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AX3HAF3-156.2500T3 AX3HAF3-156.2500T3 ECAD Model Abracon Corporation XTAL OSC XO 156.25MHZ 3.3V HCSL
AX3HCF4-125.0000T AX3HCF4-125.0000T ECAD Model Abracon Corporation XTAL OSC XO 125MHZ 1.8V HCSL
AX3HAF3-156.2500T AX3HAF3-156.2500T ECAD Model Abracon Corporation XTAL OSC XO 156.25MHZ 3.3V HCSL
AX3HCF1-150.0000T3 AX3HCF1-150.0000T3 ECAD Model Abracon Corporation XTAL OSC XO 150MHZ 1.8V HCSL
AX3PAF2-156.2500T3 AX3PAF2-156.2500T3 ECAD Model Abracon Corporation XTAL OSC XO 156.25MHZ 3.3V LVPEC
AX3HBF1-150.0000 AX3HBF1-150.0000 ECAD Model Abracon Corporation XTAL OSC XO 150MHZ 2.5V HCSL

th crystal oscillator Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - Not Available

Abstract: No abstract text available
Text: of COM 3V th Crystal oscillator 3V tSU Crystal oscillator 3V 5V 5V 5V , · · Operating voltage: 2.7V~5.2V External Crystal 32.768kHz oscillator 1/4 bias, 1/8 duty, frame , tone frequency output pair 11 OSCO O Crystal oscillator output pin 12 OSCI I Crystal oscillator input pin 13~15 T1~T3 I Not connected 16~23 COM0~COM7 O LCD , 5V 3V 5V Min. Typ. Max. Unit 2.7 ¾ 5.2 V No load LCD ON Crystal oscillator Â


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PDF HT16220 768kHz
2001 - HT1620

Abstract: HT1621 HT1622 HT16220 HT1623 HT1625 HT1626 HT162X th crystal oscillator
Text: of COM 3V th Crystal oscillator 3V tSU Crystal oscillator 3V 5V 5V 5V , Operating voltage: 2.7V~5.2V External Crystal 32.768kHz oscillator 1/4 bias, 1/8 duty, frame frequency is , O Crystal oscillator output pin 12 OSCI I Crystal oscillator input pin 13~15 T1 , ¾ 5.2 V No load LCD ON Crystal oscillator ¾ ¾ 50 mA ¾ ¾ 65 mA No load/LCD OFF Crystal oscillator ¾ ¾ 20 mA ¾ ¾ 30 mA No load Power


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PDF HT16220 768kHz HT1620 HT1621 HT1622 HT16220 HT1623 HT1625 HT1626 HT162X th crystal oscillator
2000 - HT1623

Abstract: HT1620 HT1621 HT1622 HT16220 HT1625 HT1626 HT1627 HT16270 HT162X
Text: of COM 3V th Crystal oscillator 3V tSU Crystal oscillator 3V 5V 5V 5V , Operating voltage: 2.7V~5.2V External Crystal 32.768kHz oscillator 1/4 bias, 1/8 duty, frame frequency is , OSCO O Crystal oscillator output pin 12 OSCI I Crystal oscillator input pin 13~15 , ¾ 5.2 V No load LCD ON Crystal oscillator ¾ ¾ 50 mA ¾ ¾ 65 mA No load/LCD OFF Crystal oscillator ¾ ¾ 20 mA ¾ ¾ 30 mA No load Power


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PDF HT16220 768kHz HT1623 HT1620 HT1621 HT1622 HT16220 HT1625 HT1626 HT1627 HT16270 HT162X
KDS Crystals 32.768kHz

Abstract: CRYSTAL 32.768KHz KDS KDS 32.768KHZ ICAN 5299 kds 2 pin crystal oscillator KDS Crystals oscillator kds 5 a - 32,768Khz 32.768KHZ KDS KDS Crystals quartz crystal kds with 2 pins
Text: back netw ork. Figure 5 illu strate s a block diagram of th e oscillator circuit w ith th e crystal as p a rt of th e PIfeedback netw ork. The oscillator circuit ensures th a t th e crystal is operating , to oscillator start-u p problem s through th e follow ing: Excessive loading on th e crystal in p u , BENCHMARQ Time-Base Oscillator for RTC ICs Introduction The operation of th e tim e-base oscillator is critical to the tim e -k e e p in g fu n ctio n s of th e bq3285, bq4285, a n d bq4845 series


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PDF bq3285, bq4285, bq4845 DT-26. C-002RX MC-306 MC-405/406 MC-405 MC-406 C-406 KDS Crystals 32.768kHz CRYSTAL 32.768KHz KDS KDS 32.768KHZ ICAN 5299 kds 2 pin crystal oscillator KDS Crystals oscillator kds 5 a - 32,768Khz 32.768KHZ KDS KDS Crystals quartz crystal kds with 2 pins
KDS Crystals

Abstract: KDS DT-26 Crystals KDS Crystals 32.768 KDS Crystals oscillator KDS CRYSTALS 32.768KHZ MC 3278 rca application notes ican-6086 kds 9 crystal KDS Crystals oscillator 32.768khz mc4069
Text: UNITRODE- u-502 Time-Base Oscillator for RTC ICs Table 1. Crystal Parameters Parameter , characteris tics of the piezoelectric crystal and the on-chip crystal oscillator circuitry designed into the , circumventing oscillator start-up problems. Time-Base Crystal The RTC time-base oscillator is designed to , Pi-type feed back network. Figure 5 illustrates a block diagram of the oscillator circuit with the crystal as part of the PIfeedback network. The oscillator circuit ensures that the crystal is operating in


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PDF u-502 bq3285, bq4285, bq4845 DT-26, C-002RX MC-306 MC-405/406 MC-405 MC-406 KDS Crystals KDS DT-26 Crystals KDS Crystals 32.768 KDS Crystals oscillator KDS CRYSTALS 32.768KHZ MC 3278 rca application notes ican-6086 kds 9 crystal KDS Crystals oscillator 32.768khz mc4069
KDS Crystals 32.768

Abstract: KDS Crystals KDS Crystals oscillator KDS 32. 768 KHZ crystal KDS 32. 768 KHZ crystal 2x6 32.768khz crystal fox thru hole CRYSTAL 32.768KHz DATASHEET KDS Daiwa dt-38 KDS Crystals 32.768kHz CRYSTAL 32.768KHz KDS
Text: crystal to a real-time clock (RTC). It also provides information about oscillator circuit-design criteria , oscillator uses a crystal operating in parallel mode. Crystals used in parallel mode are specified for a , frequency, the oscillator circuit must load the crystal with the correct capacitive load. Figure 1. RTC , REGISTERS X2 X1 CRYSTAL ACCURACY The frequency accuracy of a crystal-based oscillator circuit , crystal and the oscillator capacitive load. If the capacitive load is less than the crystal was designed


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PDF 768Hz KDS Crystals 32.768 KDS Crystals KDS Crystals oscillator KDS 32. 768 KHZ crystal KDS 32. 768 KHZ crystal 2x6 32.768khz crystal fox thru hole CRYSTAL 32.768KHz DATASHEET KDS Daiwa dt-38 KDS Crystals 32.768kHz CRYSTAL 32.768KHz KDS
KDS 32kHZ crystal

Abstract: KDS Crystals 32.768 KDS 32.768 KHz crystal for RTC XTAL 32.768KHZ DT-26 6PF KDS DMX-26S 32KHz crystal WX26 wire crystal 32kHZ KDS Crystals 32.768khz crystal fox thru hole
Text: Keywords: RTC, crystal , 32kHz, real time clock, oscillator , timekeeping, time keeping, 32768, 32.768 , integrated load capacitors (CL1 and CL2) and bias resistors. The Pierce oscillator utilizes a crystal , , the oscillator circuit must load the crystal with the correct capacitive load. Figure 1. RTC , crystal-based oscillator circuit is mainly dependent upon the accuracy of the crystal and the accuracy of the match between the crystal and the oscillator capacitive load. If the capacitive load is less than the


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PDF 32kHz, 768Hz DS1677: DS1678: DS1685: DS1688: DS1689: DS17285: DS17485: KDS 32kHZ crystal KDS Crystals 32.768 KDS 32.768 KHz crystal for RTC XTAL 32.768KHZ DT-26 6PF KDS DMX-26S 32KHz crystal WX26 wire crystal 32kHZ KDS Crystals 32.768khz crystal fox thru hole
2003 - toyocom TCXO

Abstract: No abstract text available
Text: CRYSTAL OSCILLATORS General 1. TCXO (Temperature Compensated Crystal Oscillator ) A TCXO is a crystal oscillator with a temperature-sensitive reactance circuit in its oscillation loop to compensate , Controlled Crystal Oscillator ) A VCXO (Voltage Controlled Crystal Oscillator ) is a crystal oscillator the , slope) 3. OCXO (Oven Controlled Crystal Oscillator ) High frequency stability is obtained in these , crystal oscillator , high stability is obtained. Because an AGC (Automatic Gain Control) circuit is


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PDF TCO-900 DIP-14P: toyocom TCXO
4MHz crystal equivalent circuit

Abstract: No abstract text available
Text: 16MHz crystal oscillator circuits and demonstrate a circuit that operates at 7µW with a 4MHz , MOSFET) active load. Both circuits are described in more detail below. Crystal Oscillator A crystal oscillator (Figure 1) has very desirable characteristics for tuned oscillator circuit applications , , power supply voltage, or mechanical vibration. The oscillation frequency of a crystal oscillator can be , L1 x C1 FIGURE 1: Crystal Oscillator Network. FIGURE 2: Crystal Equivalent Circuit Network


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PDF 16MHz 4MHz crystal equivalent circuit
IXDP630 application note

Abstract: IXDP630
Text: C oscillator . In th e IX D P 6 3 1 , program m ing is achieved by u se o f a crystal oscillator . A n , , th e X T L IN pin is different because th e crystal oscillator circuit can n o t to le ra te a S chm , IXDP631, the crystal o scillator is applied to XTLIN. If an external clock is tob e sup plie d to th e ch , inputs is first synchronized with the internal oscillator . W h e n an input changes state, th e o n , significant cost reduction o v er a standard crystal oscillator , but entails a tradeoff in frequency accuracy


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PDF 91560B IXDP630 IXDP631 IXDP630 application note
Ultra Low Power Crystal Oscillators

Abstract: 1MHz crystal oscillator CIRCUIT 4Mhz cryStal oscillator Quartz Crystals 1MHz crystal 16MHZ 4MHz crystal equivalent circuit crystal of 4MHz ALD110900 circuit radio active quartz 4MHz crystal of 4MHz Oscillation mosfet
Text: 16MHz crystal oscillator circuits and demonstrate a circuit that operates at 7µW with a 4MHz , MOSFET) active load. Both circuits are described in more detail below. Crystal Oscillator A crystal , supply voltage, or mechanical vibration. The oscillation frequency of a crystal oscillator can be , L1 x C1 FIGURE 1: Crystal Oscillator Network. FIGURE 2: Crystal Equivalent Circuit Network. The electrical equivalent circuit for a crystal oscillator circuit is shown in Figure 2. This


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PDF 16MHz Ultra Low Power Crystal Oscillators 1MHz crystal oscillator CIRCUIT 4Mhz cryStal oscillator Quartz Crystals 1MHz crystal 16MHZ 4MHz crystal equivalent circuit crystal of 4MHz ALD110900 circuit radio active quartz 4MHz crystal of 4MHz Oscillation mosfet
101OSC

Abstract: c4060
Text: open circuited. With the crystal oscillator configuration in Figure 6, Osc Out 2 must be left open , Oscillator Circuit Table 1. Crystal Oscillator Amplifier Specifications Ta = 25°C (Input = Pin 11, Output = , minimum minimum minimum minimum PIERCE CRYSTAL OSCILLATOR DESIGN Rs i Ls CS Re ¿ o- - , Reactance jX e shou ld be positive, in d ic a tin g th a t th e crystal is o p e ra tin g as an in d u c tiv , Oscillators", Machine De sign, March 7, 1985. D. Babin, "Guidelines for Crystal Oscillator Design", Ma chine


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PDF MC54/74HC4060 14-Stage MC54/74HC4060 MC14060B. C54/74H C4060 101OSC c4060
z-com vco

Abstract: No abstract text available
Text: oscillator ( crystal mode). External capacitors C1 andC2, as shown in Figure 1, are required to set the proper crystal load capacitance and oscillator frequency. For an external reference oscillator , an external , directly to the ground plane. Oscillator output, for use with an external crystal as shown in Figure 1. Pin , HIPERCOMM BR1334 - REV 3 193 MOTOROLA MC12179 +5.0V +5.0V VÇC OSCin Crystal Oscillator , and oscillator frequency. The values of the capacitors are dependent on the crystal chosen and the


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PDF 500-2800M MC12179 2200MHz BR1334 MC12179 z-com vco
Not Available

Abstract: No abstract text available
Text: T re s o n a n c e fre q u e n c y is d e te rm in e d by th e thickness of the crystal , but even , ) Frequency stability (Af/fo) X'tal: Quartz crystal , OSC: Crystal oscillator , RTC: Real time clock , changes in crystal deformation, and changes in 1C internal constants for chips mounted in the oscillator , ) Load capacitance(CL) from the pins of the crystal oscillator . This capacitance is determined as a condition when the crystal oscillator is connected to the oscillation circuit and will determine the output


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PDF
motorola 246

Abstract: motorola 244
Text: > be no grea ter than 30pF. In operation, th e crystal oscillator w ill sta rt up w ith the application , and O SCout to form an internal reference crystal oscillator . External capacitors C1 and C2 are required to set the proper crystal load capacitance and oscillator frequency (Figure 3). For an external , C M O S oscillator d esigns w hich realize the crystal oscillator w ith a m odified inverter , overdrive the crystal resulting in dam age or unstable operation. T h e MC12181 design does not exhibit th


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PDF -1000M MC12181 MC12181 BR1334 10kHz MKR-73 17dBC/Hz motorola 246 motorola 244
Not Available

Abstract: No abstract text available
Text: noise and to reduce current consumption. -O - XT < W h e n n o t using th e crystal oscillator c , Crystal oscillator is connected. feedback resistor. Switching o f divided frequency from the , OPERATION 1. Crystal Oscillation Terminals (Xt ,"X j ) • The crystal oscillator is used by connecting , otor. N : Ratio o f frequency division o f th e crystal reference frequency divider. N = 3, 4, 5 , . If necessary, adjust Ro, Rs and CL to control noise from the crystal oscillator circuit o r to


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PDF TC9242P/F TC9242P, TC9242F TC9242F TC9242P 6-P-300-2 20MHz, 68MHz
colpitts oscillator construction

Abstract: colpitts oscillator construction design
Text: communication systems. They include a Colpitts crystal reference oscillator , UHF oscillator , + 8 (MC13175) or + , ; decoupling capacitors should be placed as close as possible to the pins. 3. The crystal oscillator circuit , Crystal Oscillator Inputs The internal reference oscillator is configured as a common emitter Colpitts. It , the internal prescaler. Crystal oscillator circuits and specifications of crystals are discu ssed in , the crystal oscillator . A low pass filter with R3 = 1.0 k and C 2 = 1500 p has a corner frequency (fc


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PDF MC13175 MC13176 MC13176 MC13175) MC13176) MC13175/76 colpitts oscillator construction colpitts oscillator construction design
Not Available

Abstract: No abstract text available
Text: Crystal Series Resistance 10 Crystal Oscillator Drive Level 2 40 2 -400 0 “ Parallel resonant* Crystal mV p-p Crystal Oscillator Source Impedance 2 At Collector of , consumption at 5V 275 With Vcc applied o Crystal oscillator DC offset o Loop amplifier DC , output of an onchip crystal controlled oscillator . The crystal frequency used is generally 4MHz, which , parison frequency is 6.25kHz. The com parison frequencies are both obtained from a 4MHz crystal


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PDF SP5024 SP5024 SP5510 SP5024,
2010 - XO 202 na

Abstract: MIL-PRF-55310 PRF55310
Text: Space qualified XO ­ Crystal Oscillator General Specification th January 19 2010 Features · , XO ­ Crystal Oscillator General Specification th January 19 2010 Mechanical characteristics , . XO Series 100 Space qualified XO ­ Crystal Oscillator General Specification th January 19 , from TEMEX. XO Series 100 Space qualified XO ­ Crystal Oscillator General Specification th , SPACE XO Series 100 Space qualified XO ­ Crystal Oscillator , General Specification (rev 19


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PDF PRF55310 /-10ppm /-20ppm /-30ppm 51000417-A0 XO 202 na MIL-PRF-55310 PRF55310
12000 MHz CRYSTAL OSCILLATOR

Abstract: quartz 11.059 Failure in Time quartz resonator
Text: R-Type Fixed and Voltage Controlled Crystal Oscillator R -T ype Fixed an d V o lta g e c o n , time between failure (MTBF). 38 R-Type Fixed and Voltage Controlled Crystal Oscillator Pin In fo , Fixed and Voltage Controlled Crystal Oscillator Electrical S p ecificatio ns SIMULATED TEST LOAD , V V mA kHZ R-Type Fixed and Voltage Controlled Crystal Oscillator C h aracteristic Curves , vs. Output Frequency 41 R-Type Fixed and Voltage Controlled Crystal Oscillator C h


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PDF 14-pin 12000 MHz CRYSTAL OSCILLATOR quartz 11.059 Failure in Time quartz resonator
Not Available

Abstract: No abstract text available
Text: rm is p ro d u ce d w h ich be g in s e ach fie ld w ith six se rra te d • Crystal Oscillator , ) TOP VIEW DELAY, GENLOCK TO CRYSTAL OSCILLATOR 1 24 RESISTOR CONNECTION FOR GENLOCK OSCILLATOR CRYSTAL OSCILLATOR FEEDBACK TAP 2 23 MASTER FREQUENCY INPUT VSS 3 22 R-C CONNECTION FOR GENLOCK OSCILLATOR HORIZONTAL DRIVE OUTPUT 4 21 DELAY, GENLOCK TO CRYSTAL , Descriptions PIN NO. SYM BO L DESCRIPTION 1 XRC Delay, Genlock to Crystal Oscillator . Resistor


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PDF CD22402 100pF7p 525-LIN 625-LIN CD22402 CA5470. AN-8742 CA5470
ICAN-6086

Abstract: rca ican-6086 circuit diagram of incubator M15F 12v ican 6086 MN1400 rca 6086 AN6086 ican6086 rca ican-6539
Text: . This circuit, know n as a crystal pi netw ork, is intended for use after an amplifier th at , circuit th at may be used to provide the am plification function in a crystalcontrolled oscillator . The am , f a crystal-controlled oscillator circuit is mainly a function o f the crystal characteristics, or , Oscillator Crystal LOAO CAPACITANCE, CL TRIM ± 2 0 PPM ± 25 PPM ± 3 0 PPM SpF -0 .4 5 +0.51 - .5 6 +.65 - 0 , paragraphs can be com bined in the design o f COS/MOS oscillator circuits, in the circuits, the crystal


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PDF ICAN-6086 45-miUisecond ICAN-6086 rca ican-6086 circuit diagram of incubator M15F 12v ican 6086 MN1400 rca 6086 AN6086 ican6086 rca ican-6539
HF Colpitts VCO

Abstract: 434M 418 MHz SAW AM RF Transmitter 1,488 mhz crystal oscillator
Text: an o n -ch ip PLL which uses an external crystal reference oscillator (4.5 to 7.2MHz). All popular , Parallel combination R^/C, Crystal oscillator input impedance Integrated IF filter -3dB low pass cut off , external connection Data filter - external connection Data filter - external connection Crystal oscillator Crystal oscillator FUNCTION Phase locked loop The phase locked loop generates the local oscillator by frequency multiplication of a crystal referenced oscillator . Dividers A divide by 64 prescaler is


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PDF KESRX01 50Kbits/sec 315MHz, 92MHz HF Colpitts VCO 434M 418 MHz SAW AM RF Transmitter 1,488 mhz crystal oscillator
Not Available

Abstract: No abstract text available
Text: are connected. (When XSL2 = Low) Digital power supply for the master clock. Crystal oscillator circuit input. Connects the crystal oscillator selected by the crystal selection pins XSLO to 2 (Pins 34, 35, and 36). Used to input the master clock from external. Crystal oscillator circuit output. Connects the crystal oscillator selected by the crystal selection pins XSLO to 2 (Pins 34, 35, and 36). Digital GND fo , 6362363 SONY S4S7 T6D S O N Y CXD2555Q (3) Crystal oscillator frequency selection (FS = 32kHz


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PDF CXD2555Q CXD2555Q 3fl23 00054bl 48pin FP-48P-L04
M5L8284AP

Abstract: M5L8284 5L8284AP M74LS74AP 74ls74ap
Text: le c t the crystal oscillator circuit output or an external clock input as the input for the d iv id , shorted to ground. input When F /C is set low, CLK and PCLK outputs are driven from the crystal oscillator , the clock output. This output is a TTL level crystal oscillator output. The frequency is the same as , ) C o n n e c tin g th e crystal * W h e n th e E F I in p u t is n o t u s e d M 5L8284A P EXTERNAL SYNCHRONIZATION INPUT(SYNC) Th e crystal freq uency should be th re e tim es th e c yc le tim e


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PDF 5L8284AP M5L8284AP M5L8284APS 74LS74A 5L8284A M5L8284AP M5L8284 5L8284AP M74LS74AP 74ls74ap
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