guidelines for routing analog signals
Abstract: USB97C210
Text: Application Note 9.18 SMSC USB 2.0 Analog Routing Guidelines General Description This application note discusses the fundamental Layout practices that should be used for the Analog portion RTERM, USB+/-, FS+/-, RBIAS, XTAL1, XTAL2 of the SMSC USB 2.0 products to alleviate problems with EMI, and
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Abstract: diode BY 127 2N3906 diode EMC for PCB Layout physical packages of a 2N3904 transistor 2N3904 2N3906 AN12 AN16 2N3906 PNP bipolar junction transistor
Text: AN 10.14 Using Temperature Sensing Diodes with EMC Devices Remote Sensors 1 Overview SMSC supplies a family of Environmental Monitoring and Control EMC devices that are capable of accurately measuring CPU, GPU and discrete diode (2N3904, 2N3906) temperatures. Most devices
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2N3904,
2N3906)
for 2n3904
diode BY 127
2N3906 diode
EMC for PCB Layout
physical packages of a 2N3904 transistor
2N3904
2N3906
AN12
AN16
2N3906 PNP bipolar junction transistor
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physical packages of a 2N3904 transistor
Abstract: for 2N3904 diode 510 AN12 2N3906 die diode BY 127 GPU board diagram silicon diode ideality factor testing of diode thermal diode
Text: AN 10.14 Using Temperature Sensing Diodes with EMC Devices Remote Sensors 1 Overview SMSC supplies a family of Environmental Monitoring and Control EMC devices that are capable of accurately measuring CPU, GPU and discrete diode (2N3904, 2N3906) temperatures. Most devices
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2N3904,
2N3906)
physical packages of a 2N3904 transistor
for 2N3904
diode
510 AN12
2N3906 die
diode BY 127
GPU board diagram
silicon diode ideality factor
testing of diode
thermal diode
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USB3290
Abstract: pcb crystal layout
Text: AN 15.13 USB3290 PHY Layout Guidelines 1 Introduction This application note provides general PCB layout guidelines for SMSC’s USB3290 PHY. The Universal Serial Bus USB is capable of operating at 480 Mbps. Excellent signal integrity is required to operate reliably at high-speed data rates. The PCB layout is a critical component in maintaining
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USB3290.
pcb crystal layout
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usb3320
Abstract: USB332X Analog Devices USB Isolation Reference Circuits
Text: AN 17.19 USB332x Transceiver Layout Guidelines 1 Introduction SMSC’s USB332x comes in a 25 ball Wafer-Level Chip-Scale Package WLCSP lead-free RoHS compliant package; (1.95 mm X 1.95 mm, 0.4mm pitch package). This application note provides general PCB layout guidelines for the USB332x family of devices. The Universal Serial Bus (USB) is
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usb3320
Analog Devices USB Isolation Reference Circuits
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sd3-75
Abstract: FDC37C67X FDC37C93X cross PD6 GP20 GP25 SA10 SMSC Corporation cross reference
Text: APPLICATION NOTE 6.13 FDC37C67x/FDC37C93x Dual Footprint By Nizar Azzam This document describes a dual footprint layout for the FDC37C67x and the FDC37C93x. The FDC37C67x is a 100 pin QFP/TQFP package and the FDC37C93x is a 160 pin QFP package. Refer to FDC37C67x and
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FDC37C67x
FDC37C93x.
FDC37C67x
FDC37C93x
FDC37C67x.
sd3-75
cross PD6
GP20
GP25
SA10
SMSC Corporation cross reference
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USB3280
Abstract: No abstract text available
Text: AN 13.11 USB3280 PHY Layout Guidelines 1 Introduction The Universal Serial Bus USB is capable of operating at 480 Mbps. Excellent signal integrity is required to operate reliably at high-speed data rates.The PCB layout is a critical component in maintaining signal integrity. This document provides recommendations regarding the PCB layout.
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USB3300
Abstract: usb cable pad layout
Text: AN 13.10 USB3300 PHY Layout Guidelines 1 Introduction The Universal Serial Bus USB is capable of operating at 480 Mbps. Excellent signal integrity is required to operate reliably at high-speed data rates.The PCB layout is a critical component in maintaining signal integrity. This document provides recommendations regarding the PCB layout.
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USB3300
usb cable pad layout
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APD, applications, bias supply
Abstract: GPU board diagram 2N3904 2N3906 EMC2105 EMC for PCB Layout 2N3906 die 2N3904 die
Text: AN 17.1 Power and Layout Considerations for EMC2105 1 Introduction This application note describes design and layout techniques that can be used to increase the performance and dissipate the power generated by the EMC2105. The EMC2105 device contains a fan driver which will cause internal power dissipation and heat generation. In addition, the high noise
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APD, applications, bias supply
GPU board diagram
2N3904
2N3906
EMC for PCB Layout
2N3906 die
2N3904 die
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GP62
Abstract: GP15 126-150 GP61 GP22 GP65 gp6*5 GP10 SA10 SA12
Text: APPLICATION NOTE 6.15 FDC37C68x/FDC37C93x Dual Footprint By Nizar Azzam This document describes a dual footprint layout for the FDC37C68x and the FDC37C93x. The FDC37C68x is a 128 pin QFP package and the FDC37C93x is a 160 pin QFP package. Refer to FDC37C68x and FDC37C93x data
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FDC37C93x.
FDC37C93x
FDC37C68x.
14CLK
39NTIES,
GP62
GP15
126-150
GP61
GP22
GP65
gp6*5
GP10
SA10
SA12
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ER226303
Abstract: LAN9500Ai LAN9500 LAN9500i LAN9500A RJ45 flat Lan RJ45 BOTTOM ENTRY LAN950x rj45 stackup
Text: AN 18.0 LAN9500/LAN9500i LAN9500A/LAN9500Ai Layout Guidelines Chapter 1 Introduction The SMSC LAN950x is a family of high performance Hi-Speed USB 2.0 to 10/100 Ethernet controllers. The “x” in the part number is a generic term referring to the entire family, which includes the following
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LAN950x
LAN9500
LAN9500i
LAN9500A
LAN9500Ai
ER226303
LAN9500Ai
LAN9500
LAN9500i
LAN9500A
RJ45 flat Lan
RJ45 BOTTOM ENTRY
rj45 stackup
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Abstract: rj45 connector to parallel port RJ45 low connector pcb board LAN9500 LAN9500i magnetic module ethernet schematic usb to rj45 PIN DIAGRAM OF RJ45 to usb RJ45 flat Lan RJ45 TAP UP
Text: AN 18.0 LAN9500/LAN9500i Layout Guidelines Chapter 1 Introduction The LAN9500/LAN9500i is a high performance solution for USB to 10/100 Ethernet port bridging. With applications ranging from embedded systems, set-top boxes, and PVR’s, to USB port replicators, USB
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ER226303
rj45 connector to parallel port
RJ45 low connector pcb board
LAN9500
LAN9500i
magnetic module ethernet
schematic usb to rj45
PIN DIAGRAM OF RJ45 to usb
RJ45 flat Lan
RJ45 TAP UP
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Computer spike guard circuit diagram
Abstract: FAH diode 2N3904 2N3906 C100 EMCT03
Text: EMCT03 Triple SMBus Temperature Monitor Datasheet GENERAL DESCRIPTION FEATURES The EMCT03 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones for a PC or embedded environment. The three temperature zones consist of two external and one internal
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2N3904
2N3906
C100
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Philips diode
Abstract: APD Semiconductor APD, applications, bias supply IR 2E09 F17 DIODE pin configuration NPN transistor 2N3904 2N3904 AN10 DIODE F22 rohm diode
Text: AN 16.4 Using Anti-Parallel Diodes APD with SMSC Temperature Sensing Devices 1 Introduction This application note provides information on maintaining temperature measurement accuracy and noise immunity when using anti-parallel diodes (APD) with SMSC’s APD temperature sensing devices.
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capacitive level sensor
Abstract: capacitive touch sensor pcb guideline finger print using labview capacitive touch slider Capacitive PCB capacitive touch sensor labview 3M Touch Systems Capacitive Guidelines touch switch with pcb layout finger print sensor pcb with circuit
Text: AN 19.16 Physical Design and Layout Guidelines for Capacitive Sensor Systems 1 Overview SMSC’s capacitive sensor family provides systems with a wide variety of slider, button, and LED driver functionality. This application note describes design and printed circuit board PCB layout techniques
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Abstract: No abstract text available
Text: EMCT03 1°C Triple SMBus Temperature Sensor Datasheet General Description Features The EMCT03 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones for a PC or embedded environment. The three temperature zones consist of two external and
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Computer spike guard circuit diagram
Abstract: FAH 23 FAH 23 datasheet C100 EMCT03 EMCT03-ACZB EMCT03-ACZB-TR EMCT03-ACZL
Text: EMCT03 1°C Triple SMBus Temperature Sensor Datasheet General Description Features The EMCT03 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones. The three temperature zones consist of two external and one internal temperature
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FAH 23 datasheet
C100
EMCT03-ACZB
EMCT03-ACZB-TR
EMCT03-ACZL
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Abstract: 2N3904 2N3906 C100 EMCT03 fbh 41
Text: EMCT03 Triple SMBus Temperature Monitor Datasheet GENERAL DESCRIPTION FEATURES The EMCT03 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones for a PC or embedded environment. The three temperature zones consist of two external and one internal
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fbh 41
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Computer spike guard circuit diagram
Abstract: No abstract text available
Text: EMCT03 1°C Triple SMBus Temperature Sensor Datasheet General Description Features The EMCT03 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones for a PC or embedded environment. The three temperature zones consist of two external and
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FAH diode
Abstract: Computer spike guard circuit diagram FAH+37+datasheet
Text: EMCT03 Triple SMBus Temperature Monitor Datasheet GENERAL DESCRIPTION FEATURES The EMCT03 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones for a PC or embedded environment. The three temperature zones consist of two external and one internal
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FAH diode
Computer spike guard circuit diagram
FAH+37+datasheet
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FAH diode
Abstract: Computer spike guard circuit diagram
Text: EMCT03 Triple SMBus Temperature Monitor Datasheet GENERAL DESCRIPTION FEATURES The EMCT03 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones for a PC or embedded environment. The three temperature zones consist of two external and one internal
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FAH diode
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silicon diode ideality factor
Abstract: No abstract text available
Text: EMC1023 1°C Triple Temperature Sensor with Resistance Error Correction Datasheet General Description Features The EMC1023 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones. Four unique part numbers can be
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11-bit
EMC1023
silicon diode ideality factor
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1001101B
Abstract: EMC1023 EMC1023-1-ACZB-TR EMC1023-1-ACZL-TR EMC1023-2-ACZB-TR EMC1023-2-ACZL-TR EMC1023-3-ACZB-TR EMC1023-3-ACZL-TR EMC1023-4-ACZB-TR EMC1023-4-ACZL-TR
Text: EMC1023 1°C Triple Temperature Sensor with Resistance Error Correction Datasheet General Description Features The EMC1023 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones. Four unique part numbers can be
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EMC1023
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EMC1023-1-ACZB-TR
EMC1023-1-ACZL-TR
EMC1023-2-ACZB-TR
EMC1023-2-ACZL-TR
EMC1023-3-ACZB-TR
EMC1023-3-ACZL-TR
EMC1023-4-ACZB-TR
EMC1023-4-ACZL-TR
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Abstract: silicon diode ideality factor DIODE FAH 45
Text: EMC1023 1°C Triple Temperature Sensor with Resistance Error Correction Datasheet General Description Features The EMC1023 is a System Management Bus SMBus temperature sensor that is capable of monitoring three temperature zones. Four unique part numbers can be
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