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MF45MB2

Abstract: F45M08B1 HC49 us 3db surface mount MF45RB2 F45M10B1 F45M12B1 F45M13B1 450MHZ MF45U9
Text: Monolithic Crystal Filters ECM 45.0MHz Series § § § § § Fundamental Mode Small Size , Centre Frequency Ripple (max) Number Of Poles 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 1.0dB 1.0dB 1.0dB 1.0dB 0.5dB 1.0dB 2.0dB 0.5dB 1.0dB 1.0dB 0.5dB 1.0dB 1.5dB , 45.0MHz 45.0MHz 45.0MHz 45.0MHz 45.0MHz 0.5dB 1.0dB 1.0dB 0.5dB 1.0dB Passband Width


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PDF F45M08B1 F45M10B1 F45M12B1 F45M13B1 F45M15A1 F45M15B1 F45M15C1 F45M18A1 F45M18B1 F45M35B1 MF45MB2 F45M08B1 HC49 us 3db surface mount MF45RB2 F45M10B1 F45M12B1 F45M13B1 450MHZ MF45U9
APP3955

Abstract: MAX2010
Text: ) to optimize its operational frequency to 450MHz. By default, this predistortion component is , characteristics at 450MHz. Page 3 of 6 Parasitic Gain-Compression Characteristics at 450MHz The graph in , 450MHz. Page 4 of 6 Input-Matching Characteristics at 450MHz Figure 4. MAX2010 input match at 450MHz. Page 5 of 6 Output-Matching Characteristics at 450MHz Figure 5. MAX2010 output match at 450MHz. Application Note 3955: www.maxim-ic.com/an3955 More Information For technical support


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PDF MAX2010 450MHz MAX2010 450MHz. 500MHz 1100MHz MAAX2010 APP3955
2012 - Not Available

Abstract: No abstract text available
Text: RFHA1042 225MHz to 450MHz 125W GaN Power Amplifier RFHA1042 225MHz TO 450MHz 125W GaN POWER , Power 125W Wideband Single Circuit for 225 - 450MHz 48V Modulated Typical Performance · POUT 45.2dBm · , , commercial wireless infrastructure and general purpose applications in the 225MHz to 450MHz frequency band , , 9.8dB PAR at 0.01% CCDF), POUT = 45.2dBm, f = 450MHz IS95 (9 channel model, 9.8dB PAR at 0.01% CCDF), POUT = 45.2dBm, f = 450MHz RF Functional Test VGS Gain Drain Efficiency [1] Test Conditions


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PDF RFHA1042 225MHz 450MHz RFHA1042 RF400-2 -26dBc
Not Available

Abstract: No abstract text available
Text: . MA120.A.QP.001 Product Name Hercules Hercules GENII Screw mount 2in1 450MHz and 868MHz (Separate , 450MHz and 868MHz Combo Antenna Peak Gain 3dBi for 450MHz Band 1dBi for 868MHz Band Cable and , performance 450MHz and 868MHz combination thread mount antenna for external use with smart meters, gateways , .120.A.Q108111.P108111 3. Antenna Characteristics 3.1 Return Loss 0 -5 -10 450MHz Ant_50cm Square Ground , Characteristics 3.2 Efficiency 60 50 (%) 40 30 450MHz Ant_50cm Square Ground 20 10 0


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PDF MA120 450MHz 868MHz 868MHz RG-316
IC 1709 CN

Abstract: LG 631 LG 631 IC HPB753C TSH690 TSH690ID TSN690
Text: – 28dB GAIN @ 3V @ 450MHz ■20dB GAIN @ 3V @ 900MHz ■+13.5dBm OUTPUT POWER (P1dB) ■BIAS PIN , , designed in advanced bipolar process featuring 28dB gain and +13.5dBm output power at 450MHz under 3V. The , S21 (Vin = -20dBm, f = 450MHz ) 20 23 30 dB S21 (Vin = -20dBm, f = 900MHz) 17 dB Output Power 1dB Compression (f = 450MHz ) 8 12 dBm 3rd Order Intercept Point (f = 430MHz) 16 22 dBm S12 (Reverse Isolation @ f = 400MHz) -46 dB S11 (Input Return Loss @f = 450MHz ) -10 -15 dB S11 (Input Return Loss @ f =


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PDF TSH690 40MHz 450MHz 900MHz TSH690 450MHz IC 1709 CN LG 631 LG 631 IC HPB753C TSH690ID TSN690
2012 - Not Available

Abstract: No abstract text available
Text: RFHA1042 RFHA1042 225MHz to 450MHz 125W GaN Power Amplifier 225MHz TO 450MHz 125W GaN , Technology  Peak Power 125W Wideband  Single Circuit for 225 - 450MHz  48V , , commercial wireless infrastructure and general purpose applications in the 225MHz to 450MHz frequency band , channel model, 9.8dB PAR at 0.01% CCDF), POUT = 45.2dBm, f = 450MHz Drain Efficiency 42 % IS95 (9 channel model, 9.8dB PAR at 0.01% CCDF), POUT = 45.2dBm, f = 450MHz [1] Test Conditions


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PDF RFHA1042 225MHz 450MHz 450MHz RF400-2 -26dBc DS120613
2009 - 433mhz transmitter ic

Abstract: ask modulation 13.56Mhz 433MHz VCO MAX1470 MAX1473 MAX7044 MAX7044AKA aejw
Text: board layout and PAOUT match. Note 2: Production tested at TA = +25°C with fRF = 300MHz and 450MHz. , 19-3221; Rev 3; 6/09 KIT ATION EVALU BLE AVAILA 300MHz to 450MHz High-Efficiency , transmitter is designed to transmit OOK/ASK data in the 300MHz to 450MHz frequency range. The MAX7044 , Description MAX7044 300MHz to 450MHz High-Efficiency, Crystal-Based +13dBm ASK Transmitter ABSOLUTE , POUT fRF = 300MHz to 450MHz 9.6 12.5 15.4 TA = +125°C, VDD = +2.1V 5.9 9.0


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PDF 300MHz 450MHz 13dBm MAX7044 100kbps, 433mhz transmitter ic ask modulation 13.56Mhz 433MHz VCO MAX1470 MAX1473 MAX7044AKA aejw
2008 - capacitor 10uF/63V

Abstract: ds10a capacitor 100uF 50V capacitor 1206 63V hex head screws 10uf 63v capacitor AB-45 banana socket datasheet diode gp 429 SMD 1206 RESISTOR 100 OHMS
Text: Conditions VGS=0V,VDS=48V VGS=0V,ID=5mA VGS=0V,ID=5mA VGS=5V,VDS=0V VGS=0V,VDS=48V VGS=0V,VDS=48V F= 450MHz VGS=5V,VDS=0V VGS=5V,VDS=0V F= 450MHz F= 450MHz F= 450MHz F= 450MHz F= 450MHz F= 450MHz VDD=50V,IDQ=50mA F= 450MHz F= 450MHz ID=300µA VDD=5V, VDD=50V,IDQ=50mA VDD=50V,IDQ=50mA VDD=5V, ID=300µA VDD , Conditions F= 450MHz PD PD Parameter Rise Time Fall Time Rise Time FallPulse Droop Time Fall Time Pulse Droop Pulse Droop Conditions F= 450MHz F= 450MHz F= 450MHz F= 450MHz F= 450MHz F= 450MHz


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PDF HVV0405-175 EG-01-DS10A 429-HVVi capacitor 10uF/63V ds10a capacitor 100uF 50V capacitor 1206 63V hex head screws 10uf 63v capacitor AB-45 banana socket datasheet diode gp 429 SMD 1206 RESISTOR 100 OHMS
1998 - TSH690

Abstract: TSH690ID 40MHz to 1GHz AMPLIFIER
Text: 28dB GAIN @ 3V @ 450MHz 20dB GAIN @ 3V @ 900MHz +13.5dBm OUTPUT POWER (P1dB) BIAS PIN FOR CURRENT , stages, designed in advanced bipolar process featuring 28dB gain and +13.5dBm output power at 450MHz , TSH690 Parameter Min. Typ. Supply Current 40 46 S21 (Vin = -20dBm, f = 450MHz ) 20 , Compression (f = 450MHz ) 8 12 dBm 3rd Order Intercept Point (f = 430MHz) 16 22 dBm -46 dB -15 dB S11 (Input Return Loss @ f = 900MHz) -10 dB Noise Figure @ f = 450MHz


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PDF TSH690 40MHz 450MHz 900MHz TSH690 450MHz TSH690ID 40MHz to 1GHz AMPLIFIER
A1839

Abstract: SMA5101 C4T3 450-MHz MCPH6
Text: ) 2.0mm × 2.1mm × 0.85mm - 0.5dB(@ 450MHz ) 1.2V Absolute Maximum Ratings / Ta , 120 VC2E2=1V, IC2E2=3mA 20 120 VCC=5V, ICC=6mA, f(RF)= 450MHz , f(LO)=500MHz, P(RF)= - 15dBm, P(LO)= - 6dBm VCC=5V, ICC=6mA, f(RF1)= 450MHz , f(RF2)=451MHz, f(LO)=500MHz, P(RF1)=P(RF2)= - , P1dB - ICC 10 VCC=5V f(RF)= 450MHz f(LO)=500MHz P(RF)= -15dBm 5 Bm = O) -3d , ( 15 0 Bm dB 20 IIP3 - dBm Gc - ICC 10 VCC=5V f(RF)= 450MHz f(LO)=500MHz


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PDF SMA5101 20dBm( 450MHz) SC-88, OT363 022A-020 450MHz 500MHz --15dBm A1839 SMA5101 C4T3 450-MHz MCPH6
1998 - TSH690

Abstract: TSH690ID 40MHz to 1GHz AMPLIFIER
Text: GAIN @ 3V @ 450MHz 20dB GAIN @ 3V @ 900MHz +13.5dBm OUTPUT POWER (P1dB) BIAS PIN FOR CURRENT ADJUST , stages, designed in advanced bipolar process featuring 28dB gain and +13.5dBm output power at 450MHz , = 450MHz ) 20 Unit Max. 23 S21 (Vin = -20dBm, f = 900MHz) mA 30 dB 17 dB Output Power 1dB Compression (f = 450MHz ) 8 12 dBm 3rd Order Intercept Point (f = 430MHz , 450MHz ) -15 dB S11 (Input Return Loss @ f = 900MHz) -10 -10 dB Noise Figure @ f =


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PDF TSH690 40MHz 450MHz 900MHz TSH690 450MHz TSH690ID 40MHz to 1GHz AMPLIFIER
UAA 146

Abstract: UAA 145 TSH690 TSH690ID 8 pin IC 1038
Text: 450MHz ■20dB GAIN @ 3V @ 900MHz ■+13.5dBm OUTPUT POWER (P1dB) ■BIAS PIN FOR CURRENT ADJUST & , bipolar process featuring 28dB gain and +13.5dBm output power at 450MHz under 3V. The pin 8 allows an , Current 40 46 mA S21 (Vin = -20dBm, f = 450MHz ) 20 23 30 dB S21 (Vin = -20dBm, f = 900MHz) 17 dB Output Power 1dB Compression (f = 450MHz ) 8 12 dBm 3rd Order Intercept Point (f = 430MHz) 16 22 dBm S12 (Reverse Isolation @ f = 400MHz) -46 dB S11 (Input Return Loss @ f = 450MHz ) -10 -15 dB S11


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PDF TSH690 40MHz 450MHz 900MHz TSH690 450MHz UAA 146 UAA 145 TSH690ID 8 pin IC 1038
2006 - AP1061

Abstract: No abstract text available
Text: AP1061 450MHz Band CDMA Power Amplifier Module November 2006 AP1061 is a Power Amplifier , 450MHz Band CDMA Power Amplifier Module November 2006 Absolute Minimum and Maximum Ratings Parameter , . Sales Dept. Tel: (949) 453-8518 e-mail: sales@rfintc.com 2 of 9 AP1061 Min. AP1061 450MHz , : sales@rfintc.com 3 of 9 AP1061 450MHz Band CDMA Power Amplifier Module November 2006 Electrical , :1 AP1061 450MHz Band CDMA Power Amplifier Module November 2006 Evaluation Board Circuit


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PDF AP1061 450MHz AP1061 450460MHz 29dBm
1998 - TSH691

Abstract: TSH691ID
Text: TSH691 ® LOW COST 40MHz - 1GHz AMPLIFIER . . . . 28dB GAIN @ 3V @ 450MHz +13.5dBm , . Typ. 20 23 Supply Current Unit Max. 46 S21 (Vin = -20dBm, f = 450MHz ) mA 30 dB S21 (Vin = -20dBm, f = 900MHz) 17 dB Output Power 1dB Compression (f = 450MHz ) 12 , ) -46 dB S11 (Input Return Loss @ f = 450MHz ) -15 dB S11 (Input Return Loss @ f = 900MHz) -10 dB Noise Figure @ f = 450MHz 4.5 dB Noise Figure @ f = 900MHz 5.4 Rth(j-a


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PDF TSH691 40MHz 450MHz TSH691 TSH691ID TSH691ID
1997 - 450-470-MHz

Abstract: 450470MHz 470MHz M68732H
Text: 25 1 1 in 0 440 450 460 20 480 470 3 30 T; 450MHz T;470MHz 0 -10 FREQUENCY f (MHz) 10 90 PO; 450MHz 80 PO;470MHz 7 70 6 60 5 50 4 40 3 30 T; 450MHz 2 20 T;470MHz 1 10 0 0 0.5 1 1.5 2 2.5 3 , EFFICIENCY VS. GATE VOLTAGE 9 80 PO; 450MHz 3.5 0 4 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 85 80 75 PO; 450MHz 70 PO;470MHz 65 60 55 50 45 T; 450MHz 40 35 T;470MHz 30


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PDF M68732H 450-470MHz, 470MHz 450MHz 450-470-MHz 450470MHz 470MHz M68732H
2012 - bm10

Abstract: A1839
Text: conversion gain : -0.5dB (@ 450MHz ) Low voltage available : 1.2V and above Halogen free compliance , )= 450MHz , f(LO)=500MHz, P(RF)=-15dBm, P(LO)=-6dBm VCC=5V, ICC=6mA, f(RF1)= 450MHz , f(RF2)=451MHz, f(LO , No. A1839-3/7 SMA5101 10 P1dB - ICC VCC=5V f(RF)= 450MHz f(LO)=500MHz m 10 Gc - ICC VCC=5V f(RF)= 450MHz f(LO)=500MHz P(RF)= -15dBm 5 5 P1dB - dBm Gc - dB 0 P(L = , 15 P( LO )= d -6 0d -3 dB m Bm 10 5 0 VCC=5V f(RF1)= 450MHz f(RF2


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PDF ENA1839A SMA5101 20dBm 450MHz) A1839-7/7 bm10 A1839
2005 - ALM-80110

Abstract: irl 1520 A004R ALM80110 RO4350
Text: -80110 Application Circuit Data for 450MHz TC = 25°C, Vdd = 5.0V, Vbias = 4.0V 50 45 P1dB (dBm) OIP3 (dBm , Vctrl (V) 4.0 Figure 11. ORL vs Control Voltage and Temperature at 450MHz 1.5 2.0 2.5 , vs Control Voltage and Temperature at 450MHz Isolation (dB) ORL (dB) Figure 9. Gain vs Control Voltage and Temperature at 450MHz -8 -9 -10 -11 -12 -13 -14 -15 -16 -17 -18 1.0 85°C 25°C -40°C Figure 8. P1dB vs Control Voltage and Temperature at 450MHz IRL (dB) Gain


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PDF ALM-80110 ALM-80110 40dBm, 10-lead ALM-80110-BLKG ALM-80110-TR1G AV02-1970EN irl 1520 A004R ALM80110 RO4350
1998 - TSH690

Abstract: TSH690ID 40MHz to 1GHz AMPLIFIER
Text: 28dB GAIN @ 3V @ 450MHz 20dB GAIN @ 3V @ 900MHz +13.5dBm OUTPUT POWER (P1dB) BIAS PIN FOR CURRENT , stages, designed in advanced bipolar process featuring 28dB gain and +13.5dBm output power at 450MHz , 50 TSH690 Parameter Min. Typ. Supply Current 40 46 S21 (Vin = -20dBm, f = 450MHz , 1dB Compression (f = 450MHz ) 8 12 dBm 3rd Order Intercept Point (f = 430MHz) 16 22 dBm -46 dB S12 (Reverse Isolation @ f = 400MHz) S11 (Input Return Loss @ f = 450MHz ) -15


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PDF TSH690 40MHz 450MHz 900MHz TSH690 450MHz TSH690ID 40MHz to 1GHz AMPLIFIER
2005 - TOKO 10.7 transformer

Abstract: WBC1-1TL CR05-101J AVX 1005 j142 TRANSFORMER RF 4.5 MHZ TOKO passive vhf mixer TOKO 100KHz transformer j172 j178
Text: , 140MHz and 450MHz tests, Low-Side LO at ­10dBm for 900MHz, 1900MHz and 2450MHz tests, unless otherwise , 140MHz, IF = 10MHz RF = 450MHz , IF = 70MHz RF = 900MHz, IF = 170MHz RF = 1900MHz, IF = 170MHz RF = , dB/°C RF = 45MHz, IF = 2MHz RF = 140MHz, IF = 10MHz RF = 450MHz , IF = 70MHz RF = 900MHz, IF = , dBm dBm dBm dBm Single-Sideband Noise Figure RF = 140MHz, IF = 10MHz RF = 450MHz , IF = 70MHz , 450MHz performance measured on the test circuit shown in Figure 1. 900MHz, 1900MHz and 2450MHz


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PDF LT5512 20dBm 30MHz 900MHz 17dBm 1900MHz 1900MHz, LT5526 TOKO 10.7 transformer WBC1-1TL CR05-101J AVX 1005 j142 TRANSFORMER RF 4.5 MHZ TOKO passive vhf mixer TOKO 100KHz transformer j172 j178
2006 - LT5557

Abstract: LT5568
Text: , 140MHz, 240MHz, 360MHz and 450MHz. The values of L1 and C3 used for these frequencies are tabulated in , = –3dBm (0dBm for 450MHz and 900MHz tests), IF output measured at 240MHz, unless otherwise noted , RF = 450MHz , IF = 70MHz, High Side LO RF = 900MHz, IF = 140MHz RF = 1750MHz RF = 1950MHz RF = 2150MHz RF = 2600MHz, IF = 360MHz RF = 3600MHz, IF = 450MHz Conversion Gain vs Temperature TA = â , MAX UNITS dB dB dB dB dB dB dB –0.0217 dB/°C RF = 450MHz , IF = 70MHz, High Side


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PDF LT5557 400MHz 900MHz 1950MHz 16-Lead LT5557 LT5568
2012 - Not Available

Abstract: No abstract text available
Text: is power and frequency programmable from 280MHz to 450MHz. The MAX7060 has an internal transmit , EVALUATION KIT AVAILABLE MAX7060 280MHz to 450MHz Programmable ASK/FSK Transmitter General Description The MAX7060 frequency and power-programmable ASK/FSK transmitter operates at 280MHz to 450MHz , set the RF operating frequency to a large fraction of the 280MHz to 450MHz frequency range with a , +125NC. Features S Fully Integrated, Fast Fractional-N PLL 280MHz to 450MHz RF Frequency


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PDF MAX7060 280MHz 450MHz MAX7060 450MHz 280MHz 285MHz
2012 - Not Available

Abstract: No abstract text available
Text: Description The MAX7060 is power and frequency programmable from 280MHz to 450MHz. The MAX7060 has an , 19-5096; Rev 1; 3/12 TION KIT EVALUA BLE IL AVA A 280MHz to 450MHz Programmable ASK/FSK Transmitter Features S Fully Integrated, Fast Fractional-N PLL 280MHz to 450MHz RF Frequency Frequency , MAX7060 frequency and power-programmable ASK/FSK transmitter operates at 280MHz to 450MHz frequencies , RF operating frequency to a large fraction of the 280MHz to 450MHz frequency range with a single


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PDF 280MHz 450MHz 125NC 50kbps 70kbps 14dBm 10dBm 400nA
2011 - Not Available

Abstract: No abstract text available
Text: Transconductance Output Conductance f = 105MHz f = 450MHz f = 105MHz f = 450MHz f = 105MHz f = 450MHz f = 105MHz f = 450MHz 1.5 2.7 16 11.5 14 13 0.16 0.55 dB dB


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PDF SST310 SST310 OT-23 100dB 350mW
2005 - AN2869

Abstract: MAX253 APP2869 MAX2530
Text: 21, 2003 APPLICATION NOTE 2869 Tune the MAX2530 LNA for 450MHz CDMA2000 Operation This application note describes how to tune the MAX2530 LNA to perform in a 450MHz CDMA application. Its performance and features at 450MHz are described and we present a practical circuit and measurement data. Overview Cellular telephone companies are now designing CDMA handsets for the European market at 450MHz , which was previously used for analog communication in Europe. RF designers developing a 450MHz CDMA


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PDF cdma2000, MAX2530 450MHz CDMA2000 450MHz, cdma2000 AN2869 MAX253 APP2869
Not Available

Abstract: No abstract text available
Text: GAIN @ 3V @ 450MHz 20dB GAIN @ 3V @ 900MHz +13.5dBm OUTPUT POWER (P1dB) BIAS PIN FOR CURRENT ADJUST , at 450MHz under 3V. The pin 8 allows an external bias current adjust to tune the output power and , Min. Typ. Supply Current 40 46 S21 (Vin = -20dBm, f = 450MHz ) 20 23 Unit Max. S21 (Vin = -20dBm, f = 900MHz) mA 30 dB 17 dB Output Power 1dB Compression (f = 450MHz , Noise Figure @ f = 450MHz 4.5 dB Noise Figure @ f = 900MHz 5.4 dB S11 (Input Return


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PDF TSH690 450MHz 900MHz TSH690 450MHz
Supplyframe Tracking Pixel