PI6C182 Search Results

Contextual Info: PI6C182B

PI6C182B

Abstract: PI6C182BH PI6C182BHE
Contextual Info: PI6C182B Precision 1-10 Clock Buffer Features Description • Low noise non-inverting 1-10 buffer The PI6C182B is a high-speed low-noise 1-10 non-inverting buffer designed for SDRAM clock buffer applications and supports higher frequencies up to 140 MHz. • Supports frequency up to 140 MHz

Contextual Info: PI6C182B Precision 1-10 Clock Buffer Features Description • Low noise non-inverting 1-10 buffer Pericom Semiconductor’s PI6C clock series is produced using the company’s advanced submicron CMOS technology, achieving industry leading speed. • Supports frequency up to 140 MHz

PI6C182

Abstract: PI6C182A
Contextual Info: PI6C182 PI6C182A Precision 1-to-10 Clock Buffer Features Description • Low noise non-inverting 1-to-10 buffer The PI6C182 is a high-speed low-noise 1-to-10 noninverting buffer designed for SDRAM clock buffer applications, supporting frequencies up to 110 MHz.

PI6C182

Abstract: PI6C182A PI6C182H c7128
Contextual Info: PI6C182 PI6C182A Precision 1-to-10 Clock Buffer Features Description • Low noise non-inverting 1-to-10 buffer The PI6C182 is a high-speed low-noise 1-to-10 noninverting buffer designed for SDRAM clock buffer applications, supporting frequencies up to 110 MHz.

Contextual Info: PI6C182B Precision 1-10 Clock Buffer Features Description • Low noise non-inverting 1-10 buffer Pericom Semiconductor’s PI6C clock series is produced using the company’s advanced submicron CMOS technology, achieving industry leading speed. • Supports frequency up to 140 MHz

PI6C182

Abstract: PI6C182A PI6C182AH PI6C182H
Contextual Info: PI6C182

sdram pcb layout

Abstract: PI6C182 PI6C182A PI6C182AH PI6C182H PS8165D
Contextual Info: PI6C182 Precision 1-10 Clock Buffer Features Description • Low noise non-inverting 1-10 buffer Pericom Semiconductor’s PI6C clock series is produced using the company’s advanced submicron CMOS technology, achieving industry leading speed. • Supports frequency up to 125 MHz PI6C182A

Contextual Info: PI6C182

Contextual Info: PI6C182B Precision 1-10 Clock Buffer Features Description • Low noise non-inverting 1-10 buffer The PI6C182B is a high-speed low-noise 1-10 non-inverting buffer designed for SDRAM clock buffer applications and supports higher frequencies up to 140 MHz. • Supports frequency up to 140 MHz

Contextual Info: PI6C182 PI6C182A Precision 1-to-10 Clock Buffer Features Description • Low noise non-inverting 1-to-10 buffer The PI6C182 is a high-speed low-noise 1-to-10 noninverting buffer designed for SDRAM clock buffer applications, supporting frequencies up to 110 MHz.

PI6C182B

Abstract: PI6C182BH
Contextual Info: PI6C182B

sdram pcb layout

Contextual Info: PI6C182

PAD61

Abstract: CAP0805 GND12 PAD35 GND-10 5v1 ct led par64 74LVC04 PAD49 ad09
Contextual Info: A B C D E F G H 1 1 2 2 PCI {02,03,04,05} +5V +5V +3V 5V {02,03,04} +3V 5V {02,03,04} +3V +3V +3V +3V 3 3 PCI BUS0 +12V CONNPCI_64 3.3V B1 PTCK B2 B3 B4 B5 B6 4 INTB# {02,03,05} B9 C9 1 TDO +5V3 +5V4 B11 PRSNT1 PAD17 B32 PC/BE2# B33 PTMS B34 PTDI PIRDY# B35

Contextual Info: ADVANCED INFORMATION \l fjJ PER!COM PI6C185-01 Precision 1-5 Clock Buffer Features Description • High speed, low noise non-inverting 1-5 buffer

Contextual Info: PRELIMINARY Precision 1-10 Clock Buffer Features Description • High speed, low noise non-inverting 1-10 buffer The P I6C 182 is a high-speed low-noise 1-10 non-inverting buffer designed for SDRAM clock buffer applications. • Supports up to four SDRAM DIMMs

Contextual Info: PRELIMINARY PRELIM f f j PER!COM PI6C102 Precision Clock Synthesizer for Mobile PCs Features Description The PI6C102 is a high-speed low-noise clock generator

Contextual Info: ¡ J P E R IC O M Precision 1-10 Clock Buffer Product Features • L ow noise non-inverting 1-10 buffer • Supports frequency up to 140 M H z (PM C 182A

EPM5128LC

Abstract: IDT CYPRESS CROSS REFERENCE clocks epm5064lc-1 EPM5128LC-1 EPM5064LC EPM5128LC-2 EPM5128GI EPM5128JC-1 8464c 5962-8871309
Contextual Info: Product Line Cross Reference CYPRESS CYPRESS CYPRESS CYPRESS CYPRESS CY2148-35C CY21L48-35C CY7C168A-35C CY7C168A-25C 5962-8871309XX 5962-89839112X CY2148-35C CY7C148-35C CY7C168A-45M CY7C168A-35M+ 5962-8871310RX 5962-8983913RX CY2148-35M CY7C148-35M CY7C169A-35C

ca10 rotary switch

Abstract: GO SWITCH-C 73 la1 d22 a65 B83 SOT23-6 D412 be4 B52 sot23-6 AJ24B SOT23-6 MARK B83 D44 8PIN I82559ER
Contextual Info: Intel IQ80310 Evaluation Platform Board Manual July 17, 2001 Order Number: 273431-009 Information in this document is provided in connection with Intel® products. No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document. Except as provided in Intel's Terms and Conditions of Sale for such products, Intel assumes no liability

STi7110

Abstract: bl3458 LE88221 tk3713 BL2338 TW2834 CSR9000 Teknovus STI7109 PAS5201
Contextual Info: Timing Timing Solutions from Pericom Pericom offers total timing solutions — Silicon ICs + Quartz Crystal Timing solutions — in a robust clock IC portfolio as well as in the SaRonix-eCera frequency control crystals and crystal oscillators. The Clock IC family consists of high-performance differential and single ended 1.2V, 1.5V, 1.8V,

PI6C102

Abstract: PI6C182 PI6C182H
Contextual Info: PR ELIM PRELIMINARY f j j P E R IC O M P I6 C 1 0 2 mi I ii I mi I mi I mi I ii 11 ii I mi I mi I mi I ii I mi I mi I mi I ii I mi I mi I mi I ii I mi I mi I mi I ii 11 ii I mi I mi I mi I ii I mi I mi I mi I ii I mi I mi I mi I ii I mi I P recision C lock Synthesizer

XTAL 27MHZ 49S SMD

Abstract: smd a48 w16 SMD sot-23 T6 5v/smd diode fy smd transistor w16 NKS2 smd w16 HC49 smd PI49FCT805T
Contextual Info: CONNECTIVITY SIGNAL INTEGRITY TIMING TIMING Silicon ICs + Quartz Crystal Timing solutions Go to page 75 for a listing of SaRonixeCera products. Pericom offers total timing solutions in a robust clock IC portfolio as well as in the SaRonix-eCera frequency control product line. These crystals, crystal oscillators and voltage control crystal oscillators

ICS9148-49

Abstract: PI6C106 PI6C182 PI6C184
Contextual Info: PI6C106