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CRYSTAL 14.318MHZ

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: -41 accepts a 14.318MHz reference crystal or clock as its input and runs from a 3.3V supply. Block Diagram , , 29 GND PWR Ground CPU clock output. CPU clock select inplut bit2 Reference crystal input Reference crystal feedback 5 CPUCLK1/S2 OUT 6, 7, 9, 10, 12, 13, 17, 18, CPUCLK(1 , (drives CLOAD = 45pF) Functionality 3.3V±10%, 0-70°C Crystal (X1, X2) = 14.31818 MHz FS2 FS1 FS0 , output buffers XTALIN This pin serves one of two functions. When the device is used with a crystal ... Integrated Circuit Systems
Original
datasheet

4 pages,
283.32 Kb

ICS9169CF-41 ICS9169C-41 CRYSTAL 14.318MHZ TEXT
datasheet frame
Abstract: lower EMI than other clock devices. The ICS9169C-41 ICS9169C-41 accepts a 14.318MHz reference crystal or clock as , IN OUT IN OUT OUT TYPE PWR IN OUT PWR OUT DESCRIPTION Voltage Supply Crystal input. Nominally 14.318MHz Crystal output. Nominally 14.318MHz Ground Processor clock output which are a multiple of the , 3.3V±10%, 0-70°C Crystal (X1, X2) = 14.31818 MHz FS2 FS1 FS0 XTALIN CPUCLK PCICLK(1-5) BSEL = 1 PCICLK , Cycle to Cycle Input Frequency 1 Logic Input Capacitance1 Crystal Oscillator Capacitance1 Power-on ... Integrated Circuit Systems
Original
datasheet

7 pages,
136.2 Kb

CRYSTAL 14.318MHZ 9169c ICS9169C-41 TEXT
datasheet frame
Abstract: -41 accepts a 14.318MHz reference crystal or clock as its input and runs from a 3.3V supply. Block Diagram , Voltage Supply 2 X1 IN Crystal input. Nominally 14.318MHz 3 X2 OUT Crystal output , ) for ISA slots (drives CLOAD = 45pF) 2 ICS9169C-41 ICS9169C-41 Functionality 3.3V±10%, 0-70°C Crystal , Jitter - Cycle to Cycle Input Frequency1 Logic Input Capacitance1 Crystal Oscillator Capacitance1 , ground return pin. X1 This pin serves one of two functions. When the device is used with a crystal, X1 ... Integrated Circuit Systems
Original
datasheet

7 pages,
150.81 Kb

syncronous bus driver ICS9169CF-41 ICS9169C-41 TEXT
datasheet frame
Abstract: compatible with the LU48C54 LU48C54 and UI48C55 UI48C55, these dual-PLL clock devices incorporate an improved crystal , . Both 3.3 and 5 Volt operation is supported. The improved crystal oscillator of the ID48C54A ID48C54A and , cycle is not affected by varying operating conditions such as with the addition of external crystal load capacitors. Clock jitter from the 14.318 MHz output(s) is also improved, as is the crystal oscillation , assume normal op eration. FEATURES · N ew proprietary crystal oscillator cir cuitry provid es low REFO ... OCR Scan
datasheet

15 pages,
465.15 Kb

AV9154-26 w48c54- W48C54 lu48c54 48C55A-61 48c55 48C54A-04 48C54A W48C55A 48C54 LU48C54A UI48C55A LU48C54 UI48C55 ID48C54A LLP48C54 UJ48C55 UI48C54A ID48C55A IU48C54A/55A TEXT
datasheet frame
Abstract: , including support for the latest speeds of processors. The device uses a 14.318 MHz crystal to generate , CRYSTAL connection CRYSTAL connection DIGITAL POWER SUPPLY f+5V) Digital GROUND 16 MHz (AV9155-01 AV9155-01) or , . Using an Input Clock as Reference The AV9155 AV9155 is designed to accept a 14.318 MHz crystal as the input reference. With some external changes, it is possible to use a crystal oscillator or clock input. Please , ) or 1.843 MHz (-23) dock output CRYSTAL connection CRYSTAL connection DIGITAL POWER SUPPLY (+5V ... OCR Scan
datasheet

12 pages,
258.75 Kb

AV9155 TEXT
datasheet frame
Abstract: external 14.318 M H z reference crystal, or it can be driven directly with the 14.318 MHz system bus clock , sampling jitter Advanced crystal oscillator circuit ensures excellent 14.318 MHz output duty cycle Low , XI VDD GND 16.9M 24.6M 33.9M 14.3M X2 Type I P P O O D e s c rip tio n 1U48C20 1U48C20 Crystal , output for OPL4. 14.318 MHz clock buffered output for OPL3 or PCM CIA controller. Crystal Connection , , P = power supply connection EXTERNAL COMPONENTS/CRYSTAL SELECTION The IU 48C20 48C20 in corp orates a ... OCR Scan
datasheet

5 pages,
157.1 Kb

48C20 S4231 IC WORKS I1I48C20 1U48C20 UM8C20 UJ48C20 TEXT
datasheet frame
Abstract: devices. The ICS9169C-46 ICS9169C-46 accepts a 14.318MHz reference crystal or clock as its input and runs from a 3.3V , , 26, 32 vDD PWR Voltage Supply 2 XI IN Référencé crystal input 3 X2 OUT Référencé crystal , °C Crystal (X1, X2) = 14.31818 MHz FS1 FS0 XTALIN CPUCLK (0:15) (MHz) PCICLK0 (MHz) REF(0:1) (MHz) USBCLK , device is used with a crystal, XI acts as the input pin for the reference signal that comes from the discrete crystal. When the device is driven by an external clock signal, XI is the device' input pin for ... OCR Scan
datasheet

6 pages,
208.16 Kb

ICS9169CF ICS9169C-46 TEXT
datasheet frame
Abstract: · Supports Spread Spectrum modulation: 0 to -0.5% down spread. · Uses external 14.318MHz crystal , , 36, 38, 43, 49, 56 VDD PWR 5 X1 X2 Crystal Input 6 X2 8, 9, 11, 12, 14, 15 , 14.318MHz Crystal input X1 Crystal Output 14.318MHz Crystal output PCI clock outputs Margin testing , be driven to a low value and held prior to turning off the VCOs and crystal. The power up latency , sequence requirements shown below. PD# MREF MREF_BAR CPUCLKT CPUCLKC VCO Crystal Notes: 1 ... Integrated Circuit Systems
Original
datasheet

10 pages,
175.66 Kb

ICS9250-33 CRYSTAL 14.318MHZ TEXT
datasheet frame
Abstract: Devices' AD1848 AD1848, Crystal Semiconductor's CS4231 CS4231, and Yamaha's OPL3L, OPL3LS, and OPL4. The MK1420 MK1420 uses either a 14.318 MHz crystal, or a 14.318 MHz bus clock input to synthesize the clocks required to drive , eliminating three or four mechanical devices from the board. · Packaged in 8 pin SOIC · Input crystal or , cycle with crystal MicroClock offers many other parts with stereo codec support. The MK1430 MK1430 has 5 , 14.318 MHz crystal or clock X1 Crystal Oscillator X2 16.934 MHz Output Buffer 24.576 MHz ... MicroClock
Original
datasheet

4 pages,
28.55 Kb

Yamaha CS4231 MK1418 MK1418S MK1420 mk1448 opl3 AD1848 MK1444 CRYSTAL 14.318MHZ opl4 MK1418/MK1420 TEXT
datasheet frame
Abstract: 14.318MHz Two copies of 48MHz clock Three copies of REF clock @ 14.318MHz Reference crystal oscillator , . The RC7100 RC7100 accepts a 14.318MHz crystal as its reference frequency and operates at a core voltage of , . Advanced Information Features RC7100 RC7100 PRODUCT SPECIFICATION Description (continued) crystal , details. Advanced Information The PWRDWN# pin when low powers down the crystal oscillator and the , running at a fixed frequency equal to the reference crystal or external frequency (14.318MHz). These ... Fairchild Semiconductor
Original
datasheet

8 pages,
68.59 Kb

RC7100 CRYSTAL oscillator 14.318MHZ TEXT
datasheet frame

Archived Files

Abstract Saved from Date Saved File Size Type Download
Derived From a Single 14.31818-MHz Crystal Input LVTTL-Compatible Inputs and Outputs of a crystal oscillator, two phase-locked loops (PLL), and two 1-to-4 buffers. The CDC913 CDC913 generates all frequencies using a single 14.318-MHz crystal. The CPUCLK output is programmable to one of
/datasheets/files/texas-instruments/data/html/scas502c.htm
Texas Instruments 17/11/1997 2.68 Kb HTM scas502c.htm
Derived From a Single 14.31818-MHz Crystal Input LVTTL-Compatible Inputs and Outputs of a crystal oscillator, two phase-locked loops (PLL), and two 1-to-4 buffers. The CDC913 CDC913 generates all frequencies using a single 14.318-MHz crystal. The CPUCLK output is programmable to one of
/datasheets/files/texas-instruments/data/html/scas502c-v1.htm
Texas Instruments 18/08/1997 2.68 Kb HTM scas502c-v1.htm
Output All Output Clock Frequencies Derived From a Single 14.31818-MHz Crystal Input Intel 440LX 440LX chipset. An integrated crystal oscillator generates a 14.318-MHz reference frequency, while an integrated PLL generates a selectable CPU clock frequency from a 14.31818-MHz crystal input.
/datasheets/files/texas-instruments/data/html/scas578-v1.htm
Texas Instruments 18/08/1997 3.2 Kb HTM scas578-v1.htm
Single 14.31818-MHz Crystal Input LVTTL-Compatible Inputs and Outputs Internal The CDC9841 CDC9841 generates all output frequencies from a 14.31818-MHz crystal input. A reference clock can be provided at X1 instead of a crystal input. Two phase-lock loops (PLLs) generate the CPU clock
/datasheets/files/texas-instruments/data/html/scas458d.htm
Texas Instruments 18/08/1997 2.91 Kb HTM scas458d.htm
Output Clock Frequencies Derived From Single 14.31818-MHz Crystal Input LVTTL-Compatible All output frequencies are generated from a 14.318-MHZ 318-MHZ crystal input. A reference clock input can be provided at the X1 input instead of a crystal input. Two phase-locked loops (PLLs) are used to generate
/datasheets/files/texas-instruments/data/html/scas559c.htm
Texas Instruments 18/08/1997 3.35 Kb HTM scas559c.htm
Output Clock Frequencies Derived From a Single 14.31818-MHz Crystal Input The CDC913 CDC913 consists of a crystal oscillator, two phase-locked loops (PLL), and two 1-to-4 buffers. The CDC913 CDC913 generates all frequencies using a single 14.318-MHz crystal.
/datasheets/files/texas-instruments/asl_data/aslbooks/graphics/scas502c/scas502c.sgm
Texas Instruments 09/10/1996 4.11 Kb SGM scas502c.sgm
Output All Output Clock Frequencies Derived From a Single 14.31818-MHz Crystal Input Intel 440LX 440LX chipset. An integrated crystal oscillator generates a 14.318-MHz reference frequency, while an integrated PLL generates a selectable CPU clock frequency from a 14.31818-MHz crystal input.
/datasheets/files/texas-instruments/data/html/scas578.htm
Texas Instruments 17/11/1997 3.2 Kb HTM scas578.htm
14.31818-MHz Crystal Input LVTTL-Compatible Inputs and Outputs Internal Loop Filters for All output frequencies are generated from a 14.318-MHZ 318-MHZ crystal input. A reference clock can be provided at the X1 input instead of a crystal input. Two phase-locked loops (PLLs) are used to generate
/datasheets/files/texas-instruments/data/html/scas546b.htm
Texas Instruments 19/08/1997 2.95 Kb HTM scas546b.htm
Clock Output All Output Clock Frequencies Derived From a Single 14.31818-MHz Crystal Input CDC913 CDC913 consists of a crystal oscillator, twophase-locked loops (PLL), and two 1-to-4 buffers. The CDC913generates all frequencies using a single 14.318-MHz crystal. The CPUCLK output is programmable to one of
/datasheets/files/texas-instruments/sc/psheets/abstract/datasht/scas502c.htm
Texas Instruments 01/06/1998 6.58 Kb HTM scas502c.htm
Output All Output Clock Frequencies Derived From a Single 14.31818-MHz Crystal simplifies clock system design for PC motherboards. The CDC913 CDC913 consists of a crystal oscillator, two 14.318-MHz crystal. The CPUCLK output is programmable to one of three frequencies (50 MHz, 60 MHz
/datasheets/files/texas-instruments/asl_data/aslbooks/graphics/scas502c/scas502c.fea
Texas Instruments 16/12/1996 3.92 Kb FEA scas502c.fea