NAME 1 2( >VALUE" 3p " 39 @a $ " , $ FZ0$ r Z| F0$ r , | " " F" " , Ȝ, " ' Ȝ, " ZȜZ " PȜZ " B^ ' 8c , " B^ ' ' " B^ P8c Z " B^ PP " r , 8c , " r Z8c Z " | F| " & | & >b }| p p * 1 * 2 1 6 ( >NAME 1 6( >VALUE" 3 \ " 3 / $ " , $ FZ0$ r Z| F0$ r , | " " F" " , Ȝ, " ' Ȝ, " ZȜZ " PȜZ " B^ ' 8c , " B^ ' ' " B^ P8c Z " B^ PP " r , 8c , " r Z8c Z " | F| " & | & >b & ^ & 0^R " " ^R @a S} Ep=p * X 1 * ) 2 1 6 ( >NAME 1 6( >VALUE" 3) " 3X $ " , $ FZ0$ r Z| F0$ r , | " " F" " , Ȝ, " ' Ȝ, " ZȜZ " PȜZ " B^ ' 8c , " B^ ' ' " B^ P8c Z " B^ PP " r , 8c , " r Z8c Z " | F| " & | & >b & > & " > " @a K} upmp * d 1 * 1 2 1 ' ( >NAME 1 ( >VALUE% d 1 1 " 3d " " 3 1 % 3d ' ' } pp * Ȝ 1 * 8c 2 1 Z" ( >NAME 1 Z( >VALUE% Ȝ 1 1 " 3Ȝ F " < " 3" 8c % 3Ȝ ' ' } p0207/7* ,k 1 * Ԕ 2 1 Ȝ6 ( >NAME 1 ,( >VALUE" 3,k z $ " , $ FZ0$ r Z| F0$ r , | " " 3F" " , Ȝ, " ' Ȝ, " ZȜZ " PȜZ " B^ ' 8c , " B^ ' ' " B^ P8c Z " B^ PP " r , 8c , " r Z8c Z " 3| F| " & 3z " 3 Ԕ & 3| }J pp * 9 1 * p 2 1 J\jJ ( >NAME 1 6( >VALUE" 3rH 9 $ TW1 @a; $ TWd@ax0$ x d0$ ; 1 " 3TWdTW1 " @a; z; " 6 z; " @axzx " nzx " 6 ; " 6 6 " n x " nn " ; ; " x x " 3 d 1 & 3lKTW " 3p & 3 }| 1p)p * 1 * 2 1 J\jJ ( >NAME 1 6( >VALUE" 3 p " 3 9 $ TW1 @a; $ TWd@ax0$ x d0$ ; 1 " TWdTW1 " @a; z; " 6 z; " @axzx " nzx " 6 ; " 6 6 " n x " nn " ; ; " x x " d 1 & h & 5TW y dp\p * 1 * 2 1 9B^ ( >NAME 1 t2( >VALUE" 3 R " 3 * " p p ~@ $ `O p ~@ $ 9rH0$ p 0$ 9~@ rH`O " `O `O " ʙ jJ `O " " ʙ " 6fjJ @a`O " 6fjJ ʙ jJ " 6f@a " 6fʙ " 9~@ 9 " rH`O @a`O " rH@a & . 9 & p Z Oy pp * X 1 * ) 2 1 9B^ ( >NAME 1 t2( >VALUE" p p ~@ $ `O p ~@ $ 9rH0$ p 0$ 9~@ rH`O " `O `O " ʙ jJ `O " " ʙ " 6fjJ @a`O " 6fjJ ʙ jJ " 6f@a " 6fʙ " 9~@ 9 " rH`O @a`O " rH@a " 3X " 3 ) & p & 9 y p0411V * Ȝ 1 * 1 2 1 (, ( >NAME 1 *( >VALUE" 31 % Ȝ `O `O " 3| Ȝ & t % 3Ȝ ' ' Ku pp * X 1 * ) 2 1 6d ( >NAME 1 TW.( >VALUE" 3) " 3X $ jJ VT $ 0$ 4 0$ 4 VT jJ " jJ " VT >VT " |C`O >VT " > " |C> " `O z VT " `O |C`O " z " |C " 4 VT z VT " 4 z " jJ & & u p0414V * Ȝ 1 * 8c 2 1 - ( >NAME 1 ( >VALUE" 38c 6 " 3Ȝ n % Ȝ VT VT % 3Ȝ , , & f 2 u LpDp * 1 * D[ 2 1 ( >NAME 1 8( >VALUE" 3 " lw &w " $m &w " l& " ܒ& " $m w " $m $m " ܒ " ܒܒ " 3 w w " 3 " җP " 3' P " ' .h & 3 " vB җvB P " 3vB ' vB P " vB ' vB .h & 3xA `M " 3XQ D[ $ .h lw $ 3 w vB .h $ җl0$ 3 vB җ0 uJ pwp * A 1 * | 2 1 ( >NAME 1 .( >VALUE" 3*n A " җ.h " lw &w " $m &w " l& " ܒ& " $m w " $m $m " ܒ " ܒܒ " 3 w w " 3 " vB җvB .h & "r & vB ލ " 3| ֑ $ .h lw $ җl0$ 3 w vB .h $ 3 vB җ0 u+ p0617V * Ȝ 1 * 8c 2 1 7 ( >NAME 1 Ι( >VALUE" 3Ȝ d " 31 8c % Ȝ w w & h 3 % 3Ȝ , , JJ
pp * A 1 * | 2 1 sn ( >NAME 1 .( >VALUE" 3| " 3A RZ " sJ\ s " " " hMhM " TWhM " XQ D[ " XQ " XQ TWD[ hM " XQ TWTW " } D[ " } hMD[ hM " J\ & 3L] s $ sJ\hM0$ s $ } hM J\0$ } & Ԓ & ,m s & 3 u pP0613V* Ȝ 1 * 8c 2 1 , ( >NAME 1 ( >VALUE" 38c 6 " 3Ȝ n % Ȝ LY LY & f 3 % 3Ȝ , , Ku 6p-p * X 1 * ) 2 1 ,i ( >NAME 1 TW8( >VALUE" 3) " 3X & $ `O LY $ 0$ 0$ LY `O " LY /LY " 4VT /LY " / " 4/ " f VT \ LY " f VT 4VT " f \ " f 4 " LY \ LY " \ & 3* & 3 " 2 " 3 2 " `O " 2 " 3 2 " `O hJ hp_p * A 1 * | 2 1 ( >NAME 1 .( >VALUE" 34i A " z " Ԕ :Ԕ " & :Ԕ " ,k:,k " &u:,k " Ԕ " & " u ,k " u&u " = Ԕ Ԕ " = ,k ,k " bL zbL " 3| ̖ $ Ԕ $ z,k0$ = Ԕ bL $ = ,kbL z01 3 ( 0817 & bL Ԓ & ,m
h pP0817V* 9 1 * 1 2 1 P1 ( >NAME 1 PȜ( >VALUE" 3,k 9 " 31 % 9 Ԕ Ԕ & ,k % 39 1 1 1 `O 0 0817 }u pp $ >; rHtE $ tE z ; $ z x0$ >xrH0" rHtE tE " >; >x " rH " z ; z x * 1 * 2 " 3 R " 3 * 1 >VT ( >NAME 1 ,k2( >VALUE& z V & , > n pp " r r " 08c 0Ȝ " " 8c Ȝ * Q 1 * D[ Q 2 " 3D[ 3 1 ( >NAME 1 2( >VALUE& (. & b(0 " 3l $ 0Ȝ0$ r 8c $ Ȝ0$ 08c r K} % pV526-0* d 1 * 1 2 $ Ȝ' 1 $ LY 1 8c ' $ LY d8c P0$ ȜPd0" LY 1 1 " 8c P8c ' " dLY d " Ȝ' ȜP 1 ~@ ( >NAME 1 ܒ( >VALUE ww b pQ p + d % % 1 + d % % 2 1 d5% >NAME 1 d/ >VALUE( d % 3 p p % 4 p p
J ~ p0922V * 9 1 * 8c 2 1 (|A ( >NAME 1 (( >VALUE" 38c 6 " 39 ,k % 9 & ,k 3 % 9 jJ jJ 1 8c 0 0922 ` } p p + d 1 + (# d 2 " 03x' x " 03' x' " 03' " 03 x 1 d5% >NAME 1 d/ >VALUE ^ } p p + d 1 + % d 2 " 03x' x " 03' x' " 03' " 03 x 1 d5% >NAME 1 d/ >VALUE B} P p@ p + h @ 1 + : @ 2 1 d5% >NAME 1 d/ >VALUE" 23hB " 13hB hB p " 03hB p p " 03p B} p p + h p@ 1 + : p@ 2 1 d5% >NAME 1 d/ >VALUE" 23hB " 13hB hB p " 03hB p p " 03p k p p + @ 0 1 + W @ 0 2 1 /> >NAME 1 /Ȝ >VALUE" 03`m " 03`m `m ' " 03`m ' ' " 03' k 5 p% p + p .0 1 + e .0 2 1 Ȝ> >NAME 1 ȜȜ >VALUE" 03`m " 03`m `m ' " 03`m ' ' " 03' Ku p pRDH/15* X 1 * ) 2 1 ( >NAME 1 TW.( >VALUE" 3X " w 4w " >$m 4w " 4 " >ܒ4 " z $m f w " z $m >$m " z ܒf " z ܒ>ܒ " w f w " f " җP " 3' P " ' .h & 3 " җ P " 3 ' P " ' .h & 3 " 3 ) $ .h w $ w .h $ җ0$ җ01 3 ( RDH K} p0204V * d 1 * 1 2 1 - 0 >NAME 1 0 >VALUE" 3d 1 % 3d " " % 3d "
K} p0309V * d 1 * 1 2 1 ' ( >NAME 1 ( >VALUE" 31 & 3 % d ; ; " 32 d & 32 & % 3d led led 7 D pSFH4826 '' < - 1 led w LED " ^1 Ȝ " ^ Ȝd " ^1 Ȝ Ȝ " ^ ȜdȜ , 9V C , 8c A 1 _ hM" >NAME 1 `> hM" >VALUE" ^1 " ^ d " ^ Ȝ " ^<z " ^zȜ " ^Ȝd " ^dz " ^ " ^ " ^ " ^ led KF pSFH482* 1 K * d A % .h .h " ; ܒVT " ܒVT $m " xVT $m % B^ B^ $ tE ; " $ " tE $ 0 $ ; 0 $ 3&; f$ tE $ 3: tE 0 $ 3 0 $ 3 h J%
$ 32 $ 3P ' $ 3 2 0$ 3 P' 01 dw ( >NAME 1 dTW( >VALUE jumper jumper 7 JP pJP6QE 6 '' < !"12ABQRab - @ -1 - s -2 - -3 - -4 - -5 - -6 7 JP pJP9QE 6 '' < !"12ABQRabqr - @ -1 - s -2 - -3 - -4 - -5 - -6 - 3 -7 - ` -8 - @M -9 7 JP pJP2E 6 '' < - 1 7 JP pJP1E 6 '' < - 8c A jumper q JP2E , @ ȜV 1 " ^ 1 1 _d " >NAME " ^ 8c 1 , @ 8c ȜV 2 " ^8c 8c 1 " ^8c 8c 8c 1 " ^2 | " ^| | " ^| 2 " ^2 2 1 `> " >VALUE JP3E , @ ȜȜV 1 , @ ȜV 2 , @ 8c ȜV 3 " ^8c 8c 1 1 _,k " >NAME " ^ 1 " ^Ȝ Ȝ1 " ^8c 8c 8c 1 " ^ 8c 1 " ^Ȝ8c Ȝ1 " ^ | " ^| | " ^| " ^ 1 `> " >VALUE jumper F pJP6Q * d 1 * 1 2 " 0XXVT " 0*8c 9VT * ,kd 3 * ,k1 4 * dd 5 * d1 6 " 09VT rH8c " 0rH8c 8c " 0ȜVT 8c " 0ȜVT 8c " 08c 8c " 0 VT 8c " 0 Ȝ " 0 ȜȜ " 0ȜȜ " 0ȜȜ " 0ȜrHȜ " 09rHȜ " 09*Ȝ 1 J\( 1 1 TWJ\( 2 1 J\( 3 1 Xw ( >NAME * 1 d 7 * 1 1 8 * Ԕ d 9 * Ԕ 1 10 " 0 VT 8c " 0 8c VT 8c " 08c VT VT 8c " 08c VT r 8c " 0r 8c 8c " 0p VT 8c " 0 Ȝ " 0VT Ȝ Ȝ " 08c r Ȝ " 0VT Ȝ8c " 0 Ȝr Ȝ " 0 Ȝp 1 J\( 4 1 J\( 5 " 0X:Ȝ " 0:Ȝ*Ȝ " 0XVT :8c " 0:8c *8c " 0) VT ) " 0p VT R 8c " 0R 8c 8c " 0) VT 8c " 0 Ȝ) " 0 ȜR Ȝ " 0p R Ȝ * d 11 * 1 12 1 4 J\( 6 & 3 % = & 3D_% w= & 3|% L= & 3% % = = & 3 % = & 3$ % = & 3 |L & 3D_|wL & 3||LL & 3% |= L & 3 | L & 3$ | L 1 X%( >VALUE } p05C * Ȝ 5% 1 * 8c 5% 2 " V * 1 , ( >NAME " 38c 1 " 3Ȝ d * ) 5% 3 " 3) " V " 3 .h 1 a d >VALUE g pJP9Q * sd 1 * s1 2 " 0AAVT " 0ڕ8c VT * Xd 3 * X1 4 * 9d 5 * 91 6 " 0VT 8c " 08c 8c " 0VT 8c " 0VT 8c " 08c J\8c " 0,kVT J\8c " 0J\Ȝ,k " 0J\ȜȜ " 0Ȝ " 0Ȝ " 0ȜȜ " 0Ȝ " 0ڕȜ 1 H_J\( 1 1 J\( 2 1 %J\( 3 1 A$m ( >NAME * Ȝd 7 * Ȝ1 8 * d 9 * 1 10 " 0,kVT z8c " 0z8c 8c " 0dVT 8c " 0dVT F8c " 0F8c " 8c " 01 VT " 8c " 0,kzȜ " 0ȜzȜ " 0dFȜ " 0Ȝd " 0" ȜFȜ " 0" Ȝ1 1 J\( 4 1 (J\( 5 " 0AfPȜ " 0fPȜڕȜ " 0AVT fP8c " 0fP8c ڕ8c " 0| VT | " 0| VT 8c " 01 VT ~@ 8c " 0Ԕ VT 8c " 0 VT 8c " 0D[ VT &j 8c " 0Ԕ VT 8c " 0 VT * 8c " 0D[ VT bL 8c " 0 Ȝ| " 0bL ȜD[ " 0* Ȝ " 0 ȜԔ " 01 ~@ Ȝ " 0Ԕ Ȝ " 0 Ȝ " 0D[ &j Ȝ " 0~@ 8c 8c " 0 8c * 8c " 0 8c bL 8c " 0&j 8c 8c " 0 Ȝ~@ Ȝ " 0* Ȝ Ȝ " 0bL Ȝ Ȝ " 0 Ȝ&j Ȝ * 8c d 11 * 8c 1 12 * p d 13 * p 1 14 * ) d 15 * ) 1 16 * d 17 * 1 18 1 `O J\( 6 1 J\( 7 1 J\( 8 1 y J\( 9 & 38g% = & 3p% @= & 3-% xE= & 3% = & 3% = & 3PW % o = & 3 % X = & 3 % 5 = & 3 % Ș = & 38g|L & 3p|@L & 3-|xEL & 3|L & 3| L & 3PW | o L & 3 |X L & 3 |5 L & 3 |Ș L 1 A ( >VALUE F pJP2 * Ȝ 1 * 2 " ,kP,k' 1 u~@ ( >NAME * 8c 3 1 ȜҗY0 1 1 җY0 2 1 8c җY0 3 " 1 ; 1 " 1 ' ; 1 " d; d " 1 P; d " dԔ P " 1 Ԕ ' " Ԕ ' Ԕ P " ' 1 1 ' " ' 1 P1 " d' P1 " x1 d' " ,k' u1 " x1 u1 " ' d1 P " dPPd " xddP " ,kPud " ' dPd " xdud & 3 & 3 & 3PW o 1 uTW( >VALUE yG pJP1 * d 1 * 1 2 1 Ȝ( >NAME " P d " P d " ' 1 " ' 1 " 1 1 " ' Ȝ1 " 1 LY ' 8c " 1 LY 1 " ' 8c P8c " dLY P8c " dLY d " dd " PȜd " PȜ' Ȝ & 3% = & 3| L 1 r Ȝ( >VALUE :
p p 7 IC , p" p 6 '' < ^VCNLJEHDFIGK`WaXbYc< Zd[e\f]ghUTSRBOMPQA_- G$1 - p P - m @ NC 9 u p . g{ AM29F400, `Y WE\ , 9 A12 , ) A7 , A6 , A5 , PS A4 , A3 , A2 , | A1 , 0 A0 , 0 D0 , CE\ , A10 , OE\ , Ȝ A11 , 8c A9 , p A8 , X A13 , s A14 " 3^ s( ( " 1^ ( " 3^ s " 2^ s s( 1 _ s" " >NAME 1 ` s" >VALUE, A15 , A16 , xI A17 , | D1 , D2 , D3 , PS D4 , D5 , D6 , ) D7 , @ RD\BY\ , RESET\ , p D8 , 8c D9 , D10 , Ȝ D11 , 9 D12 , X D13 , s D14 , A-1/D15 , BYTE\ -6 VCC2GND , @ ) VCC , @ Xe GND@1 1 _ 9 GND 1 _tE 8c VCC 1 _d" >NAME , @ 8c Xe GND@2 D NC , @ Ȝ NC 1 _8c 2" >NAME p hS pSO44 + (H * 2 + jJ H * 13 + H * 1 + RZH * 3 + H * 4 + | H * 14 + H * 12 + 2H * 11 " 3' p p " 3 p " 3 ' 1 ~ >NAME + &H * 6 + H * 9 + H * 5 + H * 7 + H * 10 + ^RH * 8 " 3' ' p 1 q >VALUE+ H * 15 + > H * 16 + H * 17 + vB H * 18 + t H * 19 + H * 20 & 3( & 3$ (H2 & 3P(c & 3\( & 3( & 3( & 30(T* & 3H([ & 3hz( & 3(( & 3( & 3< (`" & 3@ (S & 3tr ( & 3 (4 & 3 ( & 3H (l & 38 (L & 3j (} & 3 (@ + J H * 21 + H * 22 + * 23 + J * 24 & 3 ( & 3T (x & 3T x x : & 3 x : + * 25 + t * 26 + vB * 27 + * 28 & 3 x @ : & 3j x } : & 38 x L : & 3H x l : + > * 29 + * 30 + | * 31 + jJ * 32 & 3 x : & 3 x 4 : & 3tr x : & 3@ x S : + * 33 + 2 * 34 + * 35 + * 36 & 3< x `" : & 3x : & 3x (: & 3hzx : + ^R * 37 + * 38 + & * 39 + * 40 & 3Hx [: & 30x T*: & 3x : & 3x : + * 41 + RZ * 42 + ( * 43 + * 44 & 3\x : & 3Px c: & 3$ x H2: & 3x : % x0 $ 03 : 0$ 03 * 0$ 03 2 0& 3 & 3< & 3"p
& 3
< ! D c3 " 03tE " 03 < " 03 <$m " 03$m $m " 03$m LY " 03LY tE ! D n c3 " 03LY tE " 03tE tE < " 03tE PLASTIC LEADED CHIP CARRIER
socked SUPPLY SYMBOL SUPPLY SYMBOL project193 project193 CY7C1021B Cypress 64k x 16 SRAM project193 CY7C1021B project193 TSOP2-44 44 TSOP-2 Triple 3-input AND gate AACALAHHCL AACALAHHCL AACALAHHCL 3-line to 8-line DECODER/DEMULTIPLEXER Hex INVERTER AACALAHHCL AACALAHHCL AACHHCL Quad 2-input AND gate AACALAHHCL AACALAHHCL AACALAHHCL Dual In Line Small Outline package 150 mil Leadless Chip Carrier Ceramic Package Dual In Line Small Outline package 150 mil con-panduit con-panduit 057-040- CONNECTOR
40-pin series 057 contact pc board low profile headers con-panduit con-panduit 057-040-0 CONNECTOR
series 057 contact pc board low profile headers
angled 057-040-1 CONNECTOR
series 057 contact pc board low profile headers
straight CRYSTAL CRYSTAL CAPACITOR, American symbol 025-024X044 025-025X050 025-030X050 025-040X050 025-050X050 025-060X050 C025_050-024X070 025_050-025X075 025_050-035X075 025_050-045X075 025_050-055X075 050-024X044 050-025X075 050-045X075 050-030X075 050-050X075 050-055X075 050-075X075 050H075X075 075-032X103 075-042X103 075-052X106 102-043X133 102-054X133 102-064X133 102_152-062X184 150-054X183 150-064X183 150-072X183 150-084X183 150-091X182 225-062X268 225-074X268 225-087X268 225-108X268 225-113X268 275-093X316 275-113X316 275-134X316 275-205X316 325-137X374 325-162X374 325-182X374 375-192X418 375-203X418 050-035X075 375-155X418 075-063X106 275-154X316 275-173X316 C0402K C0603K C0805K C1206K C1210K C1812K C1825K C2220K C2225K RESISTOR, American symbol R0805W R1206W R1210W R2010W R2012W R2512W R3216W R3225W R5025W R6332W 0204/5 0204/7 0207/10 0207/12 0207/15 0207/2V 0207/5V 0207/7 0309/10 0309/12 0411/12 0411/15 0411/3V 0414/15 0414/5V 0617/17 0617/22 0617/5V 0922/22 0613/5V 0613/15 0817/22 0817/7V V234/12 V235/17 V526-0 MELF0102AX MELF0102R MELF0102W MELF0204R MELF0204W MELF0207R MELF0207W RDH/15 0204/2V 0309/V CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip CAPACITOR
chip C025-024X044 CAPACITOR
grid 2.5 mm, outline 2.4 x 4.4 mm C025-025X050 CAPACITOR
grid 2.5 mm, outline 2.5 x 5 mm C025-030X050 CAPACITOR
grid 2.5 mm, outline 3 x 5 mm C025-040X050 CAPACITOR
grid 2.5 mm, outline 4 x 5 mm C025-050X050 CAPACITOR
grid 2.5 mm, outline 5 x 5 mm C025-060X050 CAPACITOR
grid 2.5 mm, outline 6 x 5 mm C025_050-024X070 CAPACITOR
grid 2.5 mm + 5 mm, outline 2.4 x 7 mm C025_050-025X075 CAPACITOR
grid 2.5 + 5 mm, outline 2.5 x 7.5 mm C025_050-035X075 CAPACITOR
grid 2.5 + 5 mm, outline 3.5 x 7.5 mm C025_050-045X075 CAPACITOR
grid 2.5 + 5 mm, outline 4.5 x 7.5 mm C025_050-055X075 CAPACITOR
grid 2.5 + 5 mm, outline 5.5 x 7.5 mm C050-024X044 CAPACITOR
grid 5 mm, outline 2.4 x 4.4 mm C050-025X075 CAPACITOR
grid 5 mm, outline 2.5 x 7.5 mm C050-045X075 CAPACITOR
grid 5 mm, outline 4.5 x 7.5 mm C050-030X075 CAPACITOR
grid 5 mm, outline 3 x 7.5 mm C050-050X075 CAPACITOR
grid 5 mm, outline 5 x 7.5 mm C050-055X075 CAPACITOR
grid 5 mm, outline 5.5 x 7.5 mm C050-075X075 CAPACITOR
grid 5 mm, outline 7.5 x 7.5 mm C050H075X075 CAPACITOR
Horizontal, grid 5 mm, outline 7.5 x 7.5 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 C075-052X106 CAPACITOR
grid 7.5 mm, outline 5.2 x 10.6 mm C102-043X133 CAPACITOR
grid 10.2 mm, outline 4.3 x 13.3 mm C102-054X133 CAPACITOR
grid 10.2 mm, outline 5.4 x 13.3 mm C102-064X133 CAPACITOR
grid 10.2 mm, outline 6.4 x 13.3 mm C102_152-062X184 CAPACITOR
grid 10.2 mm + 15.2 mm, outline 6.2 x 18.4 mm C150-054X183 CAPACITOR
grid 15 mm, outline 5.4 x 18.3 mm C150-064X183 CAPACITOR
grid 15 mm, outline 6.4 x 18.3 mm C150-072X183 CAPACITOR
grid 15 mm, outline 7.2 x 18.3 mm C150-084X183 CAPACITOR
grid 15 mm, outline 8.4 x 18.3 mm C150-091X182 CAPACITOR
grid 15 mm, outline 9.1 x 18.2 mm C225-062X268 CAPACITOR
grid 22.5 mm, outline 6.2 x 26.8 mm C225-074X268 CAPACITOR
grid 22.5 mm, outline 7.4 x 26.8 mm C225-087X268 CAPACITOR
grid 22.5 mm, outline 8.7 x 26.8 mm C225-108X268 CAPACITOR
grid 22.5 mm, outline 10.8 x 26.8 mm C225-113X268 CAPACITOR
grid 22.5 mm, outline 11.3 x 26.8 mm C275-093X316 CAPACITOR
grid 27.5 mm, outline 9.3 x 31.6 mm C275-113X316 CAPACITOR
grid 27.5 mm, outline 11.3 x 31.6 mm C275-134X316 CAPACITOR
grid 27.5 mm, outline 13.4 x 31.6 mm C275-205X316 CAPACITOR
grid 27.5 mm, outline 20.5 x 31.6 mm C325-137X374 CAPACITOR
grid 32.5 mm, outline 13.7 x 37.4 mm C325-162X374 CAPACITOR
grid 32.5 mm, outline 16.2 x 37.4 mm C325-182X374 CAPACITOR
grid 32.5 mm, outline 18.2 x 37.4 mm C375-192X418 CAPACITOR
grid 37.5 mm, outline 19.2 x 41.8 mm C375-203X418 CAPACITOR
grid 37.5 mm, outline 20.3 x 41.8 mm C050-035X075 CAPACITOR
grid 5 mm, outline 3.5 x 7.5 mm C375-155X418 CAPACITOR
grid 37.5 mm, outline 15.5 x 41.8 mm C075-063X106 CAPACITOR
grid 7.5 mm, outline 6.3 x 10.6 mm C275-154X316 CAPACITOR
grid 27.5 mm, outline 15.4 x 31.6 mm C275-173X316 CAPACITOR
grid 27.5 mm, outline 17.3 x 31.6 mm Ceramic Chip Capacitor KEMET 0204 Reflow solder
Metric Code Size 1005 Ceramic Chip Capacitor KEMET 0603 Reflow solder
Metric Code Size 1608 Ceramic Chip Capacitor KEMET 0805 Reflow solder
Metric Code Size 2012 Ceramic Chip Capacitor KEMET 1206 Reflow solder
Metric Code Size 3216 Ceramic Chip Capacitor KEMET 1210 Reflow solder
Metric Code Size 3225 Ceramic Chip Capacitor KEMET 1812 Reflow solder
Metric Code Size 4532 Ceramic Chip Capacitor KEMET 1825 Reflow solder
Metric Code Size 4564 Ceramic Chip Capacitor KEMET 2220 Reflow solder
Metric Code Size 5650 Ceramic Chip Capacitor KEMET 2225 Reflow solder
Metric Code Size 5664 RESISTOR
chip RESISTOR
chip RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
chip RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
chip RESISTOR
chip, wave soldering RESISTOR
MELF 0.10 W RESISTOR
MELF 0.25 W RESISTOR
MELF 0.12 W RESISTOR
MELF 0.10 W RESISTOR
MELF 0.25 W RESISTOR
MELF 0.25 W RESISTOR
MELF 0.12 W RESISTOR
MELF 0.25 W RESISTOR
type 0204, grid 5 mm RESISTOR
type 0204, grid 7.5 mm 0207/10 RESISTOR
type 0207, grid 10 mm 0207/12 RESISTOR
type 0207, grid 12 mm 0207/15 RESISTOR
type 0207, grid 15mm 0207/2V RESISTOR
type 0207, grid 2.5 mm 0207/5V RESISTOR
type 0207, grid 5 mm RESISTOR
type 0207, grid 7.5 mm 0309/10 RESISTOR
type 0309, grid 10mm 0309/12 RESISTOR
type 0309, grid 12.5 mm 0411/12 RESISTOR
type 0411, grid 12.5 mm 0411/15 RESISTOR
type 0411, grid 15 mm RESISTOR
type 0411, grid 3.81 mm 0414/15 RESISTOR
type 0414, grid 15 mm RESISTOR
type 0414, grid 5 mm 0617/17 RESISTOR
type 0617, grid 17.5 mm 0617/22 RESISTOR
type 0617, grid 22.5 mm RESISTOR
type 0617, grid 5 mm 0922/22 RESISTOR
type 0922, grid 22.5 mm RESISTOR
type 0613, grid 5 mm P0613/15 RESISTOR
type 0613, grid 15 mm P0817/22 RESISTOR
type 0817, grid 22.5 mm RESISTOR
type 0817, grid 6.35 mm V234/12 RESISTOR
type V234, grid 12.5 mm V235/17 RESISTOR
type V235, grid 17.78 mm RESISTOR
type V526-0, grid 2.5 mm MINI_MELF-0102AX Mini MELF 0102 Axial RESISTOR
type 0922, grid 7.5 mm MINI_MELF-0102R CECC Size RC2211 Reflow Soldering
source Beyschlag MINI_MELF-0102W CECC Size RC2211 Wave Soldering
source Beyschlag MINI_MELF-0204R CECC Size RC3715 Reflow Soldering
source Beyschlag MINI_MELF-0204W CECC Size RC3715 Wave Soldering
source Beyschlag MINI_MELF-0207R CECC Size RC6123 Reflow Soldering
source Beyschlag MINI_MELF-0207W CECC Size RC6123 Wave Soldering
source Beyschlag RESISTOR
type RDH, grid 15 mm RESISTOR
type 0204, grid 2.5 mm RESISTOR
type 0309, grid 2.5 mm IR LED
infrared emitting diode, Infineon IR LED
infrared emitting diode, Infineon
TO-18, lead spacing 2.54 mm, cathode marking
Inifineon JUMPER JUMPER JUMPER JUMPER JUMPER JUMPER JUMPER JUMPER JUMPER am29-memory am29-memory AM29F400S 4-Megabit FLASH MEMORY
(512 K x 8 bit/256 K x 16 Bit) 5 V-only am29-memory am29-memory Small Outline Package DIL24-3 Dual In Line 0.3 inch Dallas Semiconductor Brownout Protector VOLTAGE REGULATOR CY7C1021B 74HCT138D 057-040-1 AM29F400S ROv% default !Ce ͫ% !Ce ͫ,h< % !Ce ͫm% !Ce ͫ.}% !Ce ͫ% !Ce ͫ0-% !Ce ͫ!q% !Ce ͫ