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Part Manufacturer Description Datasheet BUY
CDCS503IPWRQ1 Texas Instruments IC PLL BASED CLOCK DRIVER, Clock Driver visit Texas Instruments
SN74LS320J Texas Instruments 20MHz, OTHER CLOCK GENERATOR, CDIP16 visit Texas Instruments
SN74LS321J Texas Instruments 20MHz, OTHER CLOCK GENERATOR, CDIP16 visit Texas Instruments
EL4585CS Intersil Corporation 36MHz, VIDEO CLOCK GENERATOR, PDSO16, SO-16 visit Intersil
EL4585CS-T13 Intersil Corporation 36MHz, VIDEO CLOCK GENERATOR, PDSO16, SO-16 visit Intersil
HD1-4702/883 Intersil Corporation 2.4576MHz, OTHER CLOCK GENERATOR, CDIP16, CERDIP-16 visit Intersil

Quartz Clock ic

Catalog Datasheet MFG & Type PDF Document Tags

Quartz oscillator 300MHz

Abstract: stepping motor EPSON and the quartz clock CMOS IC Stepping motor Crystal (b) Internal photograph of a quartz watch , / ABSTRACT Our company, NPC, has developed clock IC products for CPUs by applying the crystal oscillation , circuit) (Train) (Time standard) Quartz Clock, Watch ±0.2sec Battery Crystal oscillator CMOSIC , , which use crystal oscillators. Since then, the quartz clock using CMOS ICs is the mainstream of clocks , ICs have promoted smaller space, less power, and lower cost and in 1981 quartz clock exceed 80% to
Nippon Precision Circuits
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Quartz Clock ic

Abstract: stepping motor EPSON processing circuits and the motor drivers of the IC in a quartz clock. Fig.1 (b) is a photograph of a , mechanical clock and the quartz clock CMOS IC Stepping motor Crystal (b) Internal photograph of a , company, NPC, has developed clock IC products for CPUs by applying the crystal oscillation circuit that , Escape wheel (Energy source) (Electronic circuit) (Train) (Time standard) Quartz Clock, Watch , cost and in 1981 quartz clock exceed 80% to be begin the quartz clock age. The composition of a
Nippon Precision Circuits
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Quartz Crystal 10mhz

Abstract: 10mhz crystal oscillator frequency tuning is performed digitally via the DSPLL clock synthesis IC. Non-volatile memory (NVM) is , Clock Module With Fixed Frequency Crystal The DSPLL clock synthesis IC was designed to be packaged , Digital Signal Processing CLK+ CLK- n A/D DSPLL Clock Synthesis IC Control Voltage (VC , shown in Figure 6 is made possible by hybrid oscillators incorporating the DSPLL clock synthesis IC. In , DSPLL clock IC for high-resolution frequency synthesis eliminate one of the largest variables that
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Saronix xtal Oscillator

Abstract: 32,768 SMD crystal Component highperformance quartz crystal (xtal) or crystal clock oscillator (XO) stabilizes the radio RF and baseband/MAC , of using a crystal clock oscillator (XO) instead of a quartz crystal. Although the direct cost of a quartz crystal is less than that of a crystal clock oscillator, the all-inclusive frequency stability of , chipset usually specifies whether a quartz crystal or crystal clock oscillator (XO) may be used. Common , #70 Clock Solutions for WiFi (IEEE 802.11) By Brandon Ogilvie Introduction As the number of
SaRonix
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Abstract: application note will explain how to choose or specify a quartz crystal for use with a Micrel timing IC , oscillators have DC biasing inside the IC. When using a large signal reference clock with rail-torail signal , ' Quartz Crystal and Micrel ICs Micrel, Inc. Figure 6. Driving XIN with External Reference Clock , , Inc. Specific Micrel IC Recommendations (Continued) â'¢ PL611-XX: Customizable clock generators , ANTC207 Quartz Crystals and Micrel ICs Introduction A quartz crystal is a very stable and Micrel Semiconductor
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TCXO akm

Abstract: SiT8002 ; TCXO (temperature-compensated crystal oscillator, 13/26 MHz using quartz crystal) as clock reference , multiplier, e.g. x2) IC[12], a 3rd OT quartz crystal with a fully programmable DSPLL oscillator IC[13], etc , simply stayed with manufacturing only quartz crystal. Nowadays oscillator IC die for many low- to , traditional feedback loop oscillator IC. The second group pairs a low frequency quartz crystal (20 to 35 MHz) with a simple divider PLL IC. The third group consists of the pairing of a 3rd OT quartz crystal with
EPSON
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TCXO akm SiT8002 SiT0100 epcos fbar gps Quartz 32768 mems oscillator silicon clocks

osc 50mhz smd 5x7

Abstract: Quartz wrist watch ic Crystal operating in its "sweet spot" Optimum utilization of quartz crystal and IC technologies Tight , Crystals and Oscillators Quartz crystals have been in regular use since the 1920's to give an accurate frequency for all radio transmitters, radio receivers and computers. They provide a stable clock signal , Articles Progress in Timekeeping Time Period Clock/Milestone Accuracy Per Day 4th millennium , ) ~1 h ~1280 A.D. ~30 to 60 min Mechanical clock invented- assembly time for prayer was first
Pletronics
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osc 50mhz smd 5x7 Quartz wrist watch ic Panasonic saw opnext l PLE SM77 106.25 m crystal z cut quartz piezoelectric properties

HC735

Abstract: 6 mhz quartz oscillator annually[1], quartz crystal oscillators have long been the preferred choice for clock generation in consumer, computing, and communication applications. Quartz oscillators are available in a wide range of frequencies, package sizes, and stabilities. In addition to providing excellent jitter performance, quartz , complexity and reliability issues associated with quartz oscillators have driven the quest to develop , solutions like the Si500. II.a. Quartz Resonator Based Oscillators Crystal oscillators require a unique
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SSTL-18 AN279 HC735 6 mhz quartz oscillator Quartz Oscillator structure MEMS IC lc oscillator

Design Guidelines for Quartz Crystal Oscillators

Abstract: silabs Challenges! Complete silicon oscillator enables replacement of quartz XOs with IC solution Supports , Oscillator Market Challenges Quartz based crystal oscillators (XO) have Quartz-based traditionally been used for clock generation in consumer, computing and communication applications Advantages Wide , oscillators 6 Quartz Oscillators-Long, Unpredictable Lead Times Poor Yield Start Over Poor Yield Start Over Receive Order Quartz Blank Fabrication Blank Processing ·Cutting C i
Silicon Laboratories
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AN409 Design Guidelines for Quartz Crystal Oscillators silabs si500d Quartz Clock ic Si500 200MH

86C27

Abstract: XTAL Crystals Oscillators from the oscillator pins of the IC should be guarded from all other traces (clock, VCC, address/data , amplifier portion of a feedback oscillator is contained on the IC. This App Note covers common theory of oscillators, and requirements of the circuitry (both internal and external to the IC) which comes from the , amplifier at frequency must be greater than unity, if the loop gain is to be unity. IC A XTAL C1 , discussed are quartz crystals and ceramic resonators. Quartz Crystals A quartz crystal is a
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84C01 84C90 86C27 XTAL Crystals Oscillators cts knights zilog 8581 ring oscillator design 84C50 84C11/13/15 8530/85C30/SCC 85130/ESCC

E1 NEOSID 33k

Abstract: NEOSID J6 signals to and from the baseband. DESCRIPTION The STA001 is an RF IC using STMicroelectronics BLOCK , 1st PLL loop filter connection 17 VSS2 Negative supply 2 18 XTAL1 Quartz oscillator connection 1 19 XTAL2 Quartz oscillator connection 2 20 REF External optional TCXO input , STA001 PIN FUNCTION (continued) N° Pin Function 23 M_CLK2 Master clock differential output 1 24 M_CLK1 Master clock differential output 2 25 VSS3 Negative supply 3 26
STMicroelectronics
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TQFP44 E1 NEOSID 33k NEOSID J6 neosid C7 553200 neosid 4.7K neosid 10 TQFP4410

neosid 4.7K

Abstract: neosid 1K . DESCRIPTION The STA001 is an RF IC using STMicroelectronics BLOCK DIAGRAM AGC1, AGC2 PADJ1, PADJ2 VDD1 , connection Negative supply 2 Quartz oscillator connection 1 Quartz oscillator connection 2 External optional , SCL VDD3 CE GADJ2 GADJ1 NRXI RXI FLT2 VDD4 TK2 NTK2 VDD4 AGC2 AGC1 VSS4 SON SOP VSS4 Master clock differential output 1 Master clock differential output 2 Negative supply 3 Data serial input Clock input , . ENRFOSC=high (IC RF Osc. Enabled), XOSEL=high (IC XO Enabled) ENRFOSC=low (IC RF Osc. Disabled), XOSEL=high (IC
STMicroelectronics
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neosid 1K neosid 33k D5 NEOSID neosid 3.3k 553200 amplifier NEOSID D2

neosid 1K

Abstract: neosid 4.7K . DESCRIPTION The STA001 is an RF IC using STMicroelectronics BLOCK DIAGRAM AGC1, AGC2 PADJ1, PADJ2 VP1 , Negative supply 2 Quartz oscillator connection 1 Quartz oscillator connection 2 External optional TCXO , SCL VDD3 CE GADJ2 GADJ1 NRXI RXI FLT2 VDD4 TK2 NTK2 VDD4 AGC2 AGC1 VSS4 SON SOP VSS4 Master clock differential output 1 Master clock differential output 2 Negative supply 3 Data serial input Clock input , Powered circuits: LNA, RF mixer, IF buffer Powered circuits: RF pll, Crystal Oscillator. ENRFOSC=high (IC
STMicroelectronics
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neosid 10K 3 pins trimmer resistor 4.7K ohm neosid* 10k 33k neosid
Abstract: manages the signals to and from the baseband. The STA001 is an RF IC using STMicroelectronics BLOCK , loop filter connection 17 VN2 Negative supply 2 18 XTAL1 Quartz oscillator connection 1 19 XTAL2 Quartz oscillator connection 2 20 REF External optional TCXO input , STA001 PIN FUNCTION (continued) N° Pin Function 23 M_CLK2 Master clock differential output 1 24 M_CLK1 Master clock differential output 2 25 VN3 Negative supply 3 26 STMicroelectronics
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4 digit dot matrix display

Abstract: color decoder TRANSISTOR Frequency Synthesizer for DTS Analog Clock IC Analog Clock IC Analog Clock IC Analog Clock IC With Snooze Function Analog Clock IC Quartz Crystal Oscillator Quartz Crystal Oscillator Quartz Crystal , Display Digital Clock Quartz Crystal Oscillator Quartz Crystal Oscillator Quartz Crystal Oscillator , Operational Amplifier System Reset IC Telephone Speech Network IC Active Bass Expander Audio Filter , Auto-Iris Function EVF Driver IC RF Amplifier IC RF Amplifier IC 3-Input 1-Mute Video Switch Multi
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NJM2065 NJM2065A NJM2175 NJM4556 NJM4587 4 digit dot matrix display color decoder TRANSISTOR dual infrared transistor njm2063 infrared receiver led photo diode array amplifier NJM1372A NJM2048 NJM2049 NJM2063 NJM2063A

neosid 10K

Abstract: vp07 . DESCRIPTION The STA001 is an RF IC using STMicroelectronics BLOCK DIAGRAM AGC1, AGC2 PADJ1, PADJ2 VP1 , Negative supply 2 Quartz oscillator connection 1 Quartz oscillator connection 2 External optional TCXO , SCL VP3 CE GADJ2 GADJ1 NRXI RXI FLT2 VP4 TK2 NTK2 VP4 AGC2 AGC1 VN4 SON SOP VN4 Master clock differential output 1 Master clock differential output 2 Negative supply 3 Data serial input Clock input , circuits: LNA, RF mixer, IF buffer Powered circuits: RF pll, Crystal Oscillator. ENRFOSC=high (IC RF Osc
STMicroelectronics
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vp07 VP009 55320 schematic diagram vga psp neosid e3 10k Q1/D5 NEOSID

E1 NEOSID 33k

Abstract: NEOSID manages the signals to and from the baseband. The STA001 is an RF IC using STMicroelectronics BLOCK , Negative supply 2 18 XTAL1 Quartz oscillator connection 1 19 XTAL2 Quartz oscillator , ° Pin 23 M_CLK2 Master clock differential output 1 Function 24 M_CLK1 Master clock , Clock input 28 VDD3 29 CE 30 GADJ2 IF gain adjust connection 2 31 GADJ1 IF , circuits: RF pll, Crystal Oscillator. ENRFOSC=high (IC RF Osc. Enabled), XOSEL=high (IC XO Enabled
STMicroelectronics
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NEOSID course HVU355 MA372J schematics power supply satellite receiver
Abstract: Typical accuracy: ï'±3 ppm from ï'­30 ï'°C to +80 ï'°C Integration of a 32.768 kHz quartz crystal and , PCA2129 Accurate RTC with integrated quartz crystal for automotive Rev. 1 â'" 27 October 2011 Objective data sheet 1. General description The PCA2129 is a CMOS1 Real Time Clock (RTC) and calendar with an integrated Temperature Compensated Crystal (Xtal) Oscillator (TCXO) and a 32.768 kHz quartz , square output Clock operating voltage: 1.8 V to 4.2 V Low supply current: typical 0.70 A at VDD = NXP Semiconductors
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AEC-Q100

third overtone component less crystal oscillator

Abstract: Crystal overtone circuitry. Each device also has built-in circuitry for the clock oscillator. This application note , crystal or a ceramic resonator, in fundamental or overtone mode, or by using system clock signal. It , allow for variations in board manufacturing and silicon processes. QUARTZ OSCILLATOR A quartz crystal , . Since the transformation occurs within a very narrow band around the resonant frequency, quartz crystal , ±0.001%) are important. Figure 1. Quartz Crystal ­ Symbolic Representation Xtal AI09085 The
STMicroelectronics
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AN1843 third overtone component less crystal oscillator Crystal overtone 8032 ic pin details AN-1843 4 MHz crystal 3pin quartz oscillator ic
Abstract: CARDINAL COMPONENTS Series CT1380 Real Time Clock Applications: Cash Registers Security , Mobile Telephones IC Water-Flow Meters IC Gas Meters Part Numbering Example: CT1380 â'" Z3C CT1380Z , 32.768 kHz quartz crystal â'¢ Uses less than 400nA at 2.0 volts â'¢ Serial I/O transmission: Simple 3â , or write of clock Clock registers store BCD format 8â'"pin DIP 2.0â'"5.5 volt full operation Maximum input serial clock: 500kHz at VDD =2V, 2MHz at VDD =5V TTLâ'"compatible (VDD = 5V) General Cardinal Components
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