The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC6905MPS5#TR Linear Technology IC PLL FREQUENCY SYNTHESIZER, PDSO5, PLASTIC, SOT-23, 5 PIN, PLL or Frequency Synthesis Circuit
LTC6905MPS5#TRM Linear Technology IC PLL FREQUENCY SYNTHESIZER, PDSO5, PLASTIC, SOT-23, 5 PIN, PLL or Frequency Synthesis Circuit
LT1310EMSE Linear Technology LT1310 - 1.5A Boost DC/DC Converter with Phase-Locked Loop; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C
LT1310EMSE#TR Linear Technology LT1310 - 1.5A Boost DC/DC Converter with Phase-Locked Loop; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C
LTM4601AIV#PBF-ES-WP Linear Technology LTM4601 - 12A DC/DC µModules with PLL, Output Tracking and Margining; Package: LGA; Pins: 133; Temperature: I
LT1310EMSE#PBF Linear Technology LT1310 - 1.5A Boost DC/DC Converter with Phase-Locked Loop; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C

pll 564 schematic Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1996 - Wideband FM Modulator schematic diagram using NE564

Abstract: SR01028 50MHz VCO schematic SR01025 limiter circuit operation in basic fm demodulate NE564N NE564N equivalent NE564D NE564 equivalent FSK DEcoder NE564
Text: Demodulator at 12V FSK Demodulation The 564 PLL is particularly attractive for FSK demodulation since it , 10 16 9 3 15 pF 390 VCO OUYPUT DEMODULATED OUTPUT 0.1µF 14 564 13 C1 12 8 , geometries extends the frequency of operation to greater than 50MHz. In addition to the classical PLL , PLL can be written as shown in the following equation: VO = (fIN - fO) KVCO (1) Phase Comparator , in the output signal can be eliminated. As shown in the equivalent schematic , the DC retriever is


Original
PDF NE/SE564 NE/SE564 50MHz. 50MHz R9-11 300pF NE564 SR01034 Wideband FM Modulator schematic diagram using NE564 SR01028 50MHz VCO schematic SR01025 limiter circuit operation in basic fm demodulate NE564N NE564N equivalent NE564D NE564 equivalent FSK DEcoder NE564
1997 - NE564

Abstract: 50MHz VCO schematic Wideband FM Modulator schematic diagram using NE564 limiter circuit operation in basic fm demodulate 80pf philips Trimmer capacitors pll 564 Wideband FM Modulator schematic diagram pll 564 schematic NE564N 50MHz VCO
Text: 8. FM Demodulator at 12V FSK Demodulation The 564 PLL is particularly attractive for FSK , DEMODULATED OUTPUT 14 0.1µF 564 R2 4 13 5 12 430pF C2 390 1K 7 C2 15 pF , 50MHz. In addition to the classical PLL applications, the NE564 can be used as a modulator with a , output of the PLL can be written as shown in the following equation: VO = (fIN - fO) KVCO (1) KVCO = conversion gain of the VCO As shown in the equivalent schematic , the DC retriever is formed


Original
PDF NE/SE564 NE/SE564 50MHz. 50MHz NE564 300pF SR01034 NE564 50MHz VCO schematic Wideband FM Modulator schematic diagram using NE564 limiter circuit operation in basic fm demodulate 80pf philips Trimmer capacitors pll 564 Wideband FM Modulator schematic diagram pll 564 schematic NE564N 50MHz VCO
Wideband FM Modulator schematic diagram using NE564

Abstract: Wideband FM Modulator schematic diagram NE564N pll fsk MODULATOR 50MHz VCO schematic NE564 PLL TV MODULATOR limiter circuit operation in basic fm demodulation philips components Phase-locked loop circuits philips PLL FM MODULATOR
Text: at 12V FSK Demodulation The 564 PLL is particularly attractive for FSK demodulation since it contains , than 50MHz. In addition to the classical PLL applications, the NE564 can be used as a modulator with a controllable frequency deviation. The output of the PLL can be written as shown in the following equation: (f , free-running frequency of the VCO The process of recovering FSK signals involves the conversion of the PLL , present at the output of the PLL due to the wideband nature of the loop filter. To avoid the use of


OCR Scan
PDF NE/SE564 50MHz. 50MHz 100mV 47HFCER. Rg-11 NE564 Wideband FM Modulator schematic diagram using NE564 Wideband FM Modulator schematic diagram NE564N pll fsk MODULATOR 50MHz VCO schematic PLL TV MODULATOR limiter circuit operation in basic fm demodulation philips components Phase-locked loop circuits philips PLL FM MODULATOR
EWM 1000

Abstract: 902950 902750 EWM-900-FDTC-HS pll 564 WM-900-FD pll 564 schematic PLL FSK DEMODULATOR 9600 baud wireless audio transmitter receiver schematic 926100
Text: 2 0 2 902.350 563 31 0 924.950 578 3 0 3 902.400 564 0 0 925.000 578 4 0 4 902.450 564 1 0 925.050 578 5 0 5 902.500 564 2 0 925.100 578 6 0 6 902.550 564 3 0 925.150 578 7 0 7 902.600 564 4 0 925.200 578 8 0 8 902.650 564 5 0 925.250 578 9 0 9 902.700 564 6 0 925.300 578 10 0 10 902.750


Original
PDF EWM-900-FDTC 902-928MHz EWM-900-FDTC EWM 1000 902950 902750 EWM-900-FDTC-HS pll 564 WM-900-FD pll 564 schematic PLL FSK DEMODULATOR 9600 baud wireless audio transmitter receiver schematic 926100
Wideband FM Modulator schematic diagram using NE564

Abstract: Philips FA 564 NE564 equivalent NE564
Text: The 564 PLL is particularly attractive for FSK demodulation since it contains an internal voltage , addition to the classical PLL applications, the NE564 can be used as a modulator with a controllable frequency deviation. The output of the PLL can be written as shown in the following equation: Vo = (f|N - , free-running frequency of the VCO The process of recovering FSK signals involves the conversion of the PLL , present at the output of the PLL due to the wideband nature of the loop filter. To avoid the use of


OCR Scan
PDF NE/SE564 NE/SE564 50MHz. 50MHz 100nA. NE564 Wideband FM Modulator schematic diagram using NE564 Philips FA 564 NE564 equivalent
2009 - TSMC 40nm SRAM

Abstract: higig specification Stratix PCI EP4S100G2F40 xaui xgmii ip core altera ep4se530h40 F1517 EP4SGX70 higig FBGA 1760
Text: chip view. Figure 1­1. Stratix IV GX Chip View (Note 1) PLL General Purpose I/O and Memory Interface PLL PLL General Purpose I/O and Memory Interface Transceiver Block General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PLL PLL PLL PCI Express Hard IP Block PLL PCI Express Hard IP Block General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PLL FPGA Fabric (Logic Elements, DSP, Embedded Memory, Clock Networks) General Purpose


Original
PDF SIV51001-3 40-nm 376res" TSMC 40nm SRAM higig specification Stratix PCI EP4S100G2F40 xaui xgmii ip core altera ep4se530h40 F1517 EP4SGX70 higig FBGA 1760
2010 - EP4SGX ordering information

Abstract: EP4SE FBGA 1760 F1517 EP4SGX70 L1 F45 EP4SE820 EP4SE230 DDR SDRAM HY EP4SGX180
Text: 1­1 shows a high-level Stratix IV GX chip view. Figure 1­1. Stratix IV GX Chip View (Note 1) PLL General Purpose I/O and Memory Interface PLL PLL General Purpose I/O and Memory Interface Transceiver Block General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PLL PLL PLL PCI Express Hard IP Block PLL PCI Express Hard IP Block General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PLL FPGA Fabric (Logic Elements, DSP, Embedded Memory


Original
PDF SIV51001-3 40-nm EP4SGX ordering information EP4SE FBGA 1760 F1517 EP4SGX70 L1 F45 EP4SE820 EP4SE230 DDR SDRAM HY EP4SGX180
IC NE564

Abstract: SPD600
Text: classical PLL applications, the NE 564 can be used as a m odulator w ith a controllable freq uency deviation , x f|N. 2. C alculate value o f the VC O freq uency set capacitor: FSK Demodulation T he 564 PLL , : 1% V CC = 4.5V V Cc = 5.5V V CC = 5V h , ho V 0 u t = 5V, Pins 16, 9 lo U T LIM ITS NE 564 M AX MIN 45 40 TYP 60 70 % o f fo 70 40 M AX M Hz UN ITS SE 564 TYP 65 70 30 80 50 40 20 Lock , specification Phase-locked loop NE/SE564 FUNCTIONAL DESCRIPTION (Figure 1) The NE 564 is a m onolithic


OCR Scan
PDF NE/SE564 NE564 SE564 100mV 500ns NE564 IC NE564 SPD600
50MHz VCO schematic

Abstract: Wideband FM Modulator schematic diagram using NE564 NE564 NE564D pin configuration 500K variable resistor Wideband FM Modulator schematic diagram SE564N SE564 NE564N wideband fsk receiver
Text: . Calculate value of the VCO frequency set capacitor: C° ~ FSK Demodulation The 564 PLL is particularly , frequency of operation to greater than 50MHz. In addition to the classical PLL applications, the NE564 can be used as a modulator with a controllable frequency deviation. The output of the PLL can be written , signal can be eliminated. As shown in the equivalent schematic , the DC retriever is formed by the , free-running frequency of the VCO The process of recovering FSK signals involves the conversion of the PLL


OCR Scan
PDF NE/SE564 NE564/SE564 50MHz. NE/SE564 50MHz 47fiF 47HFCER. NE564 33jiF NE564 50MHz VCO schematic Wideband FM Modulator schematic diagram using NE564 NE564D pin configuration 500K variable resistor Wideband FM Modulator schematic diagram SE564N SE564 NE564N wideband fsk receiver
IC NE564

Abstract: Signetics NE564 schmitt trigger ecl PLL 564 ne564
Text: CIRCUIT DESCRIPTION Of The NE564 The 564 contains the functional blocks shown in Figure 1. In addition to the normal PLL functions of phase comparator, VCO, amplifi er and low-pass filter, the 564 has , variations in the FM input signal improves the AM rejection of the PLL . Addi tional features of the 564 , 564 . Figure 1. Schematic Diagram o f NE564 December 1988 4-252 Signetics Linear Products , for the 564 is shown in Figure 1. functional with variable supply voltages be tween 5 and 12V


OCR Scan
PDF NE564 IC NE564 Signetics NE564 schmitt trigger ecl PLL 564 ne564
2011 - EP4S

Abstract: EP4S40G5H40 higig specification EP4SGX180 EP4SGX70 ep4sgx230f1517 TSMC 40nm interlaken higig fbga -1932
Text: 1­1. Stratix IV GX Chip View (Note 1) PLL General Purpose I/O and Memory Interface PLL PLL General Purpose I/O and Memory Interface Transceiver Block General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PLL PLL PLL PCI Express Hard IP Block PLL PCI Express Hard IP Block General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PLL , High-Speed LVDS I/O with DPA and Soft CDR PLL General Purpose I/O and High-Speed LVDS I/O with


Original
PDF SIV51001-3 40-nm EP4S EP4S40G5H40 higig specification EP4SGX180 EP4SGX70 ep4sgx230f1517 TSMC 40nm interlaken higig fbga -1932
2011 - Not Available

Abstract: No abstract text available
Text: Stratix IV GX chip view. Figure 1–1. Stratix IV GX Chip View (Note 1) PLL General Purpose I/O and Memory Interface PLL PLL General Purpose I/O and Memory Interface Transceiver Block General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PLL PLL PLL PCI Express Hard IP Block PLL PCI Express Hard IP Block General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PLL FPGA Fabric (Logic Elements, DSP, Embedded Memory, Clock Networks


Original
PDF SIV51001-3 40-nm
2012 - fbga -1932

Abstract: fb h35 EP4SGX180 EP4SE820 EP4S100G5
Text: Interface Transceiver Transceiver Transceiver Transceiver Block Block Block Block PLL General Purpose I/O , Interface PLL General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PCI Express Hard IP Block , PLL PLL FPGA Fabric (Logic Elements, DSP, Embedded Memory, Clock Networks) PLL PLL General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PCI Express Hard IP Block PLL PLL General Purpose I/O and High-Speed LVDS I/O with DPA and Soft CDR PLL General Purpose I/O and Memory Interface


Original
PDF SIV51001-3 40-nm fbga -1932 fb h35 EP4SGX180 EP4SE820 EP4S100G5
m3870

Abstract: TDA2320 equivalent
Text: 1992 1/4 561 TDA2320 SCHEMATIC DIAGRAM (1/2 TDA2320) ABSOLUTE MAXIMUM RATINGS Symbol , Transmitter Using M709 or M710 Figure 3 : MMC II - PLL TV Frequency Synthetizer _ £= 7 SGS-1HOMSON 564 " 7#. BKosgausm siaHies


OCR Scan
PDF TDA2320 M709A/M710A/MC1S M3870 COD40kHz 10kil 100Hz 100kfl TDA2320 TDA2320 equivalent
pll 564

Abstract: 564 PLL
Text: COUNTER "H Ntlw = 21.6MHz I 564 PLL I = 5.4MHz NflNÌ +M tftf _ b. Waveshapes COUNTER , AN180 FREQUENCY SYNTHESIS WITH THE NE564 Frequency multiplication can be achieved with the PLL in , free-running frequency to a multiple of the input frequency and allowing the PLL to lock. However, a limitation , multiplication property is the use of the PLL in wide range frequency synthesizers. In frequency multiplication , voltage which drives the VCO to keep the PLL in lock. The sum frequency components (of which the


OCR Scan
PDF NE564 AN180 pll 564 564 PLL
1996 - Philips FA 564

Abstract: NE564 PLL VCO 27MHz pll 564 "Frequency Synthesizers" vco 27MHz AN180
Text: ÷N COUNTER AMPLIFIER 2V 50ns f IN + 3.6MHz Nf IN + 21.6MHz VCO 564 PLL NfIN , always will be exactly 16/3 of the input frequency as long as the PLL remains in lock. FREQUENCY SYNTHESIS WITH THE NE564 Frequency multiplication can be achieved with the PLL in two ways: a. Locking to , multiple of the input frequency and allowing the PLL to lock. However, a limitation of this scheme is , multiples, the second scheme is more desirable. PLL frequency synthesizers based upon Figure 1b find wide


Original
PDF AN180 NE564 Philips FA 564 NE564 PLL VCO 27MHz pll 564 "Frequency Synthesizers" vco 27MHz AN180
2010 - EP4SGX180

Abstract: Altera Stratix II BGA 484 pinout KB920 DDR3 embedded system SCHEMATIC ddr3 PCB footprint HIV51001-2 EP4SGX70 EP4SGX360 EP4SGX290 EP4SE230
Text: to 12 PLLs per device supporting PLL reconfiguration, clock switchover, programmable bandwidth , , 0, 8+0 - - - - - HC4GX25 - 289, 0, 16+0 564 , 44, 16+0 564 , 44, 16+8 - 564 , 44, 16+8 - HC4GX35 - - - - 564 , 44, 16+8 564 , 44, 16+8 , 372, 28, 16+0 - - - - EP4SGX180 372, 28, 8+0 - 564 , 44, 16+0 564 , 44, 16+8 - - 744, 88, 24+12 EP4SGX230 372, 28, 8+0 - 564 , 44, 16+0 564 , 44, 16+8


Original
PDF HIV51001-2 40-nm EP4SGX180 Altera Stratix II BGA 484 pinout KB920 DDR3 embedded system SCHEMATIC ddr3 PCB footprint EP4SGX70 EP4SGX360 EP4SGX290 EP4SE230
6020M

Abstract: SE564F
Text: Demodulation T he 564 PLL is particularly attractive for FSK dem odu latio n since it contains an internal , NE/SE564 DESCRIPTION T he N E /S E 564 is a ve rsa tile , high gua ra n te e d fre q u e n cy pha , /S E 564 consists o f a VC O , lim iter, phase com parator, and post detection processor. FEATURES , specified. LIM IT S LIM ITS N E 564 MAX MIN 45 40 TYP 60 70 MAX M Hz % of f 0 40 20 SYM BOL PA R A M E T E R T E S T C O N D IT IO N S M IN SE 564 TYP 60 70 30 80 U N ITS M axim um V C O


OCR Scan
PDF NE/SE564 6020M SE564F
2001 - CRCW0603331JRT1

Abstract: LMX2353 HTSM3203-10G2 CCIJ255G C28 Kemet c1678 C0603C154J4RAC VCO191-1960U 6917D Header, 10-Pin
Text: and low noise measurement. Remove the 51 resistor at OSCin input port (R51 of the schematic in , alternately over time. It is necessary to put a sufficient delay between PLL programming (i.e. 100,000). Refer , time difference between the point the frequency starts to change and the point that the PLL frequency , O P E R A T I N G I N S T R U C T I O N S RF PLL Phase Noise and Loop Bandwidth MKR REF -2 1 .3 dBm ATTEN 1 dB 15 - 56.4 Hz dB dB/ SAMPLE MARKER 15 Hz - 56.4 dB


Original
PDF LMX2353 CRCW0603331JRT1 HTSM3203-10G2 CCIJ255G C28 Kemet c1678 C0603C154J4RAC VCO191-1960U 6917D Header, 10-Pin
2010 - LF1152

Abstract: EP4SGX180KF40 HC4GX35 "Stratix IV" Package layout footprint EP4SE530H35 HIV51001-2 EP4SGX70 EP4SGX360 EP4SGX290 ep4sgx180
Text: regional clocks, and 88 peripheral clocks per device Up to 12 PLLs per device supporting PLL , - - - - - HC4GX25 - 289, 0, 16+0 564 , 44, 16+0 564 , 44, 16+8 - 564 , 44, 16+8 - HC4GX35 - - - - 564 , 44, 16+8 564 , 44, 16+8 744, 88 , , 16+0 - - - - EP4SGX180 372, 28, 8+0 - 564 , 44, 16+0 564 , 44, 16+8 - - 744, 88, 24+12 EP4SGX230 372, 28, 8+0 - 564 , 44, 16+0 564 , 44, 16+8 564 , 44


Original
PDF
Signetics NE564

Abstract: NE564 signetics PLL
Text: FREQUENCY SYNTHESIS WITH THE NE564 Frequency multiplication can be achieved with the PLL in two ways: a , to a multiple of the input frequency and allowing the PLL to lock. However, a limitation of this , the use of the PLL in wide range frequency synthesizers. In frequency multiplication applications, it , which drives the VCO to keep the PLL in lock. The sum frequency components (of which the fundamental , /3 of the input frequency as long as the PLL remains in lock. PLL frequency synthesizers based upon


OCR Scan
PDF NE564 Signetics NE564 NE564 signetics PLL
433MHz VCO

Abstract: 1 Mhz fm demodulator 10nF capacitor frequency and bandwidth of fm narrow band and ssb in usa
Text: and European 433M H z and 868 MHz ISM bands. The integrated VCO, - 5-64 prescaler, and refer ence , =25°C, VCC=3.6V, Freq=433MHz VCO and PLL Section VCO Frequency Range PLL Lock Time PLL Phase Noise Reference Frequency Crystal Rs Charge Pump Current The PLL lock time is set externally by the bandwidth of , schematic . A pull-up inductor and series matching capacitor should be used to present a 330 £2 termina tion , . A 10nF DC block ing capacitor is required on this input. Preliminary Interface Schematic 2


OCR Scan
PDF RF2917 RF2917 32-lead RF2917. 915MHz 433MHz VCO 1 Mhz fm demodulator 10nF capacitor frequency and bandwidth of fm narrow band and ssb in usa
IC NE564

Abstract: telephone NT NE554 NE554 NE564 equivalent NE564 ana 618 equivalent KDK TRANSISTOR pll 564
Text: adjustm ent in addition to providing a standard TTL output to drive the NE 564 PLL . BINARY CODE 1 , Stream . The NE564, a versatile phase-locked loop ( PLL ) operating at frequencies o f 50M H z, has inputs and outputs designed to be TTL com patible. T he Philips Sem iconductors NE 564 is used to generate , principles of the P hase-Lock Loop design. T he NE 564 Phase-Locked Loop is a fully contained system , frequency response and loop stability criteria. T he NE 564 is a first order system ; therefore, the use of


OCR Scan
PDF NE564) NE564, 800mVp IC NE564 telephone NT NE554 NE554 NE564 equivalent NE564 ana 618 equivalent KDK TRANSISTOR pll 564
Q27B

Abstract: 564s pll 564 Philips FA 564
Text: addition to the norm al PLL functions o f phase com parator, VCO, am plifier and low -pass filter, the NE 564 has internal circuitry fo r an input signal limiter, a DC retriever, and a S chm itt trigger. The com plete circuit tor the NE 564 is show n In Figure 1. diode voltage. G ood high freq uency , inating am plitude variations in the FM input signal im proves the AM rejection o f the PLL . A dditional featu res o f the N E 564 's lim iter are that it is capable of accepting T T L signals, operates a t


OCR Scan
PDF NE564 AN179 NE564 Q27B 564s pll 564 Philips FA 564
2001 - toshiba laptop schematic diagram

Abstract: Header, 10-Pin 8300D LMX2350 C1206C103J3RAC C0603C270J5GAC C0603C103J4RAC C0603C102J3GAC C0603C101J5GAC C0603C100J5GAC
Text: noise measurement. Remove the 51 resistor at OSCin input port (R51 of the schematic in Appendix A) if , alternately over time. It is necessary to put a sufficient delay between PLL programming (i.e. 100,000). , time difference between the point the frequency starts to change and the point that the PLL frequency , O P E R A T I N G I N S T R U C T I O N S RF PLL Phase Noise and Loop Bandwidth MKR REF -2 1 .3 dBm ATTEN 1 dB 15 - 56.4 Hz dB dB/ SAMPLE MARKER 15 Hz - 56.4 dB


Original
PDF LMX2350 GHz/550 toshiba laptop schematic diagram Header, 10-Pin 8300D C1206C103J3RAC C0603C270J5GAC C0603C103J4RAC C0603C102J3GAC C0603C101J5GAC C0603C100J5GAC
Supplyframe Tracking Pixel