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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
BD7682FJ-LB BD7682FJ-LB ECAD Model ROHM Semiconductor Quasi-resonant type (low EMI) Control DC/DC converter IC for AC/DC Converter
BM2P109TF BM2P109TF ECAD Model ROHM Semiconductor Switching Regulator,
BM2SC124FP2-LBZ BM2SC124FP2-LBZ ECAD Model ROHM Semiconductor Quasi-resonant(Low EMI) AC/DC Converter Built-in 1700 V SiC-MOSFET (FB OLP=Latch ,VCC OVP=Auto Restart)
BD9A600MUV BD9A600MUV ECAD Model ROHM Semiconductor 2.7V to 5.5V Input, 6A Integrated MOSFET, Single Synchronous Buck DC/DC Converter
BD9D321EFJ BD9D321EFJ ECAD Model ROHM Semiconductor 4.5 to 18V 3.0A 1ch Synchronous Buck Converter,External Current Detection Resistors, 1.4 ohm on resistor
BD9G341AEFJ-LB BD9G341AEFJ-LB ECAD Model ROHM Semiconductor 12V to 76V, Buck switching regulator with integrated 150mΩ power MOSFET (Industrial Grade)

series and parallel resonance Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
4 MHz crystal 2pin

Abstract: series and parallel resonance Chrontel an-06 2 pin crystal 12 mhz oscillator 12 Mhz in crystal oscillator AN06 chrontel crystal 2pin 30PPM AN-06 4 pin 20 MHz crystal oscillator
Text: calculated power dissipation of the crystal as given by (4). Series and Parallel Resonance There is no , made to oscillate in series resonance mode or parallel resonance mode. The frequency of oscillation of , parallel resonance frequency. A crystal can oscillate in series resonance , meaning that Ls is resonating , × Cs (1) Some oscillator circuits are designed for series resonance and the oscillation , specify parallel resonance frequency instead of series resonance frequency. Since fparallel is a function


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PDF AN-06 4 MHz crystal 2pin series and parallel resonance Chrontel an-06 2 pin crystal 12 mhz oscillator 12 Mhz in crystal oscillator AN06 chrontel crystal 2pin 30PPM AN-06 4 pin 20 MHz crystal oscillator
MC12060

Abstract: series and parallel resonance AN-756 MC12561 trim capacitor IC1206 MC120S1 MC12061
Text: the separation in frequency between series and parallel resonance varies for different crystals, series resonance will typically occur several hundred Hertz to a few kilohertz below parallel resonance , (either parallel or series ) of their crystal. However, circuit components and other factors external to , resonance of Cs and Ls is reached. The crystal then appears as a low value resistor, Rs, shunted by a small capacitance, Co- At frequencies above series resonance , the Cs, Ls combination appears as an inductive


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PDF MC12060 MC120S1 series and parallel resonance AN-756 MC12561 trim capacitor IC1206 MC12061
2007 - 9 volt buzzers

Abstract: simple buzzer Piezoelectric oscillator AN2-282 digital control of 3 phase inverter schematic diagram with phase feedback AN2282 2 pin oscillator buzzer piezoelectric circuit home inverter schematic diagram circuit diagram for buzzer circuits
Text: between the parallel resonance oscillator and the series resonance oscillator is that the integrator , images for parallel and series resonance are shown in figures 18 and 19 of Appendix A. Scope Images. A , buzzers were considered for 2-pin and 3-pin piezoelectric resonators in series and parallel resonance , build the oscillator for series or parallel resonance frequencies. Only one external resistor is , Figure 18. 2-Pin Oscillator Parallel Resonance Mode Figure 19. 2-Pin Oscillator Series Resonance Mode


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PDF AN2282 CY8C24xxxA, CY8C24794, CY8C27xxx, CY8C29xxx AN2041 9 volt buzzers simple buzzer Piezoelectric oscillator AN2-282 digital control of 3 phase inverter schematic diagram with phase feedback AN2282 2 pin oscillator buzzer piezoelectric circuit home inverter schematic diagram circuit diagram for buzzer circuits
1997 - theory of Resonators

Abstract: cts knights Design Guidelines for Quartz Crystal Oscillators 68HC11 Z180 Z8000 Quartz Crystals overtone and fundamental electric design oscillator pierce Application Notes LC resonant CIRCUIT OPERATION 3 pin QUARTZ crystal oscillator
Text: each other and the crystal is then R shunted by Cs with zero phase shift. The parallel resonant frequency is given by: Series vs. Parallel Resonance . There is very little difference between series and parallel resonance frequencies (Figure 3). A series resonant crystal (operating at zero phase shift) is , * fs - fp is very small (approximately 300 parts per million) Figure 3. Series vs. Parallel , a dielectric) and the parasitics of the contact wires and holder (typ 3 pf @ 4 MHz). The series


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PDF AP96Z8X1000 theory of Resonators cts knights Design Guidelines for Quartz Crystal Oscillators 68HC11 Z180 Z8000 Quartz Crystals overtone and fundamental electric design oscillator pierce Application Notes LC resonant CIRCUIT OPERATION 3 pin QUARTZ crystal oscillator
86C12

Abstract: 84c90 84C01 AP-155 Quartz oscillator 8MHz 84C11
Text: Representation Figure 4. Quartz O scillator Series vs. Parallel Resonance . There is very little differ ence between series and parallel resonance frequencies (Figure 3). A series resonant crystal (operating at zero , ) Figure 3. Series vs. Parallel Resonance However, there are several ranges of frequencies where the , parallel modes. A series resonant circuit will NOT have load caps C 1 and C2. A data sheet for a crystal designed for series operation does not have a load cap spec. A parallel resonant crystal data sheet


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PDF 8530/85C30/SCC: 85130/ESCC 16C35/1SCC: AP-155, 68HC11 86C12 84c90 84C01 AP-155 Quartz oscillator 8MHz 84C11
86C27

Abstract: XTAL Crystals Oscillators cts knights 84C01 zilog 8581 Design Guidelines for Quartz Crystal Oscillators ring oscillator design Z180 Z8000 Z80180
Text: OSCILLATOR THEORY OF OPERATION (Continued) Series vs. Parallel Resonance . There is very little difference between series and parallel resonance frequencies (Figure 3). A series resonant crystal (operating at , per million) Figure 3. Series vs. Parallel Resonance However, there are several ranges of , serial and parallel modes. A series resonant circuit will NOT have load caps C1 and C2. A data sheet , the contact wires and holder (typ 3 pf @ 4 MHz). Symbolic Representation The series resonant


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PDF 8530/85C30/SCC: 85130/ESCC 16C35/ISCC: AP-155, 68HC11 86C27 XTAL Crystals Oscillators cts knights 84C01 zilog 8581 Design Guidelines for Quartz Crystal Oscillators ring oscillator design Z180 Z8000 Z80180
1997 - CTS Knights

Abstract: AN007501-0301 Design Guidelines for Quartz Crystal Oscillators full swing pierce oscillator quartz delay line 68HC11 Z180 Z8000 Quartz Crystals overtone and fundamental electric ring oscillator design
Text: shunted by Cs with zero phase shift. The parallel resonant frequency is given by: Series vs. Parallel Resonance . There is very little difference between series and parallel resonance frequencies (Figure 3). A , ) Figure 3. Series vs. Parallel Resonance 2 AN007501-0301 AP96Z8X1000 ON-CHIP OSCILLATOR , have operating points in both serial and parallel modes. A series resonant circuit will NOT have load , contact wires and holder (typ 3 pf @ 4 MHz). The series resonant frequency is given by: Fs = 1/(2 x


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PDF AN007501-0301 AP96Z8X1000 CTS Knights AN007501-0301 Design Guidelines for Quartz Crystal Oscillators full swing pierce oscillator quartz delay line 68HC11 Z180 Z8000 Quartz Crystals overtone and fundamental electric ring oscillator design
SLUP132

Abstract: No abstract text available
Text: . Distributed capacitance creates series and parallel resonance with the mutual inductance of a transformer. In , Magnetics Design Specification, Performance and Economics W H I T E P A P E R Â MAGNETICS DESIGN SPECIFICATION, PERFORMANCE AND ECONOMICS By Paul Castillo Applications Engineer Datatronics Introduction The design, development and delivery of magnetic components for production is a complex process; it involves various organizations, skills and people. The design development process


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PDF SLUP132. FC-601-11H. SLUP132
2004 - Analyzing the Behavior of an Oscillator and Ensuring Good Start-up

Abstract: working of colpitts oscillator Atmel 826 oscillator resonator capacitor resistor colpitts crystal oscillator electronic series and parallel circuits flowing lc oscillator Model 146K resonance series and parallel circuit datasheet 80C51
Text: impedance crystal and shows both the series and parallel resonance frequencies. Figure 5. Phase and Module , resonance frequencies. The first structure is called a series resonant oscillator and the second a parallel , := sf 82.6 1L 1L 1C Series resonance frequency sf 82.6 Parallel resonance + , Vxtal2 Start and lock Steady State 8 4363A­80C51­07/04 Series and Parallel Oscillators , vibrations and vice-versa. At certain vibrational frequencies, there is a mechanical resonance . Main


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PDF 80C51 Analyzing the Behavior of an Oscillator and Ensuring Good Start-up working of colpitts oscillator Atmel 826 oscillator resonator capacitor resistor colpitts crystal oscillator electronic series and parallel circuits flowing lc oscillator Model 146K resonance series and parallel circuit datasheet
1996 - NE564

Abstract: 2N2366 NE564 equivalent ne554 series and parallel resonance 74HCT73 74HCT73 equivalent Quartz crystals General Introduction AN182 NE527
Text: parameters. The maximum difference between series and parallel resonance for any crystal is 0.5% of fO , NOTES: 1. Recent versions of this circuit no longer require series capacitors CC and CT. See Figure 12 , series filter combination will cause a lead-lag condition that will permit dynamic selectivity, along , Data Transmission systems, a phase and frequency coherent method of signal extraction is required. A , FUNCTIONS The phase detector conversion gain (Kd) and the VCO conversion gain (KO) determine, in large


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PDF AN182 NE564) NE564 800mVP-P. 2N2366 NE564 equivalent ne554 series and parallel resonance 74HCT73 74HCT73 equivalent Quartz crystals General Introduction AN182 NE527
2005 - 2Mhz crystal

Abstract: HC49S3 HC49S-16.000 MHZ Specification Quartz Crystals 1Mhz quartz HC49S Crystals 4MHZ z cut quartz piezoelectric properties HC49U18 HC49S4 OSC XTAL 32.768kHz -20ppm
Text: Impedance versus Frequency 2.1 Series and Parallel Resonance Series resonance fS occurs when the conditions described by Equation 1 are satisfied. 1 f + fS + 2p (L1 @ C1) (1) Series resonance , Parallel Resonance Figure 4 shows that at frequencies below fS and above fA, the impedance is mostly , crystal terminals. Parallel resonance occurs at frequency fA. This happens when inductor L1 reacts with , 360° of phase shift. Operation in the region of usual parallel resonance is influenced by these


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PDF SBAA123 MSC12xx 24-bit 2Mhz crystal HC49S3 HC49S-16.000 MHZ Specification Quartz Crystals 1Mhz quartz HC49S Crystals 4MHZ z cut quartz piezoelectric properties HC49U18 HC49S4 OSC XTAL 32.768kHz -20ppm
6647a

Abstract: uhf microwave fet 560-7A50 Logarithmic Amplifier detector 18GHz metal detector vlf 2082-2700-00 2082-2700 7082 coil gold detector decibel meter
Text: Figures 9 and 10 also show the point of series resonance (LS in series with C), and parallel resonance , Parallel Resonance Ideally, the impedance magnitude of a series mounted capacitor will vary monotonically , . Frequency SERIES RESONANCE j50 j100 j25 j150 j10 0 j250 10 25 50 PARALLEL , small which results in a parallel resonant frequency that is much higher than the series resonance , parasitic series inductance RS = series resistance CP = parasitic parallel capacitance, Rp, the parallel


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1999 - 560-7A50

Abstract: 6647a Shielded Microstrip uhf microwave fet 2082-2700-00 7082 coil gold detector decibel meter Logarithmic Amplifier detector 18GHz series and parallel resonance
Text: also show the point of series resonance (LS in series with C), and parallel resonance (LS in parallel , Parallel Resonance Ideally, the impedance magnitude of a series mounted capacitor will vary monotonically , . Frequency SERIES RESONANCE j50 j100 j25 j150 j10 0 j250 10 25 50 PARALLEL , which results in a parallel resonant frequency that is much higher than the series resonance . For , series inductance RS = series resistance CP = parasitic parallel capacitance, Rp, the parallel


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IC NE564

Abstract: telephone NT NE554 NE554 NE564 equivalent NE564 ana 618 equivalent KDK TRANSISTOR pll 564
Text: difference betw een series and parallel resonance fo r an y crystal is 0.5% of f© { series resonant m ode); fo , single capacitors (at Pins 4 and 5) will autom atically create a "second-order" system . An RC series , °C Tem perature stability: ±15ppm ; -15°C to +65°C C ircuit operating condition: Parallel resonance , decoupling the divider coun ter ICs and the PLLs V qc line- T his is accom plished by adding a sm all series , ultiplexed Data Transm ission system s, a phase and frequency coherent m ethod of signal extraction is


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PDF NE564) NE564, 800mVp IC NE564 telephone NT NE554 NE554 NE564 equivalent NE564 ana 618 equivalent KDK TRANSISTOR pll 564
2001 - 6647a

Abstract: 2082-2700-00 560-7A50 attenuator 3dB DC 18GHz wiltron 6647A Microwave Generator SWR BRIDGE metal detector vlf HP-85
Text: 9 and 10 also show the point of series resonance (LS in series with C), and parallel resonance (LS , IN OHMS FREQUENCY IN GHz Figure 10. SLC Impedance on Smith Chart Series and Parallel Resonance , series resonance . For capacitor usage in RF impedance matching and tuning applications, the maximum , . Equivalent Circuit of a Microwave Capacitor CAPACITIVE RS SERIES RESONANCE j25 QP2 where, C = desired capacitance LS = parasitic series inductance RS = series resistance CP = parasitic parallel


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1996 - XC3000

Abstract: XC3000A XC3000L XC3100A XC3100L XC3000 manual BUT15
Text: series and parallel resonance , the crystal impedance is inductive and changes all the way from zero to , slightly higher frequencies, the reactance is inductive, starting with a zero at series resonance , and , series LC circuit equals the reactance of the parallel capacitor. The parallel resonance frequency is a , , the crystal is inductive and in parallel resonance with the unavoidable stray capacitance or the , efficiently using CLBs. Internal Bus Contention XC3000 and XC4000 Series devices have internal 3


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PDF XC3000 00/XC3000A/XC3000L/XC3100/XC3100A/XC3100L XC1700 X3222 XC3000A XC3000L XC3100A XC3100L XC3000 manual BUT15
1998 - datasheet series and parallel resonance circuit

Abstract: IN5817 schottky diode symbol ipad data sheet resonance series and parallel circuit datasheet XC3000 XC3000A XC3000L XC3100A XC3100L BUT15
Text: series-resonance frequency. Over this very narrow frequency range between series and parallel resonance , the , R Inductive jL Series Resonance XTAL Parallel Resonance X5321 Frequency 1 , inductive, starting with a zero at series resonance , and increasing very rapidly with frequency. It , higher frequency, the crystal is inductive and in parallel resonance with the unavoidable stray , series of FPGA devices. This information supplements the data sheets, and is provided for guidance only


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PDF XC3000 00/XC3000A/XC3000L/XC3100/XC3100A/XC3100L XC1700 X3222 datasheet series and parallel resonance circuit IN5817 schottky diode symbol ipad data sheet resonance series and parallel circuit datasheet XC3000A XC3000L XC3100A XC3100L BUT15
MIL-PRF-49464

Abstract: No abstract text available
Text: SLCs Maxi & Maxi+ Series : Single Layer Ceramics With & Without Borders GENERAL INFORMATION Maxi and , of 50 and 100VDC are available. The Z Series is offered in a range of five dielectric constants (2 , Series was developed specifically to address DC Blocking issues from ~15KHz through 40GHz and , or parallel networks accurately. Unlike y or h parameters which require short circuit and open , Description) . . . . . . . . . . . . . . . . . . . . . . . . . . .2-3 GH/GB Series – SLC’s with & without


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PDF S-SLC0M1010-C MIL-PRF-49464
metal detector vlf 15khz

Abstract: 6647a hewlett packard semiconductor cross reference GH0158101MA6N MIL-C-55681 uhf microwave fet SLC NP0 capacitor GZ04 ultrasonic full bridge GH105Z
Text: typical and may not apply to all applications. Microwave SLCs Single Layer Capacitor Series GENERAL , footprints to conserve board space. The three parts in this series are designed to match .015" (0.381mm) and , performance and the smallest footprint are the primary considerations. The Ultra Maxi Series is RoHS , . . . . . . . . . . . . . . . . . . . . . .2-3 GH/GB Series ­ SLC's with & without Borders (Maxi & , . . . . . . . . . . . . . . . . . . . . . . .4-7 GH/GB Series ­ SLC's with & without Borders (X7S


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PDF S-SLC5M706-C metal detector vlf 15khz 6647a hewlett packard semiconductor cross reference GH0158101MA6N MIL-C-55681 uhf microwave fet SLC NP0 capacitor GZ04 ultrasonic full bridge GH105Z
metal detector vlf 15khz

Abstract: sma connector 0.508mm Smith esr meter kit Shielded Microstrip 6647a dielectric resonator KYOCERA GH0158101MA6N uhf microwave fet MIL-C-55681 2082-2700-00
Text: typical and may not apply to all applications. Microwave SLCs Single Layer Capacitor Series GENERAL , units and custom designs are available on request. GH SERIES : SINGLE LAYER CAPACITORS WITHOUT BORDERS , and incorporate small footprints to conserve board space. The three parts in this series are , , intergranular barrier layer dielectric systems. This series is similar to our Maxi and Maxi+ product offerings , . . . . . . . . . . . . . . . . . . . . . .2-3 GH/GB Series ­ SLC's with & without Borders (Maxi &


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PDF S-SLC5M706-C metal detector vlf 15khz sma connector 0.508mm Smith esr meter kit Shielded Microstrip 6647a dielectric resonator KYOCERA GH0158101MA6N uhf microwave fet MIL-C-55681 2082-2700-00
Quartz Crystal 32.768KHz

Abstract: CTS 10MHz oscillator 10Mhz crystal application of LC oscillator 10mhz crystal oscillator Reeves Quartz Crystal 10mhz 3 pin crystal oscillator Quartz oscillator 30MHz 50MHz crystal
Text: resonance : parallel and series . All crystals exhibit both resonance modes. The oscillator circuit is , oscillator circuit with the crystal in a customer-specified series resonance or parallel resonance and , 2, it can be seen that crystal parallel resonance mode is always above the series resonance frequency and is characterized by inductive reactance. In parallel resonance oscillation mode, the crystal , specifications include resonance frequency, resonance mode, load capacitance, series resistance, holder


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2005 - crystal 433mhz

Abstract: DC TO 20khz crystal oscillator APP1017 10.7mhz crystal oscillator series and parallel resonance circuit superheterodyne receiver circuit 315mhz quartz resonator MAX1470EVKIT AN1017 MAX1470
Text: frequency, resonance mode, load capacitance, series resistance, holder capacitance, and drive level , frequency is above the series frequency but is below the true parallel resonance of the crystal (the , capacitor before inserting the signal into the spectrum analyzer), and then use the series and parallel , mode, load capacitance, series resistance, holder capacitance, and drive level. This application note , , and a shunt capacitance, Co. The motional elements determine the series resonant frequency and the Q


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PDF MAX1470, 315MHz-433MHz MAX1470 MAX1470 com/an1017 MAX1470: MAX1472: MAX1473: AN1017, APP1017, crystal 433mhz DC TO 20khz crystal oscillator APP1017 10.7mhz crystal oscillator series and parallel resonance circuit superheterodyne receiver circuit 315mhz quartz resonator MAX1470EVKIT AN1017
10mhz crystal oscillator

Abstract: Design Guidelines for Quartz Crystal Oscillators Quartz Crystal 32.768KHz 5mhz crystal oscillator 50mhz crystal oscillator Quartz Crystal 10mhz Quartz Crystals overtone and fundamental electric 10Mhz crystal 32.768khz crystal Crystal 10mhz
Text: Mode Crystals have two modes of resonance , parallel and series , and all crystals exhibit both , circuit with the crystal in a customer-specified series resonance or parallel resonance , and calibrates , , resonance mode, load capacitance, series resistance, holder capacitance, motional inductance and , crystal parallel-resonance mode is always above the series resonance frequency and is characterized by , Frequency Above 30MHz, specify overtone number. Resonance mode Specify parallel or series . Load


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PDF inductan401: MAX1402: MAX1403: MAX1407: MAX1408: MAX1409: MAX1414: MAX4455: MAX7651: MAX7652: 10mhz crystal oscillator Design Guidelines for Quartz Crystal Oscillators Quartz Crystal 32.768KHz 5mhz crystal oscillator 50mhz crystal oscillator Quartz Crystal 10mhz Quartz Crystals overtone and fundamental electric 10Mhz crystal 32.768khz crystal Crystal 10mhz
2005 - JESD22-B106C

Abstract: JESD22-B106-C saronix nmp NYP200-12 quartz 3276800
Text: Compliant Version Blank = Standard version ­ (dash) Parallel Resonance Blank = Series Resonance Load Capacitance xx = Parallel Resonance (specify load) Blank = Series Resonance Calibration / Stability , frequencies under 10 MHz) ­ (dash) Parallel Resonance Blank = Series Resonance XX XXX (X , Capacitance xx = Parallel Resonance (specify load) Blank = Series Resonance *no code used, as these specs , Resonance · Effective Series Resistance: 20 to 700-ohm (frequency dependent) · Drive Level: 100µW


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PDF HC-49/U HC-49/U DS-121 JESD22-B106C JESD22-B106-C saronix nmp NYP200-12 quartz 3276800
AD1881

Abstract: AD1819B datasheet series and parallel resonance circuit AC97 AD1819 AD1819A EE-59 series and parallel resonance circuit Crystal quartz 24.576MHz
Text: diagram on page 3 helps to describe the difference between parallel and series resonance . 5. Load , this variation is usually small and therefore not a problem. 4. Series vs. Parallel Crystals. There is no such thing as a series cut or parallel cut crystal. Series vs. parallel has more to due with , oscillator circuit. 6. Equivalent Series Resistance (ESR). A crystal calibrated for parallel resonance , crystal/oscillator system will oscillate in parallel resonance . If the oscillator is noninverting the


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PDF EE-59 AD1819 AD1819A AD1819B AD1881 576MHz. 576MHz AD1819/A/B datasheet series and parallel resonance circuit AC97 EE-59 series and parallel resonance circuit Crystal quartz 24.576MHz
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