output and available for operation on 169MHz , ensure compliance with the appropriate radio regulations and fed to the 50 antenna pin. User , Name RFgnd RF out EN VCC 0V TXD Function RF Ground 50 RF output to the antenna Pull high to


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PDF 300mW) 300mW HX1-169 125-3-5V 169MHz 10km of FM TRANSMITTER CIRCUIT DIAGRAM 169MHz antenna loop antennas vhf Antennas vhf VHF transmitter circuit 500m-1km HX1-144.800-3 10-15km vhf fm transmitter radiometrix hx1
10km of FM TRANSMITTER CIRCUIT DIAGRAM

Abstract: 169MHz antenna HX1-169 VHF transmitter circuit 845 MOTHERBOARD CIRCUIT diagram 10-15km em 4033 845 motherboard circuit VHF transmitter radiometrix Antenna design magnetic loop antennas
Text: * * * * 421mm @ 169MHz RF Whip antenna RF Helical antenna RF Ctune C match wire, rod, PCB , Standard frequency: 169MHz band Other frequencies from 120MHz to 180MHz Data rates up to 3kbps Usable , accommodate extra Power Amplifier circuit to produce 300mW RF output and available for operation on 169MHz , ensure compliance with the appropriate radio regulations and fed to the 50 antenna pin. User , RFgnd RF out EN VCC 0V TXD Function RF Ground 50 RF output to the antenna Pull high to enable


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PDF 300mW) 300mW HX1-169 125-3-5V 169MHz 10km of FM TRANSMITTER CIRCUIT DIAGRAM 169MHz antenna VHF transmitter circuit 845 MOTHERBOARD CIRCUIT diagram 10-15km em 4033 845 motherboard circuit VHF transmitter radiometrix Antenna design magnetic loop antennas
10km of FM TRANSMITTER CIRCUIT DIAGRAM

Abstract: 10-15km
Text: * * * * helical * * * * loop * * * * 421mm @ 169MHz RF Whip antenna 35-40 turns wire , filtered to ensure compliance with the appropriate radio regulations and fed to the 50Ω antenna pin , 7 Name RFgnd RF out EN VCC 0V TXD Function RF Ground 50Ω RF output to the antenna , Adjacent channel TX power Frequency accuracy FM deviation (peak) Antenna pin impedance RF centre , 10kbps Note: Tx antenna half-wave half-wave helical helical Rx antenna half-wave half-wave


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PDF 12345677894A6BC43D4EFF 300mW HX1-144 10km of FM TRANSMITTER CIRCUIT DIAGRAM 10-15km
Not Available

Abstract: No abstract text available
Text: 169MHz ISM band 1/4 wavelength monopole flexible whip antenna with omni- directional pattern optimized , SPECIFICATION Part No. : FW.80.SMA.M Product Name : Meteor 169MHz 0dBi Flexible Whip Monopole Omni-Directional Antenna SMA Male connector Feature : IP67 Housing 1/4 Wavelength Robust but Flexible Inner Steel Whip High Efficiency Outdoor Antenna Advanced RF Design and , private mobile radio services. The Meteor has a IP67 housing. The antenna , like all low frequency


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PDF 169MHz SPE-12-8-033/C/PK 30x30cm 30x30cm) 000111K0600XXA 001111K0000XXA 000711C0000XXA
Not Available

Abstract: No abstract text available
Text: 169MHz 0dBi Wall Mount Flexible Whip Monopole Omni-Directional Antenna SMA Male connector Feature , . Introduction The WM.80 is a 0dBi 169MHz ISM band 1/4 wavelength monopole flexible whip antenna with omni , systems and private mobile radio services. This antenna delivers wider coverage areas and more reliable , . SPE-13-8-061/A/MWC | page 3 of 7 3. Antenna Characteristics 3.1 Antenna Setup in free space , Â 0 -5 -10 (dB) -15 FW.80.B Taoglas Antenna with L-bracket (WM.80.B) -20 WM


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PDF 169MHz CFD-200 SPE-13-8-061/A/MWC
Not Available

Abstract: No abstract text available
Text: 169MHz ISM band 1/4 wavelength monopole flexible whip antenna with omni- directional pattern optimized , SPECIFICATION Part No. : FW.80.SMA.M Product Name : Meteor 169MHz 0dBi Flexible Whip Monopole Omni-Directional Antenna SMA Male connector Feature : IP67 Housing 1/4 Wavelength Robust but Flexible Inner Steel Whip High Efficiency Outdoor Antenna Advanced RF Design and , private mobile radio services. The Meteor has a IP67 housing. The antenna , like all low frequency


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PDF 169MHz SPE-12-8-033/C/PK 30x30cm 30x30cm) 000111K0600XXA 001111K0000XXA 000711C0000XXA
Not Available

Abstract: No abstract text available
Text: 169MHz RF Whip antenna RF Helical antenna wire, rod, PCB track or a combination of these , 10kilometres. The module is available for operation on the 169MHz European licence exempt frequency band as , fed via a fast Tx/Rx changeover switch to the 50Ω antenna pin. The receive section is a double , (without can) RF GND 1 Antenna 2 RF GND 3 4 5 No pin 6 7 8 9 18 17 16 15 14 13 12 11 , „¦ RF input/output from the antenna +5V regulated DC power supply Pull low to enable Receiver Pull


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PDF 12345677894A6BC43D4EFF 500mW BiM1H-169 4125MHz 120MHz 180MHz
Not Available

Abstract: No abstract text available
Text: * * * * loop * * * * 421mm @ 169MHz RF Whip antenna RF Helical antenna RF Ctune C , appropriate radio regulations and fed to the 50Ω antenna pin. User interface 43mm 14.5mm 5mm , , main PCB ground plane etc. RF out (Pin 2) 50Ω RF output to antenna . Internally DC-isolated. See antenna section of applications notes for details of suitable antennas / feeds. En (Pin 4) Tx enable , Figure 5: ENR1 pin-out and dimension RF IN (pin 1) 50 input from the antenna , DC isolated. RF GND


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PDF 123456789ABCCDE8F6 44375MHz 40625MHz
VHF Radio transmitter

Abstract: vhf fm receiver EN300-220 10km of FM TRANSMITTER CIRCUIT DIAGRAM
Text: connected to the module at one end. At 169MHz the total length should be 421mm from module pin to antenna , * * * * 421mm @ 169MHz RF Whip antenna RF Helical antenna RF Ctune C match wire, rod, PCB , regulations and fed to the 50 antenna pin. User interface 43mm 5mm ENT1 14.5mm pin spacing , . RF out (Pin 2) 50 RF output to antenna . Internally DC-isolated. See antenna section of applications , pin-out and dimension RF IN (pin 1) 50 input from the antenna , DC isolated. RF GND (pin 2/3) RF


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PDF 44375MHz 40625MHz VHF Radio transmitter vhf fm receiver EN300-220 10km of FM TRANSMITTER CIRCUIT DIAGRAM
2Ghz mixer

Abstract: BTS Base Terminal Station SIGNAL PATH designer MAX9993 MAX9982 MAX2055 MAX2027 MAX1427 MAX1419 MAX1418
Text: ADC, a maximum single tone blocker level above -30dBm at the antenna terminal will exceed the ADC , of -30dBm at the antenna terminal. For this example, 6dB gain reduction is used to increase the , antenna and +4dBm at the ADC input (see Figure 3). The cellular standards allow 3dB degradation in overall , frequency of 30.72MHz, choose a first IF frequency centered in the sixth Nyquist band at 169MHz having a bandwidth of approximately 1.24MHz. Using the same first IF center frequency of 169MHz , the DDC


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PDF com/an3062 MAX1211: MAX1418: MAX2027: MAX2055: MAX9982: MAX9993: AN3062, APP3062, Appnote3062, 2Ghz mixer BTS Base Terminal Station SIGNAL PATH designer MAX9993 MAX9982 MAX2055 MAX2027 MAX1427 MAX1419 MAX1418
10km of FM TRANSMITTER CIRCUIT DIAGRAM

Abstract: 21.4mhz filter 169MHz antenna quarterwave dipole antenna design RF amplifier antenna 125khz EN300-220 vhf antenna pcb design loop antennas vhf PCB Antenna 125KHz ENX1
Text: * * * * 421mm @ 169MHz RF Whip antenna RF Helical antenna RF Ctune C match wire, rod, PCB , Mixer Figure 2: ENX1 Block diagram ANTENNA 20.945MHz 21.4MHz FILTER MULTIPLIER IF AMP , regulations and fed to the 50 antenna pin. The receiver uses a saw filter to give high rejection of unwanted , Ground 10 0V Ground 11 RF in/out Antenna connection 12 RF GND RF Ground NOTES: 1. TXRX pin , 100mW Antenna pin impedance RF centre frequency (100mW) Channel spacing Number of channels RF RF


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PDF 100mW ENX1-169 40625MHz 44375MHz 120MHz 10km of FM TRANSMITTER CIRCUIT DIAGRAM 21.4mhz filter 169MHz antenna quarterwave dipole antenna design RF amplifier antenna 125khz EN300-220 vhf antenna pcb design loop antennas vhf PCB Antenna 125KHz ENX1
2011 - Not Available

Abstract: No abstract text available
Text: €“111 dBc/Hz at 10 kHz offset • Suitable for Systems Targeting ETSI Category 1 Compliance in 169-MHz , carrier sense detection (optional GPIO for antenna diversity) Figure 1-2. System Block Diagram , Includes functions for antenna diversity support Support for retransmissions Support for auto-acknowledge , ) . 4.7 Sniff Mode . 4.8 Antenna Diversity , consumption +14 dBm 45 mA TX current consumption +10 dBm 34 Condition mA mA 2.7.4 169-MHz


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PDF CC1120 SWRS112E 169-MHz 433-MHz
2011 - Not Available

Abstract: No abstract text available
Text: detection (optional GPIO for antenna diversity) Figure 1-2. System Block Diagram 1.5 , functions for antenna diversity support Support for retransmissions Support for auto-acknowledge of , ) . 4.7 Sniff Mode . 4.8 Antenna Diversity , current consumption +10 dBm 36 Condition mA mA 2.7.4 169-MHz Band (High Performance Mode , 26 mA 169-MHz band 27 mA Average current consumption Check for data packet every 1


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PDF CC1125 SWRS120C 25-kHz 10-MHz 128-byte CC1190
2011 - Not Available

Abstract: No abstract text available
Text: offset • Suitable for Systems Targeting ETSI Category 1 Compliance in 169-MHz and 433-MHz Bands â , detection (optional GPIO for antenna diversity) Figure 1-2. Functional Block Diagram 1.5 , antenna diversity support Support for retransmissions Support for auto-acknowledge of received packets , Interface . 5.6 Sniff Mode . 5.7 Antenna , 34 Condition mA mA 4.8.4 169-MHz Band (High-Performance Mode) TA = 25°C, VDD = 3.0 V


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PDF CC1120 SWRS112F CC1120 169-MHz 433-MHz
Not Available

Abstract: No abstract text available
Text: * * * * 421mm @ 169MHz RF Whip antenna RF Helical antenna RF Ctune C match wire, rod, PCB , 5V SUPPLY ANTENNA RX REGULATOR PA CONTROL ENX1 high power transmitter data sheet BPF , appropriate radio regulations and fed to the 50Ω antenna pin. The receiver uses a saw filter to give high , data output 9 0V Ground 10 0V Ground 11 RF in/out Antenna connection 12 RF GND RF Ground , TX Supply current @ 100mW Antenna pin impedance RF centre frequency (100mW) Channel spacing


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PDF 100mW ENX1-169 40625MHz 44375MHz 120MHz 180MHz
2011 - Not Available

Abstract: No abstract text available
Text: €“111 dBc/Hz at 10 kHz offset • Suitable for Systems Targeting ETSI Category 1 Compliance in 169-MHz , carrier sense detection (optional GPIO for antenna diversity) Figure 1-2. System Block Diagram , Includes functions for antenna diversity support Support for retransmissions Support for auto-acknowledge , ) . 4.7 Sniff Mode . 4.8 Antenna Diversity , consumption +14 dBm 45 mA TX current consumption +10 dBm 34 Condition mA mA 2.7.4 169-MHz


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PDF CC1120 SWRS112E 169-MHz 433-MHz
2011 - Not Available

Abstract: No abstract text available
Text: offset • Suitable for Systems Targeting ETSI Category 1 Compliance in 169-MHz and 433-MHz Bands â , detection (optional GPIO for antenna diversity) Figure 1-2. Functional Block Diagram 1.5 , antenna diversity support Support for retransmissions Support for auto-acknowledge of received packets , Interface . 5.6 Sniff Mode . 5.7 Antenna , 34 Condition mA mA 4.8.4 169-MHz Band (High-Performance Mode) TA = 25°C, VDD = 3.0 V


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PDF CC1120 SWRS112F CC1120 169-MHz 433-MHz
2011 - Not Available

Abstract: No abstract text available
Text: antenna diversity) Figure 1-2. Functional Block Diagram 1.5 Regulations • • • 1.6 , polling Includes functions for antenna diversity support Support for retransmissions Support for , . 5.8 Antenna Diversity . 5.9 WaveMatch , consumption +10 dBm 34 Condition mA mA 4.8.4 169-MHz Band (High-Performance Mode) TA = 25 , 433-, 868-, 915-, 920-, and 950-MHz bands 22 mA 169-MHz band 23 mA Peak current


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PDF CC1121 SWRS111E CC1121 10-MHz 10-kHz 128-byte CC1190
loop antennas vhf

Abstract: vhf YAGI antenna vhf antenna pcb design layout rod 456 antenna yagi uhf pcb yagi antenna 173MHz uhf pcb antenna Antennas vhf 169MHz antenna
Text: licenceexempt operation in the UK 173MHz bands and European 169MHz band. It is also available in the Australian , 50 RF output to the antenna 2 RF gnd RF ground 3 RSSI DC level between 0.5V and 2V; 60dB , NRX1 antenna pin Packet data In general, data to be sent via a radio link is formed into a serial , choosing the most effective antenna type for any given application. Integral antennas These are , often preferred for portable applications. Particular care is required with this type of antenna to


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PDF 27April NRX1-173 3000MHz, 4125MHz, 2250MHz loop antennas vhf vhf YAGI antenna vhf antenna pcb design layout rod 456 antenna yagi uhf pcb yagi antenna 173MHz uhf pcb antenna Antennas vhf 169MHz antenna
2011 - Not Available

Abstract: No abstract text available
Text: antenna diversity) Figure 1-2. Functional Block Diagram 1.5 Regulations • • • 1.6 , polling Includes functions for antenna diversity support Support for retransmissions Support for , . 5.8 Antenna Diversity . 5.9 WaveMatch , consumption +10 dBm 34 Condition mA mA 4.8.4 169-MHz Band (High-Performance Mode) TA = 25 , 433-, 868-, 915-, 920-, and 950-MHz bands 22 mA 169-MHz band 23 mA Peak current


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PDF CC1121 SWRS111E CC1121 10-MHz 10-kHz 128-byte CC1190
2011 - Not Available

Abstract: No abstract text available
Text: detection (optional GPIO for antenna diversity) Figure 1-2. System Block Diagram 1.5 , automatic low-power receive polling Includes functions for antenna diversity support Support for , ) . 4.7 Sniff Mode . 4.8 Antenna Diversity , 2.7.4 169-MHz Band (High-Performance Mode) TA = 25°C, VDD = 3.0 V if nothing else stated , -MHz bands 22 mA 169-MHz band 23 mA Peak current consumption during packet reception at


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PDF CC1121 SWRS111D 10-MHz 10-kHz 128-byte CC1190
2011 - Not Available

Abstract: No abstract text available
Text: offset • Suitable for Systems Targeting ETSI Category 1 Compliance in 169-MHz and 433-MHz Bands â , detection (optional GPIO for antenna diversity) Figure 1-2. Functional Block Diagram 1.5 , antenna diversity support Support for retransmissions Support for auto-acknowledge of received packets , Interface . 5.6 Sniff Mode . 5.7 Antenna , 34 Condition mA mA 4.8.4 169-MHz Band (High-Performance Mode) TA = 25°C, VDD = 3.0 V


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PDF CC1120 SWRS112F CC1120 169-MHz 433-MHz
173MHz

Abstract: vhf antenna pcb design loop antennas vhf 120-180MHz
Text: licenceexempt operation in the UK 173MHz bands and European 169MHz band. It is also available in the Australian , 50 RF output to the antenna 2 RF gnd RF ground 3 RSSI DC level between 0.5V and 2V; 60dB , NRX1 antenna pin Packet data In general, data to be sent via a radio link is formed into a serial , choosing the most effective antenna type for any given application. Integral antennas These are , often preferred for portable applications. Particular care is required with this type of antenna to


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PDF NRX1-173 3000MHz, 4125MHz, 2250MHz 173MHz vhf antenna pcb design loop antennas vhf 120-180MHz
2011 - Not Available

Abstract: No abstract text available
Text: Polling – Includes Functions for Antenna Diversity Support – Support for Retransmissions â , Synthesizer Q High linearity LNA LNA_N (optional GPIO for antenna diversity) ifamp XOSC , . 5.8 Antenna Diversity . 5.9 Low-Power and High-Performance , dBm 45 mA TX current consumption +10 dBm 34 Condition mA mA 4.8.4 169-MHz , an incoming packet 433-, 868-, 915-, 920-, and 950-MHz bands 22 mA 169-MHz band 23


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PDF CC1121 SWRS111E CC1121 10-MHz 10-kHz 128-byte CC1190
Supplyframe Tracking Pixel