The Datasheet Archive

Top Results (1)

Part Manufacturer Description Datasheet Download Buy Part
CC1125EM-169-RD Texas Instruments CC1125EM 169MHz Reference Design

169MHz Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
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 , . Specification Electrical Center Frequency 169MHz Bandwidth 8MHz (under -10dB Return Loss) VSWR , Plane X Y 169MHz  SPE-13-8-077/A/WY | page 6 of 16 5. Antenna Radiation Pattern XZ Plane Z X 169MHz YZ Plane  Z Y 169MHz  SPE-13-8-077/A/WY | page 7 of 16 5. Antenna Radiation Pattern CAD.B.69  XY Plane X Y 169MHz Â


Original
PDF SPE-13-8-077/A/WY 169MHz 250mm EIA-481-B vhf antenna pcb design
2006 - sumida variable coil

Abstract: No abstract text available
Text: 1.69MHz Band width Attenuation 80kHz Min. 16dB Min. 1.84MHz Insertion loss 1.54MHz 13dB Min. 1.69MHz 7.5dB Max. Frequency Response (Attenuation 0dB at 1.69MHz ) Please refer to


Original
PDF 20MHz 100pF 2542-T036) 69MHz 80kHz 84MHz 54MHz 69MHz) sumida variable coil
2007 - TA0437A

Abstract: No abstract text available
Text: Golledge Electronics Ltd Eaglewood Park, ILMINSTER Somerset, TA19 9DQ, UK Tel: +44 1460 256 100 Fax: +44 1460 256 101 www.golledge.com 169MHz SAW Filter Model: TA0437A Part No , 101 www.golledge.com 169MHz SAW Filter Model: TA0437A Part No: MA07107 C. REV NO: 1 , Somerset, TA19 9DQ, UK Tel: +44 1460 256 100 Fax: +44 1460 256 101 www.golledge.com 169MHz SAW , 101 www.golledge.com 169MHz SAW Filter Model: TA0437A Part No: MA07107 G. REV NO: 1


Original
PDF 169MHz TA0437A MA07107 10dBm Fc-50 Fc-30 Fc-15 TA0437A
LBS16902

Abstract: 33nh
Text: 169MHz SAW Filter 4MHz Bandwidth China Electronics Technology Group Corporation No.26 Research Institute SIPAT Co., Ltd. Part Number:LBS16902 www.sipatsaw.com Specifications Parameter Unit Minimum Typical Maximum Center Frequency MHz 168.92 169 169.08 , 169MHz SAW Filter 4MHz Bandwidth China Electronics Technology Group Corporation No.26 Research , 169MHz SAW Filter 4MHz Bandwidth China Electronics Technology Group Corporation No.26 Research


Original
PDF 169MHz LBS16902 Tem02 LBS16902 33nh
2009 - pj 53 diode

Abstract: pj 49 diode IC 2 5/pj 53 diode pj 53 pj 44 diode pj 54 diode pj 57 diode
Text: data (BU2285FV basic data) RBW=1KHz VBW=100Hz 1.0Vdiv 1.0Vdiv 10.0nsecdiv Fig.13 16.9MHz output waveform VDD=3.3V, at CL=15pF 500psecdiv Fig.14 16.9MHz Period-Jitter VDD=3.3V, at CL=15pF 1.0Vdiv , 10KHzdiv Fig.18 36.9MHz Spectrum VDD=3.3V, at CL=15pF RBW=1KHz VBW=100Hz 10dBdiv 10KHzdiv Fig.15 16.9MHz , =3.7V VDD=2.9V VDD=3.3V VDD=3.7V VDD=2.9V VDD=2.9V VDD=3.3V VDD=3.3V VDD=3.7V VDD=3.7V Fig.34 16.9MHz , TemperatureT[] Fig.35 16.9MHz TemperaturePeriod-Jitter 1 100 90 70 60 50 40 30 20 10 0 -25 0 25 50 75 100


Original
PDF BU2285FV BU2363FV pj 53 diode pj 49 diode IC 2 5/pj 53 diode pj 53 pj 44 diode pj 54 diode pj 57 diode
2009 - pj 47 diode

Abstract: pj 46 diode pj 69 diode pj 53 diode
Text: .13 16.9MHz output waveform VDD=3.3V, at CL=15pF 10dB / div 1.0V / div 1.0V / div RBW=1KHz VBW=100Hz 10KHz / div Fig.15 16.9MHz Spectrum VDD=3.3V, at CL=15pF 500psec / div Fig.14 16.9MHz , Temperature-Duty 25 Fig.36 16.9MHz Temperature-Period-Jitter MIN-MAX 0 0 VDD=2.9V VDD=2.9V VDD , 100 54 Duty : Duty[ %] 25 Fig.35 16.9MHz Temperature-Period-Jitter 1σ 55 48 400 Temperature: T[ ℃] Fig.34 16.9MHz Temperature-Duty 49 500 0 0 -25


Original
PDF BU2285FV BU2363FV 09005EAT03 pj 47 diode pj 46 diode pj 69 diode pj 53 diode
LBS16901

Abstract: No abstract text available
Text: 169MHz SAW Filter 4MHz Bandwidth China Electronics Technology Group Corporation No.26 Research Institute SIPAT Co., Ltd. Part Number:LBS16901 www.sipatsaw.com Specifications Parameter Unit Minimum Typical Maximum Center Frequency MHz 168.92 169 169.08 , Page 1/3 www.sipatsaw.com / sawmkt@sipat.com 169MHz SAW Filter 4MHz Bandwidth China , www.sipatsaw.com / sawmkt@sipat.com 169MHz SAW Filter 4MHz Bandwidth China Electronics Technology Group


Original
PDF 169MHz LBS16901 LBS16901
2009 - Not Available

Abstract: No abstract text available
Text: .13 16.9MHz output waveform VDD=3.3V, at CL=15pF 10dB / div 1.0V / div 1.0V / div RBW=1KHz VBW=100Hz 10KHz / div Fig.15 16.9MHz Spectrum VDD=3.3V, at CL=15pF 500psec / div Fig.14 16.9MHz , =2.9V VDD=3.3V VDD=3.7V 20 10 0 25 50 75 100 -25 0 50 75 Fig.34 16.9MHz , 600 0 0 0 Fig.36 16.9MHz Temperature-Period-Jitter MIN-MAX : Period-jitterMIN-MAX , 300 100 Fig.35 16.9MHz Temperature-Period-Jitter 1σ 55 49 400 Temperature: T


Original
PDF BU2363FV BU2285FV 09005EAT03 R0039A
2008 - pj 54 diode

Abstract: DIODE PJ 57 pj 66 diode pj 47 diode pj 46 diode PJ 63 MM diode
Text: Reference data (BU2285FV basic data) RBW=1KHz VBW=100Hz 1.0Vdiv 1.0Vdiv 10dBdiv 500psecdiv Fig.14 16.9MHz Period-Jitter VDD=3.3V, at CL=15pF 10KHzdiv Fig.15 16.9MHz Spectrum VDD=3.3V, at CL=15pF RBW=1KHz VBW , 10.0nsecdiv Fig.13 16.9MHz output waveform VDD=3.3V, at CL=15pF 1.0Vdiv 5.0nsecdiv Fig.16 36.9MHz output , =3.7V VDD=2.9V VDD=3.3V VDD=3.7V VDD=2.9V VDD=2.9V VDD=3.3V VDD=3.3V VDD=3.7V VDD=3.7V Fig.34 16.9MHz , TemperatureT[] 100 90 70 60 50 40 30 20 10 0 80 Fig.35 16.9MHz TemperaturePeriod-Jitter 1 Fig.36 16.9MHz


Original
PDF BU2285FV, BU2363FV pj 54 diode DIODE PJ 57 pj 66 diode pj 47 diode pj 46 diode PJ 63 MM diode
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: 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 , of wire or rod connected to the module at one end. At 169MHz the total length should be 421mm from , maximum commonly used at 169MHz and appropriate scaling of length, diameter and number of turns can make , * * * * 421mm @ 169MHz RF Whip antenna RF Helical antenna RF Ctune C match wire, rod, PCB


Original
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: 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 , of wire or rod connected to the module at one end. At 169MHz the total length should be 421mm from , maximum commonly used at 169MHz and appropriate scaling of length, diameter and number of turns can make , * * * * 421mm @ 169MHz RF Whip antenna RF Helical antenna RF Ctune C match wire, rod, PCB


Original
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
2009 - pj 47 diode

Abstract: pj 54 diode pj 46 diode 2pin XTAL 27.0000MHZ pj 71 diode pj 53 diode
Text: =100Hz 1.0V / div 1.0V / div 10dB / div 10KHz / div Fig.15 16.9MHz Spectrum VDD=3.3V, at CL=15pF RBW , Fig.13 16.9MHz output waveform VDD=3.3V, at CL=15pF 500psec / div Fig.14 16.9MHz Period-Jitter VDD , 100 Temperature T[ ] Temperature T[ ] Temperature T[ ] Fig.34 16.9MHz TemperatureDuty 55 Period-jitter1 PJ-1 [psec] 54 53 Duty Duty[ ] 52 51 50 49 48 47 46 45 -25 0 25 50 75 100 Fig.35 16.9MHz TemperaturePeriod-Jitter 1 100 90 80 70 60 50 40 30 20 10 0 -25 0 25 50 75 100 Fig.36 16.9MHz TemperaturePeriod-Jitter


Original
PDF BU2285FV BU2363FV 09005EAT03 R0039A pj 47 diode pj 54 diode pj 46 diode 2pin XTAL 27.0000MHZ pj 71 diode pj 53 diode
Not Available

Abstract: No abstract text available
Text: 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 Materials RoHS Compliant SPE-12-8-033/C/PK Page 1 of 6 1. Introduction The Meteor FW.80 is a 0dBi 169MHz ISM band 1/4 wavelength monopole flexible whip antenna with omni- directional pattern optimized


Original
PDF 169MHz SPE-12-8-033/C/PK 30x30cm 30x30cm) 000111K0600XXA 001111K0000XXA 000711C0000XXA
10km of FM TRANSMITTER CIRCUIT DIAGRAM

Abstract: 10-15km
Text: whip. This consists simply of a piece of wire or rod connected to the module at one end. At 169MHz the , . The size shown is about the maximum commonly used at 169MHz and appropriate scaling of length , * * * * helical * * * * loop * * * * 421mm @ 169MHz RF Whip antenna 35-40 turns wire , @ 169MHz ) A ground plane can also be simulated by using 3 or 4 quarter-wave radials equally


Original
PDF 12345677894A6BC43D4EFF 300mW HX1-144 10km of FM TRANSMITTER CIRCUIT DIAGRAM 10-15km
2002 - 16F15C

Abstract: 11F15A 16N15A crystal 11.5 Mhz 11F30D 16F15D 11F30B 11F15E 11F15D 11F15B
Text: #5. P179-198 02.2.5 4:14 PM 189 11.5MHZ, 16.9MHZ SERIES MCF I Features I Attention on use 8 Compactness and light weight 8 Operates stably even in wide temperature range. 8 Outstanding vibration and shock resistant characteristics. 8 Cannot be washed except for C, D, E types. I 11.5MHz, 16.9MHz Series 4 -40~+80°C (Available on request) Pass Bandwidth Nominal Frequency (MHz) Pole 11F15A 11.5 2 3 ±7.5 18 ±25 - - 0.5 2 11F15B 11.5 4


Original
PDF P179-198 11F15A 11F15B 11F15C 11F15D 11F15E 05max D-359-B D-359-A. 16F15C 11F15A 16N15A crystal 11.5 Mhz 11F30D 16F15D 11F30B 11F15E 11F15D 11F15B
Not Available

Abstract: No abstract text available
Text: Cyclops WM.80.B.305111 Specification Part No. WM.80.B.305111 Product Name Cyclops 169MHz 0dBi Wall Mount Flexible Whip Monopole Omni-Directional Antenna SMA Male connector Feature ¼ Wavelength Flexible Inner Steel Core Whip Completely IP67, Robust Structure, Aesthetic 3M CFD-200 SMA(M)ST Cable is hidden internally RoHS compliant SPE-13-8-061/A/MWC | page 1 of 7 1. Introduction The WM.80 is a 0dBi 169MHz ISM band 1/4 wavelength monopole flexible whip antenna with omni


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

Abstract: No abstract text available
Text: 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 Materials RoHS Compliant SPE-12-8-033/C/PK Page 1 of 6 1. Introduction The Meteor FW.80 is a 0dBi 169MHz ISM band 1/4 wavelength monopole flexible whip antenna with omni- directional pattern optimized


Original
PDF 169MHz SPE-12-8-033/C/PK 30x30cm 30x30cm) 000111K0600XXA 001111K0000XXA 000711C0000XXA
2Ghz mixer

Abstract: BTS Base Terminal Station SIGNAL PATH designer MAX9993 MAX9982 MAX2055 MAX2027 MAX1427 MAX1419 MAX1418
Text: , and in combination with the LO frequency of 1740MHz, the resulting IF frequency is 169MHz. Though the , spurious product at 169MHz. Verify: 2 x fHalf-IF - 2 x fLO = 2 x (fRF - fIF/2) - 2 x (fRF - fIF) = 2 x (fRF - 2 x fIF/2) - 2 x fRF + 2 x fIF = fIF Results in: 2 x 1824.5MHz - 2 x 1740MHz = 169MHz , 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


Original
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
2012 - pj 87 diode

Abstract: No abstract text available
Text: RBW=1kHz VBW=100Hz 10dB/div 10kHz/div Fig.15 16.9MHz Spectrum VDD=3.3V, at CL=15pF RBW=1kHz VBW , .13 16.9MHz output waveform VDD=3.3V, at CL=15pF 10.0nsec/div Fig.16 18.4MHz output waveform VDD=3.3V, at , Fig.17 18.4MHz Period-Jitter VDD=3.3V, at CL=15pF 1.0V/div 500psec/div Fig.14 16.9MHz Period-Jitter , .36 16.9MHz Temperature-Duty 55 Period-jitter1 PJ-1[psec] 54 53 Duty Duty[%] 52 51 50 49 48 47 46 45 -25 0 25 50 75 100 VDD=2.9V VDD=3.7V VDD=3.3V Fig.37 16.9MHz Temperature-Period-Jitter 1 100 90 Fig


Original
PDF BU2280FV BU2280FV, BU2360FV, BU2362FV 12005EBT04 R1120A pj 87 diode
2003 - Not Available

Abstract: No abstract text available
Text: CRYSTAL FILTERS 11.5MHz, 16.9MHz Series MCF Features Attention on use 8 Compactness and light weight 8 Operates stably even in wide temperature range. 8 Outstanding vibration and shock resistant characteristics. 8 Cannot be washed except for C, D, E types. 11.5MHz, 16.9MHz Series Model 11F15A 11F15B 11F15C 11F15D 11F15E 11F30A 11F30B 11F30C 11F30D 16N15A 16N15BA 16F15C 16F15D Nominal Frequency (MHz) 4 -40~+80°C (Available on request) Attenuation Bandwidth Terminating Impedance


Original
PDF 11F15A 11F15B 11F15C 11F15D 11F15E 11F30A 11F30B 11F30C 11F30D 16N15A
Not Available

Abstract: No abstract text available
Text: 10kilometres. The module is available for operation on the 169MHz European licence exempt frequency band as , whip. This consists simply of a piece of wire or rod connected to the module at one end. At 169MHz the , . The size shown is about the maximum commonly used at 169MHz and appropriate scaling of length , 169MHz RF Whip antenna RF Helical antenna wire, rod, PCB track or a combination of these , a el ce em d ) en ts 1/4-wave whip (421mm long @ 169MHz ) A ground plane can also be


Original
PDF 12345677894A6BC43D4EFF 500mW BiM1H-169 4125MHz 120MHz 180MHz
2008 - pj 54 diode

Abstract: pj 72 diode pj 57 pj 83 diode TDS7104 pj 72 4pin xtal pj 82 diode pj diode DIODE PJ 57
Text: .13 16.9MHz output waveform VDD=3.3V, at CL=15pF 10dBdiv 1.0Vdiv 1.0Vdiv RBW=1KHz VBW=100Hz 10KHzdiv Fig.15 16.9MHz Spectrum VDD=3.3V, at CL=15pF 500psecdiv Fig.14 16.9MHz Period-Jitter VDD , 0 0 50 600 90 52 25 Fig.36 16.9MHz TemperaturePeriod-Jitter MIN-MAX 100 , .35 16.9MHz TemperaturePeriod-Jitter 1 54 DutyDuty[] 200 TemperatureT[] 55 -25 300 TemperatureT[] Fig.34 16.9MHz TemperatureDuty -25 400 100 TemperatureT[] -25 500 0


Original
PDF BU2285FV, BU2363FV pj 54 diode pj 72 diode pj 57 pj 83 diode TDS7104 pj 72 4pin xtal pj 82 diode pj diode DIODE PJ 57
2009 - pj 47 diode

Abstract: pj 53 diode pj 54 diode diode pj 77 CLK16M 4pin xtal pj 46 diode DIODE PJ 57
Text: RBW=1KHz VBW=100Hz 1.0V / div 1.0V / div 10dB / div 10KHz / div Fig.15 16.9MHz Spectrum VDD , / div 10.0nsec / div Fig.13 16.9MHz output waveform VDD=3.3V, at CL=15pF 500psec / div Fig.14 16.9MHz Period-Jitter VDD=3.3V, at CL=15pF 1.0V / div 5.0nsec / div Fig.16 36.9MHz output waveform , [ ] Temperature T[ ] Temperature T[ ] Fig.34 16.9MHz TemperatureDuty 55 Period-jitter1 PJ-1 [psec] 54 53 Duty Duty[ ] 52 51 50 49 48 47 46 45 -25 0 25 50 75 100 Fig.35 16.9MHz TemperaturePeriod-Jitter 1


Original
PDF BU2285FV BU2363FV 09005EAT03 R0039A pj 47 diode pj 53 diode pj 54 diode diode pj 77 CLK16M 4pin xtal pj 46 diode DIODE PJ 57
2009 - pj 88 diode

Abstract: pj 46 diode diode pj 87 2pin XTAL 27.0000MHZ pj 35 diode PJ 63 MM diode pj 84 diode pj 47 diode pj 87 diode
Text: =1KHz VBW=100Hz 10dBdiv 10KHzdiv Fig.15 16.9MHz Spectrum VDD=3.3V, at CL=15pF RBW=1KHz VBW=100Hz 1.0Vdiv 1.0Vdiv LT Jitter 8.1nsec 1.0Vdiv 10.0nsecdiv Fig.13 16.9MHz output waveform VDD=3.3V, at CL=15pF 500psecdiv Fig.14 16.9MHz Period-Jitter VDD=3.3V, at CL=15pF 1.0Vdiv 10.0nsecdiv Fig.16 18.4MHz output , 50 75 100 Temperature T[ ] Temperature T[ ] Fig.36 16.9MHz TemperatureDuty 55 , =3.3V Fig.37 16.9MHz TemperaturePeriod-Jitter 1 100 90 Fig.38 16.9MHz TemperaturePeriod-Jitter MIN-MAX


Original
PDF BU2280FV, BU2288FV, BU2360FV, BU2362FV pj 88 diode pj 46 diode diode pj 87 2pin XTAL 27.0000MHZ pj 35 diode PJ 63 MM diode pj 84 diode pj 47 diode pj 87 diode
2008 - pj 54 diode

Abstract: osc xtal 6MHZ XTAL 27.0000MHZ pj 88 pj 88 diode BU2280FV SSOP-B24 4 MHz crystal 2pin 2pin XTAL 27.0000MHZ pj 87
Text: .13 16.9MHz output waveform VDD=3.3V, at CL=15pF 500psecdiv Fig.14 16.9MHz Period-Jitter VDD=3.3V, at CL=15pF 10KHzdiv Fig.15 16.9MHz Spectrum VDD=3.3V, at CL=15pF 10.0nsecdiv Fig.16 18.4MHz output waveform VDD , VDD=2.9V 300 200 VDD=3.3V 100 0 25 50 75 -25 100 0 Fig.37 16.9MHz TemperaturePeriod-Jitter 1 50 75 100 Fig.38 16.9MHz TemperaturePeriod-Jitter MIN-MAX 100 54 90 53 , [] Fig.36 16.9MHz TemperatureDuty VDD=3.7V 60 50 40 VDD=3.3V VDD=2.9V 30 20 10 0


Original
PDF BU2280FV, BU2288FV, BU2360FV, BU2362FV pj 54 diode osc xtal 6MHZ XTAL 27.0000MHZ pj 88 pj 88 diode BU2280FV SSOP-B24 4 MHz crystal 2pin 2pin XTAL 27.0000MHZ pj 87
Supplyframe Tracking Pixel