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    190mhz Datasheets

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    Part ECAD Model Manufacturer Description Download Buy
    LMH6683MTX/NOPB Texas Instruments Triple Channel, 190MHz Single Supply, Operational Amplifier 14-TSSOP -40 to 85 Visit Texas Instruments Buy
    LMH6639MFX/NOPB Texas Instruments 190MHz Rail-to-Rail Output Amplifier with Disable 6-SOT-23 -40 to 85 Visit Texas Instruments Buy
    LMH6639 MDC Texas Instruments 190MHz Rail-to-Rail Output Amplifier with Disable 0-DIESALE -40 to 85 Visit Texas Instruments
    LMH6682MAX/NOPB Texas Instruments Dual Channel, 190MHz, Single Supply Operational Amplifier 8-SOIC -40 to 85 Visit Texas Instruments Buy
    LMH6683MAX/NOPB Texas Instruments Triple Channel, 190MHz Single Supply, Operational Amplifier 14-SOIC -40 to 85 Visit Texas Instruments Buy
    LMH6682MM/NOPB Texas Instruments Dual Channel, 190MHz, Single Supply Operational Amplifier 8-VSSOP -40 to 85 Visit Texas Instruments Buy
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    Abracon Corporation ABLS-14.089190MHZ-10-J4Y-T

    CRYSTAL 14.08919MHZ 10PF SMD
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    Abracon Corporation ABLS-13.025190MHZ-10-K4Q-T

    Crystals CRYSTAL 13.025190 MHZ 10PF SMD, MICREL
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    190mhz Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    2001 - Not Available

    Abstract: No abstract text available
    Text: Compression) (IF Freq. 190MHz LO Freq. 760MHz VCC=3.0V Temp. 25oC) 15.0 (VCC=3.0V, VGC=2.4V, IF , (mV-peak) VGC (V) NF versus VGC 70.0 (IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm,VCC=2.7V,VGC , 1.0 1.6 1.8 2.0 2.2 2.4 (IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm, VCC=3.0V, VGC , (Calibrated) (IF= 190MHz to 195MHz, LO=760MHz @ -10dBm, VCC=3.0V, VGC=2.4V) 7.0 1.2 VGC (V) Vgc (V , ) IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm, VCC=3.0, VGC=2.4 to 0.3V) 2.5 3.0 3.5 0.2


    Original     		PDF RF2690 RF2690 RF9678 RF2638 190MHz, 760MHz -10dBm,

    27631

    Abstract: AN486 MAX2387 MAX2388 MAX2389 MAX3288 MAX3289 190MHz balun 29453 74423
    Text: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: W-CDMA, LNA, low noise amplifier, 190MHz IF, UMTS, UMTS receiver Mar 22, 2001 APPLICATION NOTE 486 MAX2388 at 190MHz IF for WCDMA Abstract , 2140MHz RF and 190MHz IF. The IF output has been re-matched for 190MHz , and the new bill of materials is , measurement data shown below were taken on the MAX2388 with 190MHz intermediate frequency (IF) at VCC = 2.8V , . MAX2388 LNA NF measurement. Figure 6. MAX2388 mixer NF measurement. Bill of Materials for 190MHz IF


    Original     		PDF 190MHz MAX2388 MAX2387 2140MHz 190MHz, MAX2387/MAX2388/MAX2389 MAX238X MAX2387, 27631 AN486 MAX2389 MAX3288 MAX3289 190MHz balun 29453 74423

    PLL602-42

    Abstract: No abstract text available
    Text: Preliminary for proposal PLL602-42 Low Phase Noise CMOS XO (96MHz to 190MHz ) FEATURES · · · · Low phase noise XO for the 96MHz to 190MHz range (-133 dBc at 10kHz offset). CMOS , performance and low phase noise XO, providing less than -133 dBc at 10kHz offset in the 96MHz to 190MHz , FREQUENCY RANGE OUTPUT BUFFER x8 96 - 190MHz CMOS BLOCK DIAGRAM VCO Divider , 190MHz ) PIN DESCRIPTIONS Name Number Type Description CLK 1 O Output clock pin


    Original     		PDF PLL602-42 96MHz 190MHz) 190MHz 10kHz 24MHz 7-10ps PLL602-42

    2000 - 9-0-9 CENTER TAP transformer

    Abstract: 1610MHz receiver DCS1800 MAX19995A PCS1900 190MHz balun
    Text: , fRF = 1700MHz to 2000MHz, fLO = 1510MHz to 1810MHz, fIF = 190MHz , fRF > fLO, TC = -40°C to +85°C. Typical values are at VCC = +5.0V, PRF = -5dBm, PLO = 0dBm, fRF = 1800MHz, fLO = 1610MHz, fIF = 190MHz , dB/°C fRF = 1700MHz to 2000MHz, fLO = 1510MHz to 1810MHz, fIF = 190MHz , TC = -40°C to +85°C fRF , = 190MHz , fRF = 1950MHz 9.5 12.5 13.3 dBm , , fRF = 1700MHz to 2000MHz, fLO = 1510MHz to 1810MHz, fIF = 190MHz , fRF > fLO, TC = -40°C to +85°C.


    Original     		PDF 1700MHz 2200MHz MAX19995 2200MHz 1400MHz 2000MHz, MAX19995A, MAX19995. 9-0-9 CENTER TAP transformer 1610MHz receiver DCS1800 MAX19995A PCS1900 190MHz balun

    2001 - pin diagram of op-amp ic 741

    Abstract: pin diagram of op-amp ic 747 747 opamp OP BASEBAND 80MHZ CLC426 RF2689 opamp 747 741 op-amp SQ201 RFMD amplifier
    Text: Preliminary BaseBand Filter Measurement (Caliberated) Base Band Filter Respose (Caliberated) IF= 190MHz , =225MHz, LO=1080MHz @ -10dBm) IGC versus VGC (IF= 190MHz , LO=1520MHz @ -10dBm, VCC=3.0V, Temp. +25oC , ) Voltage Gain versus POUT (1dB Compression) Voltage Gain versus Power Out (GSM-1dB Compression) IF= 190MHz , (dB) o (IF=225.05MHz, LO=1080MHz @ -10dBm, VCC=2.7V, VGC=2.4V to 0.3V) (IF= 190MHz , LO , 0.6 0.8 1.0 o o o (IF= 190MHz , LO=1520MHz @ -10dBm, VCC=3.0V, VGC=2.4V to 0.3V


    Original     		PDF RF2689 05MHz, 1080MHz -10dBm, 191MHz, 1520MHz pin diagram of op-amp ic 741 pin diagram of op-amp ic 747 747 opamp OP BASEBAND 80MHZ CLC426 RF2689 opamp 747 741 op-amp SQ201 RFMD amplifier

    2001 - pin diagram of op-amp ic 741

    Abstract: op-amp 743 IC 741 OPAMP gp bjt CLC426 RF2638 RF2690 RF9678 OF IC 741 op-amp of op-amp ic 741
    Text: (1dB Compression) (IF Freq. 190MHz LO Freq. 760MHz VCC=3.0V Temp. 25oC) 15.0 (VCC=3.0V, VGC , Out (mV-peak) VGC (V) NF versus VGC 70.0 (IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm,VCC , 0.6 0.8 1.0 1.6 1.8 2.0 2.2 2.4 (IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm , Response (Calibrated) (IF= 190MHz to 195MHz, LO=760MHz @ -10dBm, VCC=3.0V, VGC=2.4V) 7.0 1.2 VGC , . +25oC, - 40oC, +85oC) IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm, VCC=3.0, VGC=2.4 to 0.3V) 2.5


    Original     		PDF RF2690 RF2690 RF9678 RF2638 190MHz, 760MHz -10dBm, pin diagram of op-amp ic 741 op-amp 743 IC 741 OPAMP gp bjt CLC426 RF2638 OF IC 741 op-amp of op-amp ic 741

    2000 - NF919

    Abstract: WBC4-6TLB Power AMP P1dB 35dBm LTC5541 LTC5540 LTC5542 LTC5543 TA-0116 TC4-1W-7ALN LT5557
    Text: Receiver 190MHz SAW 1nF VCCIF 3.3V or 5V 1F 22pF IF AMP 1nF 150nH 150nH 8.8 , ), SSB NF (dB) IF+ Wideband Conversion Gain, IIP3 and NF vs IF Output Frequency 190MHz BPF , . (Notes 2, 3, 4) Low-Side LO Downmixer Application: RF = 1700 to 2200MHz, IF = 190MHz , fLO = fRF ­fIF , , fLO = 1760MHz, fIF = 190MHz ­67 dBc 3RF ­ 3LO Output Spurious Product (fRF = fLO + fIF/3) fRF = 1823.33MHz at ­10dBm, fLO = 1760MHz, fIF = 190MHz ­73 dBc Input 1dB Compression RF =


    Original     		PDF LTC5541 1950MHz 630mW 20-Lead 600MHz LTC5541 140MHz, 900MHz, NF919 WBC4-6TLB Power AMP P1dB 35dBm LTC5540 LTC5542 LTC5543 TA-0116 TC4-1W-7ALN LT5557

    2001 - Not Available

    Abstract: No abstract text available
    Text: Preliminary BaseBand Filter Measurement (Caliberated) Base Band Filter Respose (Caliberated) IF= 190MHz , versus POUT (1dB Compression) Voltage Gain versus Power Out (GSM-1dB Compression) IF= 190MHz , LO , =1080MHz @ -10dBm) IGC versus VGC (IF= 190MHz , LO=1520MHz @ -10dBm, VCC=3.0V, Temp. +25oC) 7 200.0 , ) o (IF=225.05MHz, LO=1080MHz @ -10dBm, VCC=2.7V, VGC=2.4V to 0.3V) (IF= 190MHz , LO=1520MHz @ , =+25oC, - Voltage Gain versus VGC (W-CDMA, Temp. +25 C, -40 C, +85 C) (IF= 190MHz , LO=1520MHz @ -10dBm


    Original     		PDF RF2689 05MHz, 1080MHz -10dBm, 191MHz, 1520MHz

    2011 - 70.1

    Abstract: SAW Filter IF SAW Filter
    Text: Oscilent Corporation PRODUCT SPECIFICATION REV A January 2011 Oscilent Controlled Document Ordering Code / Part Number Product Description 835-IF70.01M-119A 70.1 MHz IF SAW Filter 19.0MHz , 835-IF70.01M-119A 70.1 MHz IF SAW Filter 19.0MHz Bandwidth January 2011 Rev A Mechanical , 19.0MHz Bandwidth January 2011 Rev A Maximum Ratings Parameters Description Unit Minimum , www.oscilent.com Oscilent Part Number 835-IF70.01M-119A January 2011 Rev A 70.1 MHz IF SAW Filter 19.0MHz


    Original     		PDF 835-IF70 01M-119A J-STD-020C 2002/95/EC 10MHz) 70.1 SAW Filter IF SAW Filter

    2010 - LTC5541

    Abstract: LT5554 LT5579 LTC5540 LT5578 LTC5542 LTC5543 LT5570 LT5557
    Text: Receiver 190MHz SAW 1nF 1µF 22pF IMAGE BPF 22pF IF – LO2 LTC5542 IF , 150nH 150nH 190MHz BPF GC (dB) VCCIF 3.3V or 5V Wideband Conversion Gain, IIP3 and NF , Downmixer Application: RF = 1900 to 2700MHz, IF = 190MHz , fLO = fRF –fIF PARAMETER CONDITIONS , Product (fRF = fLO + fIF/2) fRF = 2305MHz at –10dBm, fLO = 2210MHz, fIF = 190MHz –62 dBc , 2210MHz, fIF = 190MHz –73 dBc Input 1dB Compression RF = 2400MHz, VCCIF = 3.3V RF = 2400MHz


    Original     		PDF LTC5542 660mW 20-Lead 600MHz LTC5542 140MHz, 900MHz, 500ns 78dBFS 250MHz LTC5541 LT5554 LT5579 LTC5540 LT5578 LTC5543 LT5570 LT5557

    2010 - J569

    Abstract: LTC5540 LT5579 LTC5541 LT5570 504gc N40001 LT5554 LT5578 LTC5542
    Text: RANGE 2.3GHz – 4GHz 2.4GHz – 3.6GHz TYPICAL APPLICATION Wideband Receiver 190MHz SAW , 8 SYNTH 1 NF TA = +25°C fIF = 190MHz fLO = fRF + fIF 21 20 GC 7 6 600 , (dB) VCCIF 3.3V or 5V Wideband Conversion Gain, IIP3 and NF vs RF Input Frequency 190MHz , Application: RF = 600MHz to 1100MHz, IF = 190MHz , fLO = fRF +fIF PARAMETER CONDITIONS Conversion Gain , 190MHz –70 dBc 3LO – 3RF Output Spurious Product (fRF = fLO – fIF/3) fRF = 1026.67MHz


    Original     		PDF LTC5540 600MHz 900MHz 640mW 20-Lead 600MHz LTC5540 16-Bit, J569 LT5579 LTC5541 LT5570 504gc N40001 LT5554 LT5578 LTC5542

    pin diagram of op-amp ic 747

    Abstract: No abstract text available
    Text: Compression) (IF Freq. 190MHz LO Freq. 760MHz VCC=3.0V Temp. 25oC) 15.0 (VCC=3.0V, VGC=2.4V, IF , (mV-peak) VGC (V) NF versus VGC 70.0 (IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm,VCC=2.7V,VGC , 1.0 1.6 1.8 2.0 2.2 2.4 (IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm, VCC=3.0V, VGC , (Calibrated) (IF= 190MHz to 195MHz, LO=760MHz @ -10dBm, VCC=3.0V, VGC=2.4V) 7.0 1.2 VGC (V) Vgc (V , ) IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm, VCC=3.0, VGC=2.4 to 0.3V) 2.5 3.0 3.5 0.2


    Original     		PDF RF2690 RF2690 RF9678 RF2638 190MHz, 760MHz -10dBm, pin diagram of op-amp ic 747

    LTC5569

    Abstract: LTC5592 LT5554 LT5579 LTC5593 LTC5590 LT5578 LTC5583 LT5557
    Text: Wideband Conversion Gain and IIP3 vs IF Frequency Wideband LTE Receiver 190MHz SAW VCCIF 3.3V or , ENB (0V/3.3V) BIAS IFB– 1nF 190MHz SAW 22pF 26 9 SYNTH ENB IFB+ VCCIF , IIP3 (dBm) RF 2300MHz TO 2400MHz IF AMP 1nF 150nH IFA+ 190MHz BPF GC (dB) 1nF 190MHz BPF IF AMP ADC 5592 TA01a 5592f 1 LTC5592 ABSOLUTE MAXIMUM RATINGS PIN , Loss ZO = 50Ω, 1700MHz to 2500MHz >17 dB IF Output Impedance Differential at 190MHz


    Original     		PDF LTC5592 35GHz 600MHz 900MHz, 95GHz, 14GHz, 40MHz LTC5569 LTC5592 LT5554 LT5579 LTC5593 LTC5590 LT5578 LTC5583 LT5557

    2001 - pin diagram of op-amp ic 747

    Abstract: OF IC 741 opamp pin diagram of op-amp ic 741 opa350 chip 174dB WM1400-12 and WM1700-24 Rev 06
    Text: BaseBand Filter Measurement (Caliberated) IF= 190MHz , LO=1520MHz @ -10dBm, VCC=3.0V, VGC=2.4V) 8.0 6.0 4.0 , ) 7 QUADRATURE DEMODULATORS 15.0 (IF= 190MHz , LO=1520MHz @ -10dBm, VCC=3.0V, Temp. +25oC) Igc , 1.2 1.4 1.6 1.8 2.0 2.2 2.4 VGC (V) VGC (V) Voltage Gain versus POUT (1dB Compression) IF= 190MHz , =225.05MHz, LO=1080MHz @ -10dBm, VCC=2.7V, VGC=2.4V to 0.3V) Gain @2.7V,Temp.+25C (IF= 190MHz , LO=1520MHz @ , VGC (W-CDMA, Temp. +25 C, -40 C, +85 C) (IF= 190MHz , LO=1520MHz @ -10dBm, VCC=3.0V, VGC=2.4V to 0.3V


    Original     		PDF RF2689 RF2689 RF2688 25GHz 05MHz, 1080MHz -10dBm, 191MHz, 1520MHz pin diagram of op-amp ic 747 OF IC 741 opamp pin diagram of op-amp ic 741 opa350 chip 174dB WM1400-12 and WM1700-24 Rev 06

    2002 - 174ra

    Abstract: No abstract text available
    Text: DEMODULATORS 7-24 Rev A4 010815 Preliminary BaseBand Filter Measurement (Caliberated) IF= 190MHz , LO , (MHz) IGC versus VGC 15.0 Frequency (kHz) 7 QUADRATURE DEMODULATORS (IF= 190MHz , LO=1520MHz @ , Gain versus POUT (1dB Compression) IF= 190MHz , LO=1520MHz @ -10dBm, VCC=3.0V, VGC=2.4V) 82.0 81.0 80.0 , ,Temp.- 40C Gain @2.7V,Temp.+85C 60.0 o o o (IF= 190MHz , LO=1520MHz @ -10dBm, VCC=2.7V, VGC=2.4V to , DEMODULATORS VGC (V) Voltage Gain versus VGC (W-CDMA, Temp. +25 C, -40 C, +85 C) (IF= 190MHz , LO=1520MHz @


    Original     		PDF RF2689 RF2689 RF2688 25GHz 05MHz, 1080MHz -10dBm, 191MHz, 1520MHz 174ra

    2002 - OF IC 741 op-amp

    Abstract: ua+745+op+amp
    Text: IGC versus VGC 15.0 (IF Freq. 190MHz LO Freq. 760MHz VCC=3.0V Temp. 25oC) Preliminary Voltage , DEMODULATORS 70.0 VGC (V) Power Out (mV-peak) NF versus VGC IF Freq. 190MHz , LO Freq. 760MHz @ , 0.3 0.7 1.1 1.5 1.9 2.3 Voltage Gain versus VGC (Temp. +25oC, - 40oC, +85oC) (IF Freq. 190MHz , LO , Response (Calibrated) (IF= 190MHz to 195MHz, LO=760MHz @ -10dBm, VCC=3.0V, VGC=2.4V) 8.0 80.0 7.0 6.0 5.0 , 10.0 0.0 90.0 Voltage Gain versus VGC (Temp. +25oC, - 40oC, +85oC) (IF Freq. 190MHz , LO Freq


    Original     		PDF RF2690 RF2690 RF9678 RF2638 25GHz 20-pin, -40oC) 190MHz, 760MHz -10dBm, OF IC 741 op-amp ua+745+op+amp

    2003 - op-amp 743

    Abstract: 174ra
    Text: 030618 7-43 RF2690 IGC versus VGC 15.0 (IF Freq. 190MHz LO Freq. 760MHz VCC=3.0V Temp. 25oC , , +85oC) (IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm,VCC=2.7V,VGC=2.4V to 0.3V) 90.0 Gain @2.7V,Temp.+25C Gain @2.7V,Temp.- 40C Gain @2.7V,Temp.+85C IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm, VCC=3.0, VGC , 1.6 1.8 2.0 2.2 2.4 0.0 Vgc (V) VGC (V) W-CDMA Baseband Filter Response (Calibrated) (IF= 190MHz , Gain versus VGC (Temp. +25oC, - 40oC, +85oC) (IF Freq. 190MHz , LO Freq. 760MHz @ -10dBm, VCC=3.0V, VGC


    Original     		PDF RF2690 RF2690 RF9678 RF2638 25GHz 20-pin, -40oC) 190MHz, 760MHz -10dBm, op-amp 743 174ra

    AN1211

    Abstract: APP1211 MAX2309 MAX2363 MAX2388 quadrature modulation two front end
    Text: front end mixes down to a 190MHz IF. The MAX2309 converts the receiver IF to baseband, whilst supplying , transmit IC. The receive IF is set to 190MHz , whereas the transmit IF is set to 380MHz, to serve the , , please see application note 486, "MAX2388 at 190MHz IF for WCDMA." IF Demodulator The MAX2309 , 190MHz IF for WCDMA." Transmit Modulator The MAX2363 is a transmitter IC that takes the baseband


    Original     		PDF 2140MHz 1950MHz MAX2388 190MHz MAX2309 MAX2363 320MHz MAX2309: MAX2363: AN1211 APP1211 quadrature modulation two front end

    2011 - LTC5569

    Abstract: G1038 schematic diagram vga 15-pin 0402HP LTC5569IUF N4000-13 LTC5569IUF#TRPBF tc8-1-10ln LT5554 LT5579
    Text: respective owners. Typical Application Diversity Receiver with 190MHz Bandpass IF Matching 1nF 190MHz , 1.0 VCCB 1nF 190MHz 2.5 1.5 5569 TA01a 10nF 3.0 2.0 BPF ENB 28 IIP3 , = 50, 1000MHz to 3500MHz >12 dB IF Output Impedance Differential at 190MHz LO Input , CC = 3.3V, ENA, ENB = High. TC = 25°C, PLO = 0dBm, IF = 190MHz , V PRF = ­6dBm (­6dBm/tone for 2 , Intercept (f = 190MHz , fSPUR = fRF1 ­ fRF2) fRF1 = 945MHz, fRF2 = 755MHz, fLO = 1040MHz fRF1 = 2045MHz


    Original     		PDF LTC5569 300MHz 1950MHz V/600mW 31dBm 14GHz, 72dBm 78dBFS 250MHz LTC5569 G1038 schematic diagram vga 15-pin 0402HP LTC5569IUF N4000-13 LTC5569IUF#TRPBF tc8-1-10ln LT5554 LT5579

    2010 - j569

    Abstract: 1090MHz balun 1090Mhz LNA circuit for a signal blocker 1090mhz filter LTC5540 LTC5541 LTC5543 j182 LTC5542
    Text: 2.3GHz ­ 4GHz 2.4GHz ­ 3.6GHz Typical Application Wideband Receiver 190MHz SAW 1nF 1µF , TA = +25°C fIF = 190MHz fLO = fRF + fIF 21 20 GC 7 6 600 IIP3 (dBm) RF 700MHz , Wideband Conversion Gain, IIP3 and NF vs RF Input Frequency 190MHz BPF 19 800 700 900 RF , . (Notes 2, 3, 4) High-Side LO Downmixer Application: RF = 600MHz to 1100MHz, IF = 190MHz , fLO = fRF +fIF , 1090MHz, fIF = 190MHz ­70 dBc 3LO ­ 3RF Output Spurious Product (fRF = fLO ­ fIF/3) fRF =


    Original     		PDF LTC5540 600MHz 900MHz 640mW 20-Lead 600MHz LTC5540 16-Bit, j569 1090MHz balun 1090Mhz LNA circuit for a signal blocker 1090mhz filter LTC5541 LTC5543 j182 LTC5542

    LMH6639

    Abstract: SOT23 EAA CLC730027 CLC730116 LMH6639MA LMH6639MF M08A VIP10 sot23-6 330 SD 330
    Text: LMH6639 70dB 0.12 0.045 1MHz 5V 60dBc CD/DVD ROM ADC LMH6639 190MHz More , 172V/ LMH6639 1MHz) 3.6mA (V 1) 190MHz 0.2V) (V V GND (V 30mV) ) ( ( ( 3dB , LMH6639 0.045 0.12 3.6mA 400 A 0.186 190MHz 33nsec 0.2V 4V 40mV 110mA 60dBc (V LMH6639 190MHz 190MHz Rail-to-Rail Output Amplifier with Disable LMH6639 12 2004 LMH6639 , LMH6639 190MHz www.national.com 1. 9-111S2 (a) (b) 2. CSP-9-111C2 (Banned Substances


    Original     		PDF LMH6639 60dBc LMH6639 190MHz ds200302 VIP10 28MHz SOT23 EAA CLC730027 CLC730116 LMH6639MA LMH6639MF M08A VIP10 sot23-6 330 SD 330

    2011 - LTE Receiver

    Abstract: 5.1 power amplifier circuit diagram LTC5592 LTC5569 Power AMP P1dB 35dBm BPF saw 465 MHz saw 2140MHZ J68 10A G36 g0622 LT5554
    Text: VCCIF 3.3V or 5V 1nF 150nH 190MHz SAW IF AMP 190MHz BPF ADC 14 13 VCC 3.3V GC (dB) IIP3 12 11 ENA ENA (0V/3.3V) 2.2pF LO LO 2160MHz SYNTH 10 9 8 7 RFB IF AMP IFB+ VCCIF 150nH IFB­ 150nH 1nF 190MHz SAW 22pF 1nF IF AMP LO AMP ENB BIAS VCCB 22pF 190MHz BPF ADC 5592 TA01a Wideband Conversion Gain and , to 2500MHz Differential at 190MHz fLO = 1700MHz to 2500MHz fLO = 1700MHz to 2500MHz fLO = 1700MHz to , 2700MHz, IF = 190MHz , fLO = fRF ­ fIF PARAMETER Conversion Gain CONDITIONS RF = 1950MHz RF = 2350MHz RF =


    Original     		PDF LTC5592 600MHz 125dB 27dBm 900MHz, 95GHz, 14GHz, 40MHz LTE Receiver 5.1 power amplifier circuit diagram LTC5569 Power AMP P1dB 35dBm BPF saw 465 MHz saw 2140MHZ J68 10A G36 g0622 LT5554

    2000 - LTC5541

    Abstract: LT5554 LT5579 LTC5540 LT5578 LTC5542 LTC5543 LT5570 LT5557
    Text: APPLICATION Wideband Receiver 190MHz SAW 1nF 1µF 22pF IMAGE BPF 2.2pF 28 8.6 IF â , 190MHz BPF 12 7.0 6.8 160 10 NF 190 200 170 180 210 IF OUTPUT FREQUENCY (MHz) 8 , 190MHz , fLO = fRF –fIF PARAMETER CONDITIONS Conversion Gain RF = 1750MHz RF = 1950MHz RF = , fIF/2) fRF = 1855MHz at –10dBm, fLO = 1760MHz, fIF = 190MHz –67 dBc 3RF – 3LO Output Spurious Product (fRF = fLO + fIF/3) fRF = 1823.33MHz at –10dBm, fLO = 1760MHz, fIF = 190MHz â


    Original     		PDF LTC5541 1950MHz 630mW 20-Lead 600MHz LTC5541 140MHz, 900MHz, LT5554 LT5579 LTC5540 LT5578 LTC5542 LTC5543 LT5570 LT5557

    2011 - LTE Receiver

    Abstract: LTC5592 RIF 206 1090Mhz LNA LTC5590 LTC5591 LTC5593 LTC5569 g40220 LTC5592IUH
    Text: Wideband LTE Receiver 190MHz SAW VCCIF 3.3V or 5V 1F 22pF 150nH RF 2300MHz TO 2400MHz , 2160MHz IRF = 2350 ±30MHz TEST CIRCUIT IN FIGURE 1 6 160 VCCB 1nF 190MHz SAW 22pF 11 7 , ) IIP3 (dBm) RF 2300MHz TO 2400MHz IF AMP 1nF 150nH IFA+ IMAGE BPF 22pF 190MHz BPF GAIN (dB) 1nF 22 210 21 220 5592 TA01b 190MHz BPF IF AMP ADC 5592 TA01a , , 1700MHz to 2500MHz >15 dB IF Output Impedance Differential at 190MHz 300|2.3pF R|C


    Original     		PDF LTC5592 35GHz 800mW 600MHz 27dBm 900MHz, 95GHz, 14GHz, LTE Receiver LTC5592 RIF 206 1090Mhz LNA LTC5590 LTC5591 LTC5593 LTC5569 g40220 LTC5592IUH

    LTC5541

    Abstract: ENB 401 LT5554 LTC5593 LTC5590 LTC5540 LT5578 LTC5542 LTC5543 LTC5583
    Text: trademarks are the property of their respective owners. TYPICAL APPLICATION Wideband Receiver 190MHz , 1760MHz LO SYNTH IFB+ BIAS IFB– 150nH 6.0 160 VCCB 22pF 150nH 1nF 190MHz , Evaluation Board) 190MHz BPF GC (dB) 1nF NF 10 210 180 170 200 190 IF OUTPUT FREQUENCY (MHz) 8 220 5591 TA01b 190MHz BPF IF AMP ADC 5591 TA01a 5591f 1 LTC5591 , Differential at 190MHz 300Ω|2.3pF R|C LO Input Power fLO = 1400MHz to 2100MHz –4 0 6


    Original     		PDF LTC5591 1950MHz 800mW 600MHz LTC5583 40MHz LTC2285 LTC5541 ENB 401 LT5554 LTC5593 LTC5590 LTC5540 LT5578 LTC5542 LTC5543 LTC5583
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