SC660 Search Results

IMISC660

Abstract: IMISC660CYB SC660C
Contextual Info: SC660C I2C System Clock Buffer for Mobile Applications Approved Product PRODUCT FEATURES PRODUCT DESCRIPTION S 10 output buffers for high clock fanout applications S Each output can be internally disabled for EMI and power consumption reduction. S Separate power supply for each group of 2 clock

SC660E

Abstract: SC660EYB
Contextual Info: SC660E SMBus System Clock Buffer for Mobile Applications Features Product Description • 10 output buffers for high clock fanout applications The device is a high fanout system clock distributor. Its primary application is to create the large quantity of clocks

SC660E

Abstract: SC660EYB
Contextual Info: SC660E SMBus System Clock Buffer for Mobile Applications Product Features Product Description § 10 output buffers for high clock fanout applications § Each output can be internally disabled for EMI and The device is a high fanout system clock distributor. Its

SC660E

Abstract: SC660EYB
Contextual Info: SC660E SMBus System Clock Buffer for Mobile Applications Product Features Product Description § 10 output buffers for high clock fanout applications § Each output can be internally disabled for EMI and The device is a high fanout system clock distributor. Its

Contextual Info: rm mn SC660E i » M « § w iir tfe s a f f C System Clock Buffer for Mobile Applications Approved Product PRODUCT FEA TURES PRODUCT DESCRIPTION • 10 output buffers for high clock fanout applications ■ Each output can be internally disabled for EMI and

Contextual Info: SC660C I2C System Clock Buffer for Mobile Applications Approved Product PRODUCT FEATURES PRODUCT DESCRIPTION æ 10 output buffers for high clock fanout applications æ Each output can be internally disabled for EMI and The device is a high fanout system clock distributor. Its

SC660EYB

Contextual Info: SC660 I2C System Clock Buffer for Mobile Applications Approved Product PRODUCT FEATURES æ æ PRODUCT DESCRIPTION 10 output buffer for high clock fanout applications Each output can be internally disabled for EMI and power consumption reduction. æ Separate power supply for each group of 2 clock

IMISC660

Abstract: SC660E
Contextual Info: SC660E I2C System Clock Buffer for Mobile Applications Approved Product Product Features Product Description S 10 output buffers for high clock fanout applications S Each output can be internally disabled for EMI and The device is a high fanout system clock distributor. Its

Contextual Info: SC660E f C System Clock Buffer for Mobile Applications Approved Product PRODUCT FEA TURES • 10 output buffers for high clock fanout applications ■ Each output can be internally disabled for EMI and power consumption reduction. ■ Separate power supply for each group of 2 clock

IMISC660

Abstract: IMISC660EYB SC660E SC660EYB
Contextual Info: SC660E I2C System Clock Buffer for Mobile Applications Approved Product Product Features Product Description S 10 output buffers for high clock fanout applications S Each output can be internally disabled for EMI and The device is a high fanout system clock distributor. Its

SC660E

Abstract: SC660EYB
Contextual Info: SC660E SMBus System Clock Buffer for Mobile Applications Product Features Product Description § 10 output buffers for high clock fanout applications § Each output can be internally disabled for EMI and The device is a high fanout system clock distributor. Its

Contextual Info: SC660E SMBus System Clock Buffer for Mobile Applications Features Product Description • 10 output buffers for high clock fanout applications The device is a high fanout system clock distributor. Its primary application is to create the large quantity of clocks

INSSTE32882

Abstract: maxim dallas 2501 P16CV SY100EL16 SN65MLVD201 SN65EPT22 INCU877 INCUA877 ttl crystal oscillator using 7404 P16CV857B
Contextual Info: Clocks and Timing Guide www.ti.com/clocks 2Q 2009 2 Clocks and Timing Guide ➔ Clocks and Timing Selection Tree Clocks by Function Clock Distribution Non- PLL Fanout Buffers PLL Buffers RF Synthesizers Clock Generation General Purpose Generator/Synthesizer

CYPRESS SEMICONDUCTOR

Abstract: nxp Cross-reference AMI Semiconductor DSP ICS9112-17 PIC182 C9850 CDCLVD110 IDT CROSS MC100LVE111 MC100LVEP111
Contextual Info: PIN-PIN Compatible Cross-Reference Guide Competitor Name AMI Semiconductor Cypress Semiconductor Cypress Semiconductor Cypress Semiconductor Cypress Semiconductor Cypress Semiconductor Cypress Semiconductor Cypress Semiconductor Cypress Semiconductor Cypress

NEC 2705

Abstract: LB064 NEC 2705 L
Contextual Info: Mounting Pad Packing Name Magazine LB-064 NEC Tray LA-1001A-1 44 pin SOP 600 mil 44 23 detail of lead end P 1 22 H A F G J I S E C D N M S L B M NOTE 1. Controlling dimension millimeter. 2. Each lead centerline is located within 0.12 mm (0.005 inch) of its true position (T.P.) at maximum material condition.

INSSTE32882

Abstract: maxim dallas 2501 insstua32866 INSSTU32864 INSSTU32866 ttl crystal oscillator using CIRCUIT DIAGRAM INCUA877 ps 2501 dallas GSM home automation block diagram INCU877
Contextual Info: Clocks and Timing Guide www.ti.com/clocks 2Q 2009 2 Clocks and Timing Guide ➔ Clocks and Timing Selection Tree Clocks by Function Clock Distribution Non- PLL Fanout Buffers PLL Buffers RF Synthesizers Clock Generation General Purpose Generator/Synthesizer

schematic diagram of laptop motherboard

Abstract: laptop motherboard resistors laptop MOTHERBOARD pcb CIRCUIT diagram schematic diagram super io laptop motherboard PCB diagram universal laptop schematic power supply circuit diagram volt in section laptop laptop motherboard circuit diagram laptop motherboard schematic laptop schematic power supply circuit diagram
Contextual Info: AN577/677-680 Our clocks make CPU’s tick. Application Note for Using the SG577/SC677/657 and SC680/660 Features Overview The IMI SC677 and SG577 are two loop PLL frequency synthesizers designed to be used with advanced Pentium IItm chipsets. In that application they are designed to be used in

NEC A39A

Abstract: NEC A39A 240 SOP28 330 mil land pattern NEC A39A 8 PIN mjh 106 120-PIN 282 185 01 smd TRANSISTOR code b6 ED-7500 transistor a39a SIP 400B
Contextual Info: IC PACKAGE MANUAL 1991, 1992, 1994, 1996 Document No. C10943XJ6V0IF00 Previous No. IEI-635, IEI-1213 Date Published January 1996 P Printed in Japan CHAPTER 1 PACKAGE OUTLINES AND EXPLANATION CHAPTER 2 CHAPTER 3 1 THROUGH HOLE PACKAGES 2 SURFACE MOUNT PACKAGES

CDCV304

Abstract: PIC182 QS5810 B9680 B9688 CDC318A CDC319 CY2318ANZ CY2318BNZ SC660E
Contextual Info: Competitor Name Competitor Device TI Generic Device Number of Inputs/Outputs Package Texas Instruments Cypress Cypress Cypress/IMI Cypress/IMI Cypress/IMI Cypress/IMI Texas Instruments Cypress Cypress Cypress Cypress Cypress Cypress Texas Instruments Cypress

NEC 2705

Contextual Info: Mounting Pad Packing Name Magazine LB-064 44 pin SOP 600 mil 44 23 detail of lead end P 1 22 A M D M C N K S L B E S G I F J H NOTE 1. Controlling dimension millimeter. 2. Each lead centerline is located within 0.12 mm (0.005 inch) of its true position (T.P.) at maximum material condition.

w48c60

Abstract: CDC2510A W48C67-01 w48c67 w48c60-414 W48C60-202 QS53806 IDT49FCT3 W48S67 1CS9159C-14
Contextual Info: fjjPERICO M II I II I I II I I II I II II I II I II II I I I I I II I M I I I I I II I I I I I I I I I II I I I I I II I II I I I I I I M I I M I I I I I I I < I I 1 II I I I I I II I I I I II II I I M I I I II Pericom’s SiliconClock Cross Reference Guide