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SN74LV4046ANS Texas Instruments High-Speed CMOS Logic Phase-Locked Loop with VCO 16-SO -40 to 85 visit Texas Instruments
SN74LV4046ANSR Texas Instruments High-Speed CMOS Logic Phase-Locked Loop with VCO 16-SO -40 to 85 visit Texas Instruments Buy
SN74LV4046ADGVR Texas Instruments High-Speed CMOS Logic Phase-Locked Loop with VCO 16-TVSOP -40 to 85 visit Texas Instruments Buy
CD74HC4046ANSRE4 Texas Instruments High Speed CMOS Logic Phase-Locked-Loop with VCO 16-SO -55 to 125 visit Texas Instruments
CD74HC4046ANSR Texas Instruments High Speed CMOS Logic Phase-Locked-Loop with VCO 16-SO -55 to 125 visit Texas Instruments Buy
CD74HC4046AM96G4 Texas Instruments High Speed CMOS Logic Phase-Locked-Loop with VCO 16-SOIC -55 to 125 visit Texas Instruments

VARI-L VCO PLL 5 ghz

Catalog Datasheet MFG & Type PDF Document Tags

VCO190-1650T

Abstract: VCO690-3300T Configuration 3.1 RF PLL Loop Filter Parameters Settings For Operation VCO 12 nF 330 1.5 nF , Figure (3.1) 3.2 IF PLL Loop Filter Parameters Settings For Operation VCO 5.6 nF 470 , 4.1 RF PLL Typical Performance Measurements RF PLL Phase Noise at 3.200 GHz at 1.0 kHz Offset = , Spurs at 3.120 GHz at 2.5 MHz Offset < -84.6 dBc Figure (4.1.3) RF PLL Reference Spurs at 3.200 , LMX2433SLE EVALUATION BOARD OPERATING INSTRUCTIONS RF PLL Reference Spurs at 3.250 GHz at 2.5 MHz Offset
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VCO190-1650T VCO690-3300T varil vco190 cdi schematics pcb 5600 uF 1600 V varil vco190 1650t A2-600 LMX2433SLEFPEBI 2C18PPMZZ LMX2433SLEFPEB

C0805C473J5RAC

Abstract: VARI-L VCO PLL 5 ghz -4790T VCO Gain 94 MHz/V VCO Input Capacitance 12 pF Figure (3.1) 3.2 IF PLL Loop Filter , Measurements RF PLL Phase Noise at 4.700 GHz at 1.0 kHz Offset = -81.77 dBc/Hz MKR ATTEN 10 dB REF -7.3 , LMX2434SLE EVALUATION BOARD OPERATING INSTRUCTIONS RF PLL Reference Spurs at 4.625 GHz at 2.5 MHz Offset , SWP 21.0 msec Figure (4.1.3) RF PLL Reference Spurs at 4.700 GHz at 2.5 MHz Offset < -77.10 dBc , OPERATING INSTRUCTIONS RF PLL Reference Spurs at 4.760 GHz at 2.5 MHz Offset < -81.20 dBc MKR REF -8.5
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D3500 C0805C473J5RAC VARI-L VCO PLL 5 ghz C0603C101J5GAC VCO190-2200AT VCO1902200AT LMX2434SLEFPEBI LMX2434SLEFPEB

dc cdi schematic diagram

Abstract: pll 565 application -3300T VCO Gain 90 MHz/V VCO Input Capacitance 22 pF Figure (3.1) 3.2 IF PLL Loop Filter , Measurements RF PLL Phase Noise at 3.200 GHz at 1.0 kHz Offset = -85.97 dBc/Hz MKR REF -8.8 dBm ATTEN 10 , LMX2433SLE EVALUATION BOARD OPERATING INSTRUCTIONS RF PLL Reference Spurs at 3.120 GHz at 2.5 MHz Offset , N SWP 21.0 msec msec Figure (4.1.3) RF PLL Reference Spurs at 3.200 GHz at 2.5 MHz Offset , EVALUATION BOARD OPERATING INSTRUCTIONS RF PLL Reference Spurs at 3.270 GHz at 2.5 MHz Offset < -85.30 dBc
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dc cdi schematic diagram pll 565 application 1 ghz fm demodulator computer schematic power supply circuit diagram adjustable zero span circuit PLL IC 565

VCO190-2200AT

Abstract: cdi schematics pcb -4790T VCO Gain 94 MHz/V VCO Input Capacitance 12 pF Figure (3.1) 3.2 IF PLL Loop Filter , Phase Noise at 4.700 GHz at 1.0 kHz Offset = -82.4 dBc/Hz Figure (4.1.1) RF PLL Loop Filter , BOARD OPERATING INSTRUCTIONS RF PLL Reference Spurs at 4.645 GHz at 2.5 MHz Offset < -82.1 dBc Figure (4.1.3) RF PLL Reference Spurs at 4.700 GHz at 2.5 MHz Offset < -85.0 dBc Figure (4.1.4 , Measurements IF PLL Phase Noise at 2.100 GHz at 1.0 kHz Offset = -88.7 dBc/Hz Figure (4.2.1) IF PLL Loop
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Header, 10-Pin VCO190-2200 VCO690-4790T E-170 OF12SHCA

VCO191-2750U

Abstract: VCO191-773U Board Configuration 3.1 RF PLL Loop Filter Parameters Settings For Operation VCO 1.8 nF , 22 pF Figure (3.1) 3.2 IF PLL Loop Filter Parameters Settings For Operation VCO 330 , 4.1 RF PLL Typical Performance Measurements RF PLL Phase Noise at 2.750 GHz at 1.0 kHz Offset = , Spurs at 2.675 GHz at 1.0 MHz Offset < -81.6 dBc Figure (4.1.3) RF PLL Reference Spurs at 2.750 , LMX2430SLE EVALUATION BOARD OPERATING INSTRUCTIONS RF PLL Reference Spurs at 2.790 GHz at 1.0 MHz Offset
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VCO191-2750U VCO191-773U cdi schematic LMX2430SLEFPEBI LMX2430SLEFPEB

varil vco

Abstract: VARI-L VCO . 5 3.1 RF1 PLL Loop Filter Parameters. 5 3.2 RF2 PLL Loop Filter Parameters , MHz/V VCO Input Capacitance 22 pF Figure (3.1) 3.2 RF2 PLL Loop Filter Parameters , MHz/V VCO Input Capacitance 100 pF Figure (3.2) LMX2336USLBFPEB December 12,2001 5 , EVALUATION BOARD OPERATING INSTRUCTIONS RF1 PLL Reference Spurs at 1.93 GHz at 200 kHz Offset < -76.00 dBc
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LMX2336U varil vco VARI-L VCO 191-1960U VCO191-1960U VCO191-902U LMX2336USLB LMX2336USLBFPEBI

dc cdi schematic diagram

Abstract: cdi schematics pcb Configuration 3.1 RF PLL Loop Filter Parameters Settings For Operation VCO 1.8 nF 1.5 k 220 pF , (3.1) 3.2 IF PLL Loop Filter Parameters Settings For Operation VCO 330 pF 8.2 k OPEN , Performance Measurements RF PLL Phase Noise at 2.750 GHz at 1.0 kHz Offset = -85.87 dBc/Hz MKR REF -15.2 , VBW 100 kHz SPA 3.00 MHz N SWP 20.0 msec Figure (4.1.3) RF PLL Reference Spurs at 2.750 GHz , LMX2430SLE EVALUATION BOARD OPERATING INSTRUCTIONS RF PLL Reference Spurs at 2.790 GHz at 1.0 MHz Offset
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RMC 2 pin jumpers LI0603D301 3 phase waveform generator AM DEMODULATOR USING PLL ferrite R35 PHILIps computer monitor schematic

cdi schematics pcb

Abstract: VCO191-2450U . 5 3.1 RF PLL Loop Filter Parameters. 5 3.2 IF PLL Loop Filter Parameters , Gain 55 MHz/V VCO Input Capacitance 22 pF Figure (3.1) 3.2 IF PLL Loop Filter , 4.1 RF PLL Typical Performance Measurements RF PLL Phase Noise at 2.45 GHz at 1kHz Offset = -77.97 , VBW 10 kHz SPAN 500 kHz SWP 150 msec Figure (4.1.3) RF PLL Reference Spurs at 2.45 GHz at
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LMX2330UTM LMX2330U VCO191-2450U 2450U pin configuration 7730 IC CRCW0603101JRT1 1SV229 C0603C100J5GAC LMX2330UTMFPEBI LMX2330UTMFPEB

191-902U

Abstract: cdi schematics pcb . 5 3.1 RF1 PLL Loop Filter Parameters. 5 3.2 RF2 PLL Loop Filter Parameters , Configuration 3.1 RF1 PLL Loop Filter Parameters Settings For Operation VCO 820 pF 4.7 k 82 pF , RF2 PLL Loop Filter Parameters Settings For Operation VCO 820 pF 4.7 k 82 pF 8.2 nF , EVALUATION BOARD OPERATING INSTRUCTIONS RF1 PLL Default Setup Figure (E.5) Note: The RF1 PLL is
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LMX2335U 191-902U VARI-L VCO PLL C0603C820J5GAC LMX2335USLB LMX2335USLBFPEBI LMX2335USLBFPEB

ic 7490 pin diagram

Abstract: internal diagram of 7490 IC Setup Figure (E.5) IF PLL Default Setup Figure (E.6) Note: Be aware that the IF VCO tuning , . 5 3.1 RF PLL Loop Filter Parameters. 5 3.2 IF PLL Loop Filter Parameters , 191-1960U VCO Gain 45 MHz/V VCO Input Capacitance 22 pF Figure (3.1) 3.2 IF PLL Loop , 4.1 RF PLL Typical Performance Measurements RF PLL Phase Noise at 1.96 GHz at 1kHz Offset = -79.77
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LMX2331UTM LMX2331U ic 7490 pin diagram internal diagram of 7490 IC ic 7490 internal diagram internal diagram of IC 7490 for ic 7490 pin diagram internal diagram of 7490 10 pin LMX2331UTMFPEBI LMX2331UTMFPEB

VARI-L VCO PLL 5 ghz

Abstract: VARIL PLL Cost VCOs: Surface mount VCOs available from 45 MHz to 3.0 GHz featur ing 5 and 3 V designs with , PLL design combines a patented VCO design, loop filter, and digital phase locked loop circuitry in an , APPLICATION Clock Data Enable Ref Oscillator Input PIN 9 11 14 15 APPLICATION Vcc (VCO) RF Out LD Vcc (PLL , Input Mod Input PIN 7 9 11 12 APPLICATION Vcc (VCO) RF Out LD Vcc (PLL Chip! BOTTOM VIEW TO P VIE , PIN 6 7 11 APPLICATION Ref Oscillator Input Vcc (PLL Chip) Vcc (VCO) PIN 13 15 20 APPLICATION R FO ut
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OCR Scan
PLL200 VARIL PLL Vari-L VCO 116 Application Note varil Vari-L pll300 the pll200 PLL300 PLL400 PLL500

7133 A-1

Abstract: varil vco190 .9 RF PLL LOCK TIME (AFTER BEING MIXED WITH 3 GHZ SIGNAL) .10 RF PLL LOCK TIME ATTRIBUTES (AFTER BEING MIXED WITH A 3 GHZ SIGNAL) .11 IF , PLL Supply 3.9 k 1530-1610 MHz 2.5 Volts VCO Supply 6.8 nF K Comparison Frequency , these measurements, the PLL not being used was powered down via microwire and the corresponding VCO , PLL goes above 2.5 GHz, this may exceed the capabilities of the modulation domain analyzer. One
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7133 A-1 VCO varil LMX2471 LMX2471SLE LMX2471SLEFPEBI 2002000GH 2118000GH 1318000GH 3002000GH

12GSPS

Abstract: VARI-L VCO PLL )Vari-L (VCO) PLL VCO ADC08D1000 ADC08D1000 SN (46dB)Figure 2 ADC08D1000 VCC V uc 10 , 2. PLL VCO 3 LP 8ADC ADC08D1500 LCD , 8 1.5GSPS (3GSPS DES ) LMX231x PLL BP 4 VCO ADC clk · , LMX2347 LMX2512 N PLL N PLL - N PLL N PLL N PLL VCO @ 1.0 , =800 6.0 CFB 1.7 GHz1 31001 12.5 -100 / -96 @ 5 MHz, RL=100 1.8 1 1.2 GHz 1.2GHz 42001 11.0
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ADC10065 ADC10080 ADC10DL065 ADC12DL040 ADC12DL065 ADC12QS065 12GSPS SIGNAL PATH designer

ADF4152

Abstract: adf4150 loop filter and VCO. In a digital PLL (DPLL) the phase detector or phase-frequency detector is a , operation. It also included an example of where a PLL is used in communications systems. In the second , PLL synthesizer. We will also compare integer-N and fractional-N architectures. The series will end , at +IN is much higher than the frequency at ­IN, as exemplified in Figure 2. +IN PLL Synthesizer Basic Building Blocks A PLL synthesizer can be considered in terms of several basic building blocks
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ADF4110 ADF4111 ADF4112 ADF4113 ADF4116 LMX2336 ADF4152 adf4150 adf4250 ADF4257 LMX2306 ADF4116 ADF4158 ADF4117

VARI-L VCO PLL

Abstract: 8 bit ttl ADC 106) Tj(rms) = 1.2 ps 2 ADC08D1000 . Vari-L (VCO) (PLL) (LMX2312) . . ADC . , . = SQRT (Tj(rms)2­(ADC )2) PLL VCO ADC08D100 , ­ 4.7 nF 10 nF 2. PLL VCO Article , . . , PLLatinum® LMX2347 -N PLL 0.2 ~ 2.5 GHz -217 dBc/Hz ­ CSP-16, TSSOP-16 LMX2364 -N PLL 0.5 ~ 2.6 GHz -210 dBc/Hz ­ UTCSP-24, TSSOP-24 LMX2430 LMX2434 -N PLL
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TSSOP-28 TQFP-64 ADC12DL080 8 bit ttl ADC PLL 2400 MHZ GHz ADC tQFP64 lvds receiver LQFP-32 CLK180

varil vco190

Abstract: edge mount sma connector 100 pF 220 pF 1.2K K Comparison Frequency Output Frequency PLL Supply VCO Supply 8X (760 uA) 20 MHz 6000-6030 2.5 Volts 5 Volts Other Information VCO Used ZCOMM CRO6030A , Output Frequency VCO 0 CPoRF 4.7 nF 680 pF 4.7 K PLL Supply Open VCO Supply , the carrier. This was taken with the IF PLL powered up and IF VCO connected. For this plot, the , with the RF PLL powered down and IF VCO disconnected. 8 L M X 2 4 8 7 E V A L U A T I O N B
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LMX2487 LMX2487SQFPEBI LMX2487SQAEBPCB LMX2487E edge mount sma connector r30p C100 LMX2487S HMC506LP4

HPE3610A

Abstract: LMX2331L 1.93 GHz (@200 kHz Offset < -74.2 dBc) RF PLL Reference Spurs at 1.96 GHz (@200 kHz Offset < -82.8 , TYPICAL PERFORMANCE MEASUREMENTS RF PLL Positive Frequency Switching Waveform RF PLL 1.93 GHz to , PERFORMANCE MEASUREMENTS RF PLL Negative Frequency Switching Waveform RF PLL 1.99 GHz to 1.93 GHz Lock , pf Vcc2 * 3 1 R2' * C2 4 2 3 1 R27 10 C1 U2 6 5 4 1 2 3 RF VCO , APPENDIX E LMX2331L HOW TO SET UP CODE LOADER SOFTWARE RF PLL Default Setup Figure E-5 IF PLL
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LMX2331LTM HP8566B HPE3610A HP53310A HP6632A LMX2331LTMFPEB

cdi schematics pcb

Abstract: VARIL PLL 2.40 GHz (@1 MHz Offset < -86.6 dBc) RF PLL Reference Spurs at 2.45 GHz (@1 MHz offset < -86.1 dBc , PERFORMANCE MEASUREMENTS RF PLL Positive Frequency Switching Waveform RF PLL 2.40 GHz to 2.50 GHz Lock , MEASUREMENTS RF PLL Negative Frequency Switching Waveform RF PLL 2.50 GHz to 2.40 GHz Lock Time (+/-1 kHz , Vcc2 * 3 1 R2' * C2 4 2 3 1 R27 10 C1 U2 6 5 4 1 2 3 RF VCO C10 , APPENDIX E LMX2330L HOW TO SET UP CODE LOADER SOFTWARE RF PLL Default Setup Figure E-5 IF PLL
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LMX2330LTM transistor c33 bfr505 LMX2330LTMFPEB
Abstract: for PLL Frequency Synthesizer FEATURES GENERAL DESCRIPTION Self-contained board including synthesizer, VCO, and loop filter for generating WCDMA frequencies (1.93 GHz to 1.99 GHz) Designed for 20 , circuit diagrams (see Figure 5 and Figure 6) are for a 1.96 GHz RF output, 1 mA charge pump (CP) current , the ADF4118 VDD and VP and for the VCO supply. The default settings are 3 V for the ADF4118 VDD and 5 , Battery operated: choice of 3 V or 5 V supplies Typical phase noise performance of â'85 dBc/Hz at 1 kHz Analog Devices
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UG-166 VCO190-1960T ADF411 EVAL-ADF411 UG09156-0-6/11

LMX1602

Abstract: LMX1600 1.000kHz dBc/Hz with the IF VCO and PLL off. Powering these up MKR 1.000 D has no measurable , LMX1602 Evaluation Board simplifies evaluation of the LMX1602 2.6 GHz/0.8 GHz PLLatinumTM dual frequency , evaluation board consists of a LMX1602 device, a RF VCO module and IF VCO & RF/IF loop filters built by , VCO outputs, and the power and grounding connection. A cable assembly is bundled with the evaluation , Gain 25.2 dB Loop Bandwidth 7.2 kHz @ 200 KHz Settings for Operation 3.9 K 0 VCO CPoRF
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LMX1600 LMX1602TMEBPCB 0805C392J5RAC C0603C271J5GAC C0603C563J3RAC C0603C102J5GAC C0603C105K4PAC
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