NAME 1 zܒ( >VALUE* Ȝ 1 * 8c 2 " " 2 " x " " 2 " ; " "p' "pP " zd d " ޏ Pޏ ' " 1 z1 " 1 ޏ ' x" dޏ P {" "pPzd z" "p' z1 y $ n # > { " К " 3К0e " 0e o " " o o 1 )l 1 1 : yn 15 1 d 2 1 } d 14 1 >NAME 1 8c >VALUE& 3К & 3 & 3@au & 3xP & 3' ; & 3 & 3 & 3XQ 0e & r DH * ) Ȝ " P$1 * p Ȝ " P$2 * 8c Ȝ " P$4 * Ȝ " P$5 * ȜȜ " P$6 * 9Ȝ " P$7 * XȜ " P$8 * X " P$9 * X " P$10 * ,kX " P$11 * dX " P$12 * 1 X " P$13 * Ԕ X " P$14 * X " P$15 * D[ X " P$16 R # A * Ɲ * 1 * :b * 2 " 9u9 " p ʙ 9ʙ " p ʙ p VT " 9up u " 9w %| " 9w 9ʙ " %| %`O " %`O 9VT " 9VT 9w " 9VT p VT " p VT p " 9p " 99VT " p p u & jJ % :b w % Ɲw % 3:b tE tE % 3Ɲ tE tE " 3: n̘ ' " 3+ P 6 " 34gPv6 " 3vnX' " 3: P ' " 3vPv' " 3+ P: n " 3 6 ̘ ' " 34gPvn " 3v6 X' 1 9 "( >NAME 1 9 "( >VALUE1 ^R8c Y0 1 1 8c Y0 2 - Z ʹ Ŵ * < * 1 * * 2 " PuP " % ʙ Pʙ " % ʙ % VT " Pu% u " Pw x| " Pw Pʙ " x| x`O " x`O PVT " PVT Pw " PVT % VT " % VT % " P% " PPVT " % % u & jJ % w % <w % 3 tE tE % 3< tE tE " 3Pn6 ' " 3nP' 6 " 3P:d6 " 3n s' " 3PP' ' " 3P:d' " 3nPPn " 3' 6 6 ' " 3Pn " 3:d6 s' 1 V "( >NAME 1 V "( >VALUE& XS q jJ * v * 3 % 3v tE tE " 3ƛ P& ' " 3ƛ n ' " 3 P& 6 " 3 Pƛ n " 3& 6 ' % v w 1 8c Y0 1 1 8c Y0 2 1 | 8c Y0 3 diode S C2992 * 9 1 C * p 1 A 1 ; ( >NAME 1 җ( >VALUE" 3p " 39 J\ " 2 " ' ' 2 " ' 2 " ; " ' " " 2 " LY , 8c " x" Ȝ" , y" ȜFZ z" LY Z8c F {" 8c F8c " " Ȝ" ȜF " , LY , " ZLY Z & 8c & Zn, & J\Ȝ < ; GY ' 02P * d 1 * 1 2 1 <$ Y0 1 1 s ( >NAME 1 .j( >VALUE" 8c tE " tE tE " tE ~@ " ~@ 6 " 6 ~@ " ~@ tE " " " " " LY " tE LY tE " LY tE LY 8c " tE x " " " LY LY " LY jJ " LY tE LY x " jJ jJ x " djJ d " 22x " x " d2d " 2 " 2x2d " x " x d " x x " x ~@ " 2xx " x x " x~@ " jJ xLY x " jJ xjJ d " LY xLY " xx " xd " x & 3~J & 3$ > " 8c x8c " x8c x.h " P8c P.h " P.h x.h " ' 8c ' .h " ; 8c LY 8c " ; 8c ; .h " ; .h ' .h " B^ 8c " 8c ' 8c " B^ B^ " B^ 8c " 8c P8c " u8` 8 " ` 8` Ǻ " ` Ǻ Ǻ ( ( ( ( > % (F (F % >@(F (F % @(F (F % (F (F " m І " І І " PS ,k " ,k ,k " Ǻ u8 " e H | H " R R ^ " R v R " R xIR " r " @ @Q " " " < " < b < " b < b " b b " b " b H 1 hC R4 1 &" +30V 1 6\ &" -30V 1 Ȝ" GND . 0 / TDA7294 4 2 5 hC . ,k,k / C12 . w / C10 . / PWR . x wy / OUT . 2 / R1 . p 2 / C2 . Ԕ l / R2 . LBT / R5 . BT / D1 . ,kBT / C5 . ,kƕ / C1 . 6\ / R3 . b / R7 . 2 / C3 . u / C6 . ! $ / C4 . NL b / C13 . NL / C11 . (] m / C8 . n / C9 . p BT / R8 4 NV ( 5 > ( . f< / R9 . f< b / C7 . / IN . 1 BT / R6 4 < ( 5 jJ ( UK S$3 ) | H % QO S$1 > " | H | 3 ) | H S$8 > 2 } S$7 > " $ m " vB B S$9 > " ,kҍ ,k ) ,kҍ % " ,k ,kҍ > " ,kҍ 1 ҍ > S$11 " d > " d d l " K\lC S$12 > " D[ l D[ 2 \B C S$4 > " ,k2 1 2 > " l ,k2 S$14 " > > " $ S$15 > " < m < " < n z " n z b z " b z > " m > " < b < m T S$5 " d hC > " ,k ,kz " ,k d " ,k > " L > > " hC hC 3 ;"} S$17 > " b m " \K b b > S$18 > " u " b m S$19 > " V 6\ | 6\ " ! | V 6\ > " \K 2 " ! | ! " ! 2 > w@ S$23 > " z NL " NL NL 6\ * " NL 6\ t; 6\ * > " 0 0 3 " 0 " " t; z > " t; m t; z " t; 6\ t; m " NL NL J * @ S$10 > > " ,k1 p > * " p > PS > * " PS > * > * " * > " J * > " " b z b " " b b " " J " b * " PS > PS * " p > p ҍ % S$20 " vB NL | * " ҍ 1 1 * " 0 ҍ 1 * " 0 0 * " 1 vB * % S$25 " * f S$26 > > " u u ƕ " u ƕ b } + S$2 " &BT BT " &BT 1 BT " BT &BT " ҍ BT > " Lҍ ҍ > > " 1 p > " 1 BT 1 }LD S$21 > " 3 3 " 3 " ) 1 " 6\ > Q~O S$22 > " n H n 3 " (] H n H > " e H (] H ) e H 1 ) e H 1 # S$24 ) ~ 1 S$28 ) u % " u PS u ) u PS % u&@ S$29 > " 3 " H " H H " H " m > " m m ) m % SuJ k S$30 ) d 1 v3 S$13 ) ,kz % ) ,kz % " ,k ,kz ) ,k % t S$31 ) ,k % " ,k2 ,k ) ,k2 % +d S$32 " 2 PS u PS > > " ! ! PS " D[ ! ) D[ 1 " 2 PS ! PS x W S$6 > > " (] n " > " H 3 3 " H H 3 " " H (] " " H H ) H 1 > " : b n b " n b n " n @M * " @M @M m * @P? S$27 > > " " " b > " ~ ~ * " ~ {* " " " " " " ~ * ) 1 ) 1 ) 1 " 9 * " { {* > " ,k* " { * " 9* > " * " * " 2 ޅ * " ~ 2 * ELECTROLYTIC CAPACITOR
grid 10.16 mm, diameter 20 mm 0207/10 RESISTOR
type 0207, grid 10 mm 0207/12 RESISTOR
type 0207, grid 12 mm C075-032X103 CAPACITOR
grid 7.5 mm, outline 3.2 x 10.3 mm C075-042X103 CAPACITOR
grid 7.5 mm, outline 4.2 x 10.3 mm ELECTROLYTIC CAPACITOR
grid 5.08 mm, diameter 8.5 mm ELECTROLYTIC CAPACITOR
grid 5.08 mm, diameter 5 mm C050-025X075 CAPACITOR
grid 5 mm, outline 2.5 x 7.5 mm ref-packages MULTIWATT-15 Multiwatt 15 lead con-ptr500 AK500/2 CONNECTOR AK500/3 CONNECTOR DIODE
diameter 2.3 mm, horizontal, grid 10.16 mm con-amp-quick AMP QUICK CONNECTOR Ϫ default EAGLE Design Rules
The default Design Rules have been set to cover a wide range of applications. Your particular design may have different requirements, so please make the necessary adjustments and save your customized design rules under a new name. (1*16) xV4 ' < ? ? ? ? ? ? ? ? ? ? 8c 2 dd^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ : IO"% default !Ce ͫ% !Ce ͫ,h< % !Ce ͫm% !Ce ͫ.}% !Ce ͫ% !Ce ͫ0-% !Ce ͫ!q% !Ce ͫ