PCnet-FAST+ Am79C PQFP
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- Tyrone Fisher
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1 NOTE: Place bypass caps close to power pins. EEPROM Pnet-FST+ m 0 PFP EEPROM Revision ate rawn omments 0 S Initial Release. NetPHY-LP LT Reference esign 0// S // // RF NetPHY-LP_LT_ Wednesday, ugust, NetPHY-LP NI LT P NetPHY-LP_LT_ SHEMTI IGRM SIZE RWING NO. REV ate: Sheet of OR NO. OPYRIGHT M VNE MIRO EVIES /E# FRME# PR EVSEL# PI_LK /E0# INT# /E# TRY# ISEL /E# IRY# RX RX RX RX0 RX_V LE#/SRLK OL RS M MIO PWR_GOO TX0 RTX_LK TX TX_LK RXLK TK TO TI EEI/LE0# EEI/LE0# EEO/LE# EEO/LE# EES PI_RST# EU_E0 EU_E EU_E EU_E EU_E EU_E EU_E EU_E S_EOE# E E E0 E E E E E E0 E E E E E E E EROMS# EWE# EES EEI/LE0# EES WUMI# EEI/LE0# WUMI# EEO/LE# EESK/LE# EESK/LE# EESK/LE# EESK/LE# [:0] EU_E[:0] E[:] E[:0] TX TX R.K R K 0.UF R 0R0 R K 0.0UF U m FPX /E0# /E# /E# /E# ISEL FRME# IRY# TRY# EVSEL# PR INT# RST# LK V_PI0 V_PI V_PI V_PI V_PI V_PI V_PI V_PI V_PI VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS V0 V V V V V V0 V V V V V V WUMI# PG TK T0 TI VSS0 VSS VSS VSS VSS VSS VSS VSS E EEO/LE# LE#/SRLK EEI/LE0# PHY_RST TX TX TX0 TX_LK RX0 RX_V OL RS M MIO T_IN T_EN EU_E0 EU_E EU_E EU_E EU_E EU_E EU_E EU_E E E0 E E E E E E0 E E E E E E E EROMS# EWE# S_EOE# ELK RX RX RX TX RX_LK EES EESK/LE# ER# GREEN GREEN T LE -0 LE-ILEVEL K K R.K 0.UF 0.0UF 0.UF + T UF [] 0.UF 0.0UF + T UF [] U T IP S SK I O ORG V N U T SO S SK I O ORG V N 0.0UF 0 0.UF R.K R 0K R 0K R.K /E# /E# /E# /E0# RX RX RX RX0 RX_V RX_LK M RS MIO PR ISEL FRME# IRY# TRY# EVSEL# INT# PI_LK TX TX TX TX0 EEI/LE0# LE#/SRLK TX_LK OL TK TI TO PI_RST# S_EOE# EWE# EROMS# PWR_GOO
2 EU_E[:0] 0.UF LK PR U L LVX SO 0 U S_EOE# S_EOE# EU_E0 S_EOE# LK PR L0 L LVX SO E[:] EROMS# EWE# EU_E0 EU_E EU_E EU_E EU_E EU_E EU_E EU_E E E E0 E E E E E L0 EROMS# S_EOE# EWE# E# OE# WE U V VSS 0 0 MLV00-RJ MP- YES E0 E E E E E E E 0.UF E[:0] VNE MIRO EVIES OPYRIGHT M SHEMTI IGRM NetPHY-LP NI LT P SIZE RWING NO. OR NO. REV NetPHY-LP_LT_ NetPHY-LP_LT_ ate: Wednesday, ugust, Sheet of
3 "SPEE" "LINK" NetPHY-LP_LT_ Wednesday, ugust, NetPHY-LP NI LT P NetPHY-LP_LT_ SHEMTI IGRM SIZE RWING NO. REV ate: Sheet of OR NO. OPYRIGHT M VNE MIRO EVIES RX_LK TX_LK RX TX TX RX0 RRX_LK M TX0 MIO RX_V RX TX RX RS OL IREF LE#/SRLK EEI/LE0# XTLN XTLP _T R0 0K Y MHZ SMXTL X X R.K pf 0.UF 0 0.uF 0.UF 0.UF 0.UF 0.UF 0.UF 0.uF F SM_E R0 0.UF R K pf R R R R0 YELLOW LF GREEN RT RJ RJHS RJHS 0 K K F F RLOK RLOK GLE_K GLE_ YLE_K YLE_ R K R R0 R R 000pF 0 KV R K R R 0.UF R R R R NetPHY-LP U- m SFPX T PLLV PLL O OV EV PV RVV RV O OV TV TV T REFV REF E V V TX : RX : T PE0 PE0 0 _P TX_P _P _P RX_P _P _S RX_S _S _S TX_S _S R NetPHY-LP U- m SFPX PSP ISOEF ISO REFLK LK URN_IN RST# PWRN PHY[]/0 PHY[]/0 PHY[]/0+ PHY[]/0 PHY[0]/0 GPIO[0]/0-/Wire GPIO[]/TP LEPX#/LETX LESP[]#/LETX/LKEN# NEG TEH_SEL[0]/LINK_T TEH_SEL[]/SPSEL TEH_SEL[]/PX LELNK#/LE_0LNK/LE_PSP_S LETX#/LET LERX#/LESEL LEOL#/SRM_EN# LESP[0]#/LET/FX_SEL# INTR RS/0RS OL/0OL XTL+ XTL- IREF FXT- FXT+ TEST TEST/FXR+ TEST0/FXR- TEST/SI+ RPTR MIO M RX[] RX[] RX[] RX[0]/0RX RX_V RX_LK/0RXLK /RX[] /TX[] TX_LK/0TXLK/PSP_LK /0TXEN TX[0]/0TX TX[] TX[] TX[] R0 K R 0K R R 0.UF 0.UF 000pF 0 KV R R0 R 0R0 RX TX0 TX RX0 TX RX_LK MIO M RX RX_V TX RX TX_LK RS OL EEI/LE0# LE#/SRLK
4 PI us Interface Tools are part of board, not components. NetPHY-LP_LT_ Wednesday, ugust, NetPHY-LP NI LT P NetPHY-LP_LT_ SHEMTI IGRM SIZE RWING NO. REV ate: Sheet of OR NO. OPYRIGHT M VNE MIRO EVIES /E# 0 0 TK 0 TI INT# TO /E# 0 /E# /E0# PI_RST# [:0] +.V +.V +.V +.V +.V +.V +.V +.V PI_+V PI_+V PI_+V PI_+V PI_+V FRME# PI_LK ISEL PR IRY# TRY# EVSEL# ZTR0 ZTR ZTR ZTR0 ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR Z Z Z R G0 LNKPI PI- PIUNIVERSL PI- PIUNIVERSL 0 0 -V +V +V +V +V +V +V +V +V +.V +.V +.V +.V +.V +.V +.V +.V +.V +.V +.V +.V +V ZTR ZTR ZTR PI- PIUNIVERSL UX TRST# TK TO TI INT# INT# INT# INT# PRSNT# PRSNT# RST# LK /E# /E# /E# /E0# ISEL FRME# IRY# TRY# EVSEL# LOK# SONE SO# PR K# ZTR ZTR ZTR ZTR0 ZTR ZTR ZTR ZTR ZTR Z TOOLHOLE 0.0UF 0.0UF 0 0.0UF + T 0UF [] + T 0UF [] 0.0UF 0.0UF 0.0UF 0.0UF 0.0UF 0.0UF 0.0UF 0.0UF 0.0UF 0.0UF 0.0UF 0.UF 0.UF 0.0UF 0.UF 0 0.0UF Z TOOLHOLE 0.0UF 0.0UF 0.0UF 0.0UF 0.0UF ZTR ZTR ZTR ZTR ZTR ZTR ZTR0 ZTR ZTR ZTR ZTR ZTR ZTR0 ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR0 ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR ZTR TO INT# TK ISEL PI_RST# TI PR /E# /E0# /E# /E# FRME# IRY# TRY# EVSEL# PI_LK
5 UX_PWR +V R UX_PWR R0 +V UX_PWR R + T 0UF [] 0.UF F SM_E R0 0.UF VS _OUT LN_WKE_UP W JUMPER MP- F SM_E R0 F SM_E R0 LN_WKE_UP UX_PWR R 0K R.0K R 0K R 0K + - LM SO U V OUT_ + OUT_ - UX_PWR_IN PWR_ONTROL PWR_GOO UX_PWR PI_+V R 0R0 0.UF R 0K R 0K PWR_ONTROL G +V S UX_PWR PMOS NTP SOTXX +V 0.UF 0 VR LM0IMP-. SOTXX VIN OUTPUT + T UF [] 0 UF PWR_GOO PWR_GOO +V PWR_ONTROL G S NMOS NTN SOTXX VNE MIRO EVIES OPYRIGHT M SHEMTI IGRM NetPHY-LP NI LT P SIZE RWING NO. OR NO. REV NetPHY-LP_LT_ NetPHY-LP_LT_ ate: Wednesday, ugust, Sheet of
6 Pnet-FST+ / NetPHY-LP ill of Materials ate: ugust, This is the OM for the Pnet-FST+ NI with the NetPHY-LP PHY 0 0 E F G H I TY evice escription Value Package Part Number Manufacturer Socket Reference Number Stuffing, EMI Optimization PI RKET G0 LNKPI G0 Globe NO R R SREW -0 PHILLIPS HE /" -0-0??? SMO YES R R 0uF Tantalum hip apacitor [] 0UF [] T0K0S Kemet NO T, T, T T, T, T Volt 0% uf Tantalum hip apacitor Volt 0% uf [] T0K0S Kemet NO T, T T, T [] uf Tantalum hip apacitor [] UF [] TM0S Kemet NO T T Volt 0% 0.uF eramic apacitor 0 Volt 0% 00 XR 0.uF 000KR Kemet NO,,,,,,, 0,,,,,,, 0,,,,,,,,,,,,,,,,, 0,,,,,,, 0,,,,,,,,,, PF OG eramic apacitor 0Volt PF 000KG Kemet NO,, 00 0% 0.0uF eramic apacitor 0 Volt0% 00 XR 0.0uF 000KR Kemet NO,,,,,, 0,,,,,,,,,, 0,,,, 000pF Surface Mount apacitor KV 000PF 0 M0X0KN0 rco NO 0 0% NPO Electronics 0.0MFeramic apacitor 0Volt 00 XR 0% 0.0UF 00KR Kemet NO,,,,,,,,,,, 0,,,,,,,,,,,,, 0,, MF XR eramic apacitor 0Volt UF 0KR Kemet NO 0 0 0% 0.uFeramic apacitor 0Volt 0 0.UF 0 0MU Kemet NO XR 0% Ferrite ead inductor SM_E R0 IL-00<% LE NO F, F, F, F F, F, F, F LE i-level Green Low urrent Right -0 LE- -0 ialight NO LE LE ngle ILEVEL PMOS P-hannel Enhancement Mode Field Effect Transistor NTP SOTXX NTP National NO NMOS N-hannel Enhancement Mode Field Effect Transistor NTN SOTXX NTN National NO Modular Jack pos. at. with Shield. RJHS RJHS RJHS mphenol NO RJ RJ uilt in Yellow LE and Green Led.K Ohm hip Resistor % mw.k RKH0F KO NO R, R, R, R R, R, R, R 00.K Ohm hip Resistor % mw 00.K RKHF KO NO R R K Ohm hip Resistor % mw 00 K RKH00F KO NO R, R, R, R, R0, R R, R, R, R, R0, R. Ohm hip Resistor % mw R RKHRF KO NO R, R, R, R, R, R R, R, R, R, R, R 00 0K Ohm hip Resistor % mw 00 0K RKH00F KO NO R0, R, R, R, R, R, R, R R0, R, R, R, R, R, R, R Empty do not stuff R0 N/ N/ NO R O NOT STUFF Jumper 0 Ohm hip Resistor 00 % 0R0 RMZ000 KO NO R, R, R R, R, R File Name: NetPHY-LP NI LT OM.xls Page of Printed: //
7 Pnet-FST+ / NetPHY-LP ill of Materials ate: ugust, This is the OM for the Pnet-FST+ NI with the NetPHY-LP PHY 0 0 E F G H I TY evice escription Value Package Part Number Manufacturer Socket Reference Number Stuffing, EMI Optimization Empty do not stuff N/ N/ NO R, R, R0, R O NOT STUFF Ohm hip Resistor % mw 00 R0 RKHR0F KO NO R, R R, R.0K Ohm hip Resistor % mw.0k RKH0F KO NO R R 00 0K Ohm hip Resistor % mw 0K RKH00F KO NO R R 00 High Speed LN Magnetic : Module PE0 PE0 PE-0 Pulse NO T T 0/00 SE-TX Engineering MOS Serial EPROM.V IP T IP T-0P-. TMEL YES U O NOT STUFF Pin IP Screw Machine Socket SOKET IP I-0-S-TT Robinson YES U O NOT STUFF Nugent MOS Serial EPROM.V SO T SO T-0S-. TMEL NO U U ual -Type Positive Edge_Triggered Flip- LVX SO MLVX Motorola NO U U Flop.Volts Supply PSOI Megabit (x-bit)mos Flash Memory MLV0 MP- MLV00- M YES U O NOT STUFF. volt only PL 0-RJ RJ Pin PL Socket Surface Mount SOKET PL - MP YES U U NetPHY-LP.V Low Power 0/00- m TFPX- mv M NO U U TX/FX Ethernet Transceiver 0 Pcnet-FST+ Enhanced 0/00 Mbps PI Ethernet ontroller M FPX- 0 MK M NO U U Low Power Low Offset Voltage ual oparators LM SO LMM National NO U U Low ropout Regulator for V to.v LM0IMP-SOTXX LM0IMP-. National NO VR VR onversion. Position Single Row reakaway Header JUMPER MP- - MP NO W W ssembly Mhz SM Type uartz rystal MHZ XMXTL ESM-.000M Ecliptek NO Y Y Jumper 0 Ohm hip Resistor 0 0R0 R0 KO NO File Name: NetPHY-LP NI LT OM.xls Page of Printed: //
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CONTENTS: REVISION HISTORY: NOTES:
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PA50 Amplifier Operation and Maintenance Manual
Eclipse Series RF Technology rfinfo@rftechnology.com.au October 00 Revision PA0 Amplifier Operation and Maintenance Manual This manual is produced by RF Technology Pty Ltd 0/ Leighton Place, Hornsby NSW
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I2 C Compatible Digital Potentiometers AD5241/AD5242
a Preliminary Technical ata FEATURES Position Potentiometer Replacement 0K, 00K, M, Ohm Internal Power ON Mid-Scale Preset +. to +.V Single-Supply; ±.V ual-supply Operation I C Compatible Interface APPLICATIONS
VFD CONTROLLER DISPLAY BOARD ASSEMBLY REV D
VF ONTROLLER ISPLY OR SSEMLY --00 REV omponent escription Part Number REF SHEMTI VF ONTROLLER ISPLY OR, X, REV 0 REF RW VF ONTROLLER ISPLY OR, X, REV 0 REF RWING VF ONTROLLER ISPLY OR, X, REV 0 REF SU
INFORMATION TECHNOLOGY SYSTEMS SPDs FOR 19 TECHNOLOGY. NET Protector Surge Arrester. Protects switches, HUBs and telecommunication
Surge Arrester Protects switches, HUBs and telecommunication systems Class D according to EN 0 possible (Gigabit Ethernet) Variably equippable patch panels Units available with plug-in inputs and outputs
MAINS BUS (VEE AND RTN) MASTER BOARD SLAVE BOARD PORTS 1 THRU 24 PORTS 25 THRU 48 PORTS 49 THRU 72 PORTS 73 THRU 96 BOARD BLOCK DIAGRAM
ustomer Notice:Linear Technology has made a best effort to and reliable operation in the actual application, omponent affect circuit performance or reliability. ontact Linear pplications Engineering for
Revisions. TRK-KEA128 Drawn by: Nov Original Release A. INZUNZA
Table of ontents Title Page Notes Rev X escription Original Release Revisions ate Nov--0 pproved Production Release ec--0 Production Release Feb--0 Microcontroller Solutions Group 0 William annon rive