SYSTEM CLOCK CHIP Search Results

STP2210QFP

Abstract: STP2001 STP2220BGA ADR14 ADR19 STP2230SOP
Contextual Info: STP2210QFP July 1997 RIC Reset/Interrupt/Clock Controller DATA SHEET DESCRIPTION The STP2210QFP RIC supports the system resets, system interrupts, system scan, and system clock-control functions. These are independent blocks, designed onto the ASIC chip to save space and improve reliability.

100352

Abstract: CY27022 usb 8-pin mini CY270 obsolete
Contextual Info: CY27022 Clock Generator for Net-MD System Features Description • Supports Clock Requirement for Mini Disc ■ 16.9344 MHz Crystal or Clock Input The CY27022 is a clock generator that integrates clock requirements for a Net-MD system. ■ 12.000 MHz for USB Clock Output

AM25LS252

Abstract: microprogram
Contextual Info: Am25LS2525 System Clock Generator and Driver DISTINCTIVE CHARACTERISTICS FUNCTIONAL DESCRIPTION • Single chip clock generator and driver • Five different clock output waveform s fo r Am2900 and other bipolar and MOS systems • Crystal controlled fo r stable system operation

PLL52C59-14A

Abstract: AMD CPU PLL52C59 9608 PhaseLink Laboratories PLL52C59-14ASC 6681 - 250
Contextual Info: PLL52C59-14A System Clock Generator with Integrated Buffers PIN INFORMATION FEATURES n Generates all clock frequencies for Pentium, CYRIX and AMD CPU. n Provides 4 copies of CPU clock, 6 copies of PCI clock, two system clocks, one 24Mhz and one 48Mhz clock.

AM2925

Contextual Info: Am2925 System Clock Generator and Driver ADVANCED INFORMATION DISTINCTIVE CHARACTERISTICS FUNCTIONAL DESCRIPTION • Single chip clock generator and driver • Four different clock output waveforms for Am2900 and other bipolar and M O S systems • Crystal controlled for stable system operation

Contextual Info: PI6C22392-03 System and Peripheral Clock Generator Features Description • One 14.318 MHz Reference Clock PI6C22392-03 is a low jitter, high performance clock generator which supports system and peripheral chips. Using Pericom's PLL technology, the PI6C22392-03 accepts a 14.318MHz reference input

ECLK

Abstract: IMISC485BYB marking F12 SC485BYB 25 MHz CRYSTAL 22pf P55 1020
Contextual Info: IMISC485 SYSTEM CLOCK CHIP September 1, 1995 Patent Pending PLL FREQUENCY SYNTHESIZER CMOS LSI PRODUCT DESCRIPTION PRODUCT FEATURES T Supports PCI system board designs P54, P55, and P6 T Integrates system clocks and distribution buffers T An early host clock programmable delay ,

transistor F24 07

Abstract: ECLK
Contextual Info: IMISC617 SYSTEM CLOCK CHIP May 1996 PLL FREQUENCY SYNTHESIZER CMOS LSI PRODUCT FEATURES PRODUCT DESCRIPTION n Supports PCI system board designs P54, P55, and P6 n Integrates system clocks and distribution buffers n An early host clock, 5 host clocks and 7

marking P55

Contextual Info: IMISC617 SYSTEM CLOCK CHIP May 1996 PLL FREQUENCY SYNTHESIZER CMOS LSI PRODUCT DESCRIPTION PRODUCT FEATURES T Supports PCI system board designs P54, P55, and P6 T Integrates system clocks and distribution buffers T An early host clock, 5 host clocks and 7

IMISC615AYB

Contextual Info: IMISC615 SYSTEM CLOCK CHIP May 1996 PLL FREQUENCY SYNTHESIZER CMOS LSI PRODUCT FEATURES PRODUCT DESCRIPTION n Supports PCI system board designs P54, P55, and P6 n Integrates system clocks and distribution buffers n An early host clock, 5 host clocks and 7

sm 0038 PIN DIAGRAM

Abstract: f control method P0C7
Contextual Info: SHARP SM8504/SM8506 SYSTEM CONTROL Oscillator Circuit The system clock, leads CPU operation, is one of The SM 8500 series is built-in the m ain-clock and the five clocks w hich divides the m ain-clock fcx sub-clock oscillator circuits fo r generating clock

SH3001IMLTRT

Abstract: pseudo-random noise generator
Contextual Info: SH3001 MicroBuddy Real-Time Clock and Clock Management Support IC for Microcontrollers SYSTEM MANAGEMENT Description Features The programmable SH3001 MicroBuddy™ µBuddy™ provides mandatory microcontroller support functions: ♦ ♦ Clock Management System

pseudo-random noise generator

Abstract: CLK32 EVK-SH3000USB SH3000 SH3000EK SH3001 SH3001IMLTR SH3001IMLTRT
Contextual Info: SH3001 MicroBuddy Real-Time Clock and Clock Management Support IC for Microcontrollers SYSTEM MANAGEMENT Description Features The programmable SH3001 MicroBuddy™ µBuddy™ provides mandatory microcontroller support functions: ♦ ♦ Clock Management System

PI6C22392-03

Abstract: 49S-SMD
Contextual Info: PI6C22392-03 System and Peripheral Clock Generator Features Description • One 14.318 MHz Reference Clock PI6C22392-03 is a low jitter, high performance clock generator which supports system and peripheral chips. Using Pericom's PLL technology, the PI6C22392-03 accepts a 14.318 MHz reference input

SC485BYB

Abstract: IMISC485BYB ECLK
Contextual Info: IMISC485 September 1, 1995 SYSTEM CLOCK CHIP Patent Pending PR O D U C T FEATURES Supports PCI system board designs P54, P55, and P6 integrates system clocks and distribution buffers An early host clock programmable delay , 5 host clocks and 7 PCI clocks

Contextual Info: SH3001 MicroBuddy Real-Time Clock and Clock Management Support IC for Microcontrollers SYSTEM MANAGEMENT PRELIMINARY Description Features The programmable SH3001 MicroBuddy™ µBuddy™ provides mandatory microcontroller support functions: ¨ ¨ Clock Management System

yamaha ym 1011

Abstract: YM3434 3433B M1514 YM3433B yamaha LSI 24pin YM3433B-F YM3433B-D YM3433 Yamaha oversampling filter
Contextual Info: YAMAHA' L S I Y M 3433B ALCDF 2 channel 8 times oversampling Digital Filter O peratable at system clock independent from input serial clock. •OUTLINE The digital filter’s own system clock rate must be considerably faster than the input bit clock rate and at the same time synchronism is required in the system as a whole. Thus

YM3434

Abstract: YM3433B YM3433 ym34 YM3433B-D YM3433B-F Yamaha oversampling filter yamaha LSI 24pin yamaha 40
Contextual Info: YAMAHALSI Y M 3433B ALCDF 2 channel 8 times oversampling Digital Filter Operatable at system clock independent from input serial clock. • OUTLINE The digital filter’s own system clock rate must be considerably faster than the input bit clock rate and at the same time synchronism is required in the system as a whole. Thus

Contextual Info: DATASHEET DIFFERENTIAL SPREAD SPECTRUM CLOCK DRIVER Description Features The MK1493-05 is a spread-spectrum clock generator used as a companion chip with a CK410 system clock. The device is used in a PC or embedded system to substantially reduce electro-magnetic interference EMI . The device

Contextual Info: LU8500F0/LU8500F1 SHARP LU85O0F0/LU8500F1 8-Bit Single-chip Microcomputers With Built-In Flash Memory DESCRIPTION The LU8500F0/F1 are CMOS 8-bit single-chip • System clock cycle microcomputers, flash memory versions of SM8500 main clock cycle • System clock cycle can be varied by program

149305GL

Abstract: 149305G
Contextual Info: DATASHEET MK1493-05 DIFFERENTIAL SPREAD SPECTRUM CLOCK DRIVER Description Features The MK1493-05 is a spread-spectrum clock generator used as a companion chip with a CK410 system clock. The device is used in a PC or embedded system to substantially reduce electro-magnetic interference EMI . The device

CK410

Abstract: MK1493-05GLFTR CK408 149305G
Contextual Info: DATASHEET MK1493-05 DIFFERENTIAL SPREAD SPECTRUM CLOCK DRIVER Description Features The MK1493-05 is a spread-spectrum clock generator used as a companion chip with a CK410 system clock. The device is used in a PC or embedded system to substantially reduce electro-magnetic interference EMI . The device

CK410

Abstract: 14930 CK408
Contextual Info: DATASHEET MK1493-05 DIFFERENTIAL SPREAD SPECTRUM CLOCK DRIVER Description Features The MK1493-05 is a spread-spectrum clock generator used as a companion chip with a CK410 system clock. The device is used in a PC or embedded system to substantially reduce electro-magnetic interference EMI . The device

149305GL

Abstract: CK408 CK410
Contextual Info: DATASHEET MK1493-05 DIFFERENTIAL SPREAD SPECTRUM CLOCK DRIVER Description Features The MK1493-05 is a spread-spectrum clock generator used as a companion chip with a CK410 system clock. The device is used in a PC or embedded system to substantially reduce electro-magnetic interference EMI . The device