ben-wpan/bom/atrf.chr

#CHR

# TVS (should TVS really be T=D ?)

EPCOS CT0603M4G T=D M=TVS FP=0603 V=8 TOL=20% Vac=4V Vdc=5.5V E=100mJ C=200pF

PANASONIC EZJ-P0V080GA T=D M=TVS FP=0402 V=8V Vac=4V Vdc=5.6V C=100pF

TDK AVR-M1005C080MTACB T=D M=TVS FP=0402 TOL=20% V=8V Vdc=5.5V E=10mJ C=33pF

# Crystal

NDK NX3225SA-16.000000MHZ T=XTAL FP=xtal4-3.2mmx2.5mm F=16MHz TOL=15ppm C=8pF

# Inductors - cheat mode: spec'ing just the ones I used :)

TAIYO-YUDEN HK10052N7S-T T=L FP=0402 L=2.7nH TOL=0.3nH I=650mA R=130mR F=6GHz Q=8
TAIYO-YUDEN HK10054N3S-T T=L FP=0402 L=4.3nH TOL=0.3nH I=500mA R=200mR F=4GHz Q=8
Added BOM data for "cntr" sub-project. - bom/atrf.chr: tentative characteristics of two transient voltage suppressors - bom/Makefile (CHR): added atrf.chr - bom/atrf.sub: added tentative translation for TVSs - bom/atrf.equ: added C8051F320 and mini-USB receptacle (for cntr) - bom/atrf.inv: added 120x60 mil pad (for cntr) - bom/atrf.sub: map footprint to value for PAD_12x60 - bom/Makefile: marked .par files as "precious" - bom/Makefile (all, vpath): added cntr sub-project - bom/dk/digi-key.equ: added cntr parts: C8051F320-GQ, LTST-C190KRKT, TVSs CT0603M4G and EZJ-P0V080GA, USB receptacle 1734035-2 2010-10-25 04:40:55 +03:00			`#CHR`

			`# TVS (should TVS really be T=D ?)`

			`EPCOS CT0603M4G T=D M=TVS FP=0603 V=8 TOL=20% Vac=4V Vdc=5.5V E=100mJ C=200pF`

			`PANASONIC EZJ-P0V080GA T=D M=TVS FP=0402 V=8V Vac=4V Vdc=5.6V C=100pF`
Added BOM data for "atusb" sub-project. - bom/atrf.chr, bom/dk/digi-key.equ: added crystal and inductors for atusb - bom/atrf.equ: is C8051F326 C8051F326-GM - bom/atrf.inv, bom/atrf.sub: added printed component PAD_2mm - bom/atrf.sub: tentatively added translation for crystals (X*) - bom/atrf.sub: hack to turn rare 0.82 pF capacitors into more common 0.8 pF - bom/Makefile (all, vpath, spotless): added atusb - bom/Makefile (spotless): also remove cntr.par and cntr.ord 2010-10-25 07:00:11 +03:00
atusb: varistor Vdc was off by 100 mV; made it clearer that we use Vdc, not Vb - atusb/atusb.sch, atusb/usb.sch, atusb/atrf.sch: bumped schematics version to 20110519 - atusb/usb.sch (VR1, VR2, VR3): changed voltage from 5.6 V to 5.5 V - atusb/usb.sch (VR1, VR2, VR3): clarified that the voltage is Vdc, not Vb - bom/atrf.chr (AVR-M1005C080MTACB): Vdc is 5.5 V, not 5.6 V - bom/atrf.sub (VR[0-9]*): allow #.#Vdc as an alternative to #V# 2011-05-19 20:23:33 +03:00			`TDK AVR-M1005C080MTACB T=D M=TVS FP=0402 TOL=20% V=8V Vdc=5.5V E=10mJ C=33pF`
BOM update for atusb - bom/atrf.sub, bom/atrf.inv: added PAD_60x60 - bom/atrf.sub: added capacitance/RF notation for capacitors (C) - bom/atrf.sub: added capacitance parameter for VR - bom/atrf.chr, bom/dk/digi-key.equ: added TDK AVR-M1005C080MTACB (TVS for USB, 33 pF) 2011-01-04 04:08:38 +02:00
Added BOM data for "atusb" sub-project. - bom/atrf.chr, bom/dk/digi-key.equ: added crystal and inductors for atusb - bom/atrf.equ: is C8051F326 C8051F326-GM - bom/atrf.inv, bom/atrf.sub: added printed component PAD_2mm - bom/atrf.sub: tentatively added translation for crystals (X*) - bom/atrf.sub: hack to turn rare 0.82 pF capacitors into more common 0.8 pF - bom/Makefile (all, vpath, spotless): added atusb - bom/Makefile (spotless): also remove cntr.par and cntr.ord 2010-10-25 07:00:11 +03:00			`# Crystal`

			`NDK NX3225SA-16.000000MHZ T=XTAL FP=xtal4-3.2mmx2.5mm F=16MHz TOL=15ppm C=8pF`

			`# Inductors - cheat mode: spec'ing just the ones I used :)`

			`TAIYO-YUDEN HK10052N7S-T T=L FP=0402 L=2.7nH TOL=0.3nH I=650mA R=130mR F=6GHz Q=8`
			`TAIYO-YUDEN HK10054N3S-T T=L FP=0402 L=4.3nH TOL=0.3nH I=500mA R=200mR F=4GHz Q=8`