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Part Manufacturer Description Datasheet BUY
LMK02000EVAL-1 Texas Instruments LMK02000 Evaluation board with 245.76 VCXO visit Texas Instruments
74LVC1GX04DCKTG4 Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments
LMK02000EVAL-2 Texas Instruments LMK02000 Evaluation board without VCXO visit Texas Instruments
SN74LVC1GX04DCKR Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments Buy
74LVC1GX04DCKRE4 Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments
SN74LVC1GX04DCKT Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments

crystal oscillator 1 MHz 4 pins CONNECTIONS

Catalog Datasheet MFG & Type PDF Document Tags

bob smith termination POE

Abstract: Transformerless Ethernet App www.national.com 6 AN-1469 TABLE 1. 25 MHz Crystal Oscillator Requirements Parameter Min Typ , products) either a 25 MHz crystal or 25 MHz oscillator may be used. For all PHYTER family products, the , 10.1 OSCILLATOR OR CRYSTAL. 7.0 Led and non-LED Strap Pins PHYTER products support both , 25 MHz 7.5 x 5 mm Crystal Oscillator VCC1-B2B-25M000 Raltron www.raltron.com 25 MHz 7.5 x 5 , external CMOS level oscillator source or a crystal resonator device. The X1 pin is the clock input
National Semiconductor
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DP83640 DP83848C bob smith termination POE Transformerless Ethernet App SI-60062-F S558-5999-U7 transformerless ethernet design dp83848 optic 10BASE-T 100BASE-TX DP83849C DP83849I

M101C

Abstract: MF Electronics crystal oscillator tristate Open or "1" to enable ÷2 4. ÷4 ÷1 *Pad 7 for die CONNECTIONS 1. 2. 3. 4 , by 1 Connect Pin 6 to: No connection 2 4 MHz +5.5 Volts 70 110 % of VDD , Precaution must be taken against ESD. The crystal connections and the Select pins should not be , creates a customized high stability crystal clock oscillator. The Clockchip® ASIC is available in four , Required PCB area is only .118 x .193" · Crystal frequency from 1.5 to 50 MHz. · Typical symmetry of 48
MF Electronics
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M101C MF Electronics crystal oscillator crystal oscillator 1 MHz 4 pins CONNECTIONS M101 MC101C on-board surface mount device SOIC8 IC NY10801

AP-125

Abstract: 8XC196KC chapter 5 interrupts oscillator circuitry. _A0077-C0 Figure 11-4. External Crystal Connections 11.3.1.2. USING CERAMIC , . 11.1.1. Port Connections The Port 0 pins also function as analog inputs into the A/D converter and they , , either tie the pins to ground or write zeros to Ports 3 and 4. 11.2. POWER AND GROUND PINS Power to the , .5-P2.7 P2.1-P2.4 P2.0 P0.0-P0.7 ANGND HSI.0-HSI.3 HSO.O-HSO.3 P1.0-P1.7 AD0-AD15 8XC196KC/KD , Minimum Hardware Connections The Vss pins and ANGND must all be nominally at the same potential (± 50 mV
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AP-125 8XC196KC chapter 5 interrupts 8XC196KC 8XC196KC instruction set A0123-B0 kd 116 transistor A0030-D0 0000H

MF Electronics crystal oscillator

Abstract: M101C DC Voltage, VDD CONNECTIONS 1. 2. 3. 4. 5. 6. 7. 8. Enable Voltage (Tristate input , 50 IC Pad 1. 2. 3. 4. 5. 6. 7. Function *Crystal *Crystal Tristate Input Negative , taken against ESD. The crystal connections and the Select pins should not be user-accessed and the lead , 8.2,32.4 Crystal Frequency The oscillator will drive crystals of any frequency from 6 to 50 MHz , for divide-by-4. For example, a 10 MHz frequency may be generated from a 20 MHz crystal, either
MF Electronics
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frequency divider CRYSTAL, 25 MHZ TRISTATE m101 soic 8 M101M M101P MF Electronics oscillator

AN949

Abstract: AC voltmeter pic : I am using a 4 MHz crystal with VDD at 5V and I am seeing a lot of distortion on the oscillator , and OSC2 oscillator pins are checked at the same 4 (or 5) combinations of VDD and temperature. The , oscillator mode may be needed or a resistor in series with the crystal may be required (see Figure 4 , least 5. DS00949A-page 4 The oscillator circuit connections should be as short as reasonably , crystal at 4.0 MHz in XT mode, but resonators often fail at lower frequencies under similar conditions
Microchip Technology
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AN949 AC voltmeter pic 78L05 DS00949A-

SAM9G20 Microcontroller Schematic Check List

Abstract: AT91SAM9g20 errata External 32,768 Hz Crystal Selected (OSCSEL = 1) If an external 32,768 Hz Oscillator is used (OSCSEL = 1 , ­ATARM­09-Feb-10 Signal Name Recommended Pin Connection Description Clock, Oscillator and PLL Crystal Load , XOUT Main Oscillator in Normal Mode Capacitors on XIN and XOUT (crystal load capacitance dependent) 1 kOhm resistor on XOUT only required for crystals with frequencies lower than 8 MHz. 1K CCRYSTAL CLEXT CLEXT Example: for an 18.432 MHz crystal with a load capacitance of CCRYSTAL= 17.5
Atmel
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AT91SAM9G20 SAM9G20 Microcontroller Schematic Check List AT91SAM9g20 errata AT91SAM9G20 atmel ARM926EJ-S AT91SAM9 6431C

TAJC226K016R

Abstract: outputs 25-Ohm output drivers Accepts 13.5-MHz input reference Built-in crystal oscillator circuit. The , to device pins X1 and X2. This forms a parallel resonant crystal oscillator circuit. The W129A , high-quality picture. Table 1. Frequency Selection CTRL3 CTRL2 CTRL1 OE Spread% SCLK (MHz , 1 1 0 1 1 1 X2 PLL2 Ratio 200/81 4 54 200/81 4 54 200/81 , 4 1 ­2.0% 33.333 54 200/81 4 1 ±2.0% 36.7 54 106/39 4 Block
Cypress Semiconductor
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TAJC226K016R

AT91SAM9G20

Abstract: AT91SAM9G20-EK External 32,768 Hz Crystal Selected (OSCSEL = 1) If an external 32,768 Hz Oscillator is used (OSCSEL = 1 , Description Clock, Oscillator and PLL Crystal Load Capacitance to check (CCRYSTAL). AT91SAM9G20 XOUT XIN GNDPLL Crystals between 3 and 20 MHz XIN XOUT Main Oscillator in Normal Mode Capacitors on XIN and XOUT (crystal load capacitance dependent) 1 kOhm resistor on XOUT only required for , MHz crystal with a load capacitance of CCRYSTAL= 17.5 pF, external capacitors are required: CLEXT =
Atmel
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6431B AT91SAM9G20-EK VOLTAGE DEPENDENT RESISTOR details ARM at91sam Decoupling

DMA 2270

Abstract: VPU2203 Fig. 5-1: Pins 1 to 4, Output Connections Fig. 5-3: Pins 7 to 14, Crystal Connections Fig. 5-2 , Connections 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Ground o f Output Buffer leave vacant! Main Clock Output 0 M VSUP , 20.3 MHz f 0 M " 1 4 -3 CL = 5 0 to 100 pF to 20.3 MHz 0.92 - 1.3 5 ,6 - t0 M O H f 0 MOL *0 , 20.3 MHz, f CL = ^ p 3 ± 2 .0 ± 1 .0 ± 4 .0 ± 2 .0 31 adjusted by 8 Bits controlled by 7 , 4 4 5 5 6 7 7 8 Section 1. 2. 3. 4. 4.1. 4.2. 4.3. 4.4. 4.5. 5. 6. Title introduction Functional
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DMA 2270 VPU2203 CVPU2235 CVPU vco 6*8 DMA2270 51-294-2E D-79108 D-79008 6251-294-2E

AT91SAM9260

Abstract: AT91SAM9260 Electrical Characteristics Oscillator in Normal Mode Capacitors on XIN and XOUT (crystal load capacitance dependent) 1 kOhm , ,1,2 or 3) 11 6275F­ATARM­13-May-09 Table 4-2. EBI Pins and External Device Connections , Crystal Selected (OSCSEL=1) If an external 32,768 Hz Oscillator is used (OSCSEL = 1) and the Main , Decoupling capacitor (100 nF)(1)(2) Powers the PLL cells and the Main Oscillator. VDDBU 1.65V to 1.95V Decoupling capacitor (100 nF)(1)(2) Powers the Backup I/O lines (Slow Clock Oscillator and a
Atmel
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AT91SAM9260 AT91SAM9260 Electrical Characteristics AT91SAM9260-EK AT91SAM9260 errata at91sam nand flash pcb layout design

VCC1-B2B-25M000

Abstract: RJ45 SMT magnetics 1000 1. Table 1. 25 MHz Crystal Oscillator Requirements Parameter Min Typ Frequency Max , internally and externally. This input should come from a 25 MHz clock oscillator or crystal. (Check 12.0 , OR CRYSTAL The requirements of 25 Mhz oscillators and crystals are listed in Table 1. Table 1. 25 MHz Crystal Oscillator Requirements and Table 2. Table 2. 25 MHz Crystal Requirements. Some , 5 mm Crystal Oscillator VCC1-B2B-125M000 25 MHz 7.5 x 5 mm Crystal Oscillator VCC1-B2B
National Semiconductor
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DP83865 AN-1263 RJ45 SMT magnetics 1000 Bel Fuse and bob smith termination Transpower Tech RJS12-8G05 GMII magnetics RJ-45 CSP-9-111C2 CSP-9-111S2

AVR1012: XMEGA A Schematic Checklist

Abstract: AVR1012 oscillator must be connected between the TOSC1 and TOSC2 pins when running from VBAT. 3 8278B-AVR-03/10 , be disconnected. 6 AVR1012 8278B-AVR-03/10 AVR1012 4 Clocks and crystal oscillators 4.1 , input for an external clock signal Input for inverting Oscillator pin 1 XTAL2 Can be left unconnected or used as GPIO 4.2 Crystal oscillator Figure 4-2. Crystal oscillator example schematic 7 8278B-AVR-03/10 Table 4-2. Crystal oscillator checklist Signal name Recommended pin connection
Atmel
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AVR1012: XMEGA A Schematic Checklist AVR atmel 16 kit schematic ATAVRXPLAIN AVR1003 8278B-AVR Atmel 514

MPN3401

Abstract: Nytronics WEE crystal frequency (MHz) 0.1 0.2 0.5 1.0 2.0 2.5 8.0 13.4 20.0 One crystal (connected directly to pins 5 , crystal oscillator integrated circuits by utilizing diodes as RF switches. The switching is controlled by , disturbance to the oscillator; 3. Minimizes RF radiation; 4. Adapts easily to electronic scanning methods , MCI2061 crystal oscillators are specified for operating frequency ranges of 100 kHz to 2.0 MHz, and 2.0 , switching components) between these pins must be less than 4 k ohms for the MC12060, and less than 155 ohms
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AN-756 MC12061 MSD7000 MPN3401 Nytronics WEE motorola msd7000 diode array AN756 MC12060/MC12061 MCI2060 MCI2060/ EB-59

AT91SAM9XE Microcontroller Series Schematic Check List

Abstract: AT91SAM9XE Crystal Selected (OSCSEL=1) If an external 32,768 Hz Oscillator is used (OSCSEL = 1) and the Main , Signal Name Recommended Pin Connection Description Clock, Oscillator and PLL Crystal Load Capacitance to check AT91SAM9XE XIN XOUT GND 3 to 20MHz crystal XIN XOUT Main Oscillator in Normal Mode 1K Capacitors on XIN and XOUT (crystal load capacitance dependent) 1 kOhm resistor on , Example: for an 18.432 MHz crystal with a load capacitance of CCRYSTAL= 18 pF, external capacitors are
Atmel
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AT91SAM9XE Microcontroller Series Schematic Check List CCRYSTAL32 AT91SAM9XE-EK 6420C

P802

Abstract: TI380 . Crystal oscillator pins are analog signals associated with clock generation. Phantom signals are voltage , Crystal Oscillator 5 Clocking Options 5 Interface to Dual Media STP/UTP 5 CIRCUIT LAYOUT GUIDELINES Signal Routing and Termination MAC/PHY Interface Crystal Oscillator Digital Power Phantom , 6. TRANSLATION OF VDD AND VSS PINS TO TI380C30 TI380C30 Application Design Note 4 6 7 8 13 , applications using a 4 MHz local bus system clock. The TI380C30 is packaged in a PCMCIA compatible, 1.0mm thin
Texas Instruments
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TI380 TI380C25 TI380C60 P802 TI380FPA valor magnetics tokenring 5/94/D7

VFAC570BL

Abstract: RJ45-MAG for specifics. TABLE 1. Table 1. 25 MHz Crystal Oscillator Requirements Parameter Min Typ , internally and externally. This input should come from a 25 MHz clock oscillator or crystal. (Check 12.0 , -1263 11.0 Unused Pins and Reserved Pins 12.0 Component Selection 12.1 OSCILLATOR OR CRYSTAL Unused , 5 mm Crystal Oscillator VCC1-B2B-125M000 25 MHz 7.5 x 5 mm Crystal Oscillator VCC1-B2B-25M000 Raltron www.raltron.com 25 MHz 7.5 x 5 mm Crystal Oscillator C04305L-25.000MHz Saronix
National Semiconductor
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VFAC570BL RJ45-MAG Pulse bob smith termination C0430 RGMII Layout Guide RGMII

crystal oscillator 1 MHz 4 pins CONNECTIONS

Abstract: 20v zener diode of an on-e®ip crystal oscillator circuit, a 21-stage binary ripple counter, two output pulse shaping , device has an External Crystal Input Ox). an External Crystal Output (Ox). source connections to the , . The 4045B may be used with an external crystal oscillator circuit as shown in the Block Diagram or an , Crystal Output (Ox) and to the source connections (Sp and Sf^j). A Schmitt trigger is provided to allow slow rise and fall times on the External Clock Input signal. The crystal oscillator circuit can be
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21-STAGE 20v zener diode crystal oscillator 1 MHz 4 pins 12 Mhz in crystal oscillator transistor OF BLOCK diagram Crystal oscillator 12 MHz TRANSISTOR S2A

NB3N502

Abstract: 06035C103KAT2A Signal Generator DUT.8 OUT 2 MHz to 50 MHz DUT.1 50 W Optional DUT.7 REF DUT.4 X2 , %, (0603), Ceramic Capacitors, 06035C104KAT2A AVX Y1 1 25 MHz Crystal U1 1 NB3N502, 8 , the crystal (CLOAD (crystal) must be matched by total load capacitance of the oscillator circuitry , of the board. Table 1. POWER SUPPLY CONNECTIONS Supply Value Connector VDD +3 to +5.5 V , +5.5 V Figure 2. Power Supply Connections Crystal Figure 3. Using a Crystal as Reference Clock
ON Semiconductor
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06035C103KAT2A BM x2 capacitors OS103011MS8QP1 T494C226K016AT NB3N502DEVB NB3N502DEVB/D

SAM9G25-EK

Abstract: PD15-PD31 . Powers the main oscillator cells. 1.65V to 3.6V VDDOSC Decoupling/Filtering RLC circuit(1) The , , PLLUTMI and Oscillator Ground GNDOSC pin is provided for VDDOSC, VDDPLLA pins. GNDOSC pin should be , Signal Name Recommended Pin Connection Description Clock, Oscillator and PLL Crystal load , XOUT 12 MHz Main Oscillator in Normal Mode USB High Speed (not Full Speed) Host and Device peripherals need a 12 MHz clock. Capacitors on XIN and XOUT (crystal load capacitance dependent
Atmel
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SAM9G25 SAM9G25-EK PD15-PD31 AT91SAM9 SDRAM SDHC schematic sam-ba ARM926EJ-STM

PD15-PD31

Abstract: sdhc atmel . Powers the main oscillator cells. 1.65V to 3.6V VDDOSC Decoupling/Filtering RLC circuit(1) The , , PLLUTMI and Oscillator Ground GNDOSC pin is provided for VDDOSC, VDDPLLA pins. GNDOSC pin should be , ­ATARM­02-Aug-11 Signal Name Recommended Pin Connection Description Clock, Oscillator and PLL Crystal load , XOUT 12 MHz Main Oscillator in Normal Mode USB High Speed (not Full Speed) Host and Device peripherals need a 12 MHz clock. Capacitors on XIN and XOUT (crystal load capacitance dependent
Atmel
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SAM9G35 sdhc atmel nand flash ONFI 3.0
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