Technics SA-222 M

7 | | SA-222 } SA-2
SA-222
Continued from page 12
m@ EXPLODED VIEWS
Fane || rane Part Name & Description Part No. Part Name & Description
R908 RRD18XK331 Chip, 3302, 1/8W, +£10%] | C305, 306 ECOMIHS62KZ | Polyester, 0.0056uF, SOV, + 10%
R909 RRD18XK473 Chip, 47k, 1/8W, + 10% |_| €307, 308 ECEASOZR33 Electrolytic, 0.33yF, SOV
R910 RRD18XK104_—s| Chip, 100k, 1/8wW, + 10%] | C309 ECEASOZR47 Electrolytic, O.47uF, 50V
RQ11 RRD18XK333_—s| Chip, 33kQ, 1/8W, «+ 10% |_| C310 ECQP1471J2 Polypropylene, 470pF, 100V, + 5%
R912 RRD18XK473_—| Chip, 47kQ, 1/8, ~—- + 10%] | C377 ECEASO21 Electrolytic, pF, — 50V
RO14 RRD18XK473_—s| Chip, 47kQ, 1/8W, 4 10% |_| C312 ECEAS0Z3R3 Electrolytic, = 3.3uF, — 50V
R915, 916 RRD18XK103 Chip, 10k2, 1/8W, 410%] | C313 ECOM1H473KZ = | Polyester, —0.047HF, SOV, + 10%
C314 ECEAS0ZR47 Electrolytic, 0.474F, 50V
R917, 918 RRD18XK103_—‘| Chip,
R919 RRD18XK103 Chip, 10kQ2, 1/8W, +£10%] | C315, 316 ECOM1H222KZ =| Polyester, 0.0022HF, S50V, + 10%
R920, 921 RRD18XK332 Chip, 3.3kQ, 1/8W, 410%] | C317 ECEA1HS100 Electrolytic, 10HF, 50V -
RQ22 RRD18XK 104 Chip, 100k2, 1/8W, +10%| | C319 ECKDIH103ZF =| Ceramic, O.01uF, 50v, * 88%
R923 ERD25FJ100 Carbon, 102, 1/4W, +5% C320 ECCD1HS60K Ceramic, 56pF, 50V, +10%
R924, 925 RRD18XK223 Chip, 22k2, = 1/8W, + 10% |_| C401, 402 ECEASOM3R3R = Electrolytic, 3.3HF, 50V
R926 RRD18XK223 _| Chip. 22k, 1/8W. + 10%| | C403, 403 ECCD1H101K Ceramic, JOOF, SOV, + 10%
R927 RRD18XK333_— Chip, 33k2, 1/8W, + 10%] | C405, 406 ECCD1H680K Ceramic, 68pF, 50V, +10%
R928 RRD18XK332__—| Chip. 3.3k2, Wew. +10%| | C407, 408 ECEA1CS330 Electrolytic, 33uF, 16V
R929 ERD25FJ221 Carbon, 2202, 1/4W, + 5% C409, 410 ECQM1H223JZ Polyester, 0.022HF, 50V, + 5%
C411, 412 ECOM1H682JZ |Polyester, 0.0068HF, 50V, + 5%
R930 RRD18XK223_—| Chip,
R931 RRD18XK103 ‘| Chip, 10k2, 1/8W, + 10%] | C413,414 ECEA5OZ1 Electrolytic, 1HE, 50V
R933 ERD25TJ104 Carbon, 100k2, 1/4W, + 5% C415, 416 ECEA1ES470 Electrolytic, ATF, 25V
C417, 418 ECKD1H331KB | Ceramic, 330pF, 50V, + 10%
C419, 420 ECOM1H473KZ_ |Polyester, 0.047HF, S50V, + 10%
C421, 422 ECQM1H823KZ {Polyester, 0.082uF, 50V, + 10%
1 C423, 424 ECKD1H103MD | Ceramic, O0.01NF, 50V, + 20%
CAPACITORS C425, 426 ECEA1ES101 Electrolytic, 100HF, 25V
; C501, 502 ECQM1H183KZ Polyester, 0.018NF, 50V, + 10%
ce ECKDIH102ZF = Ceramic, == 0.001 uF, C503, 504 ECOM1H104KS | Polyester, O.1uF, 50V. + 10%
C2 ECCDIHO40CC | Ceramic, 4pF, SOV, £0.25PF} | E505, 506 ECOM1H272KZ |Polyester, 0.0027HF, SOV, + 10%
C3 ECKD1H102MD Ceramic, 0.001pF, 50V, + 20% NESTE ‘ '
ca ECEDIHOADEC. | Ceramic, 4pF, 50V, £0.250F1 | C507, 508 ECQM1H223KZ Polyester, 0.022UF, 50V, + 10%
c5 ECKD1H102ZF —‘|Ceramic, 0.001nF, 50v, + 39% C601. 602 ECEASOM3R3R | Electrolyzi 33uF 50
C6
ECCD1HO60CC
Ceramic,
6pF,
50V,
+0.25pF
C603.
604
EPeaiusscK
:
ectrolytic,
ae
V,
C7 ECKD1H102MD Ceramic, 0.001uF, 50V, + 20% ea0R 606 ECGS etal ae DOV): 2 10%
C8 ECCD1HO40CC [Ceramic 4pF. 50V. +0.25pF . COMI, PEs ~ DOV E10
c9 ECCD1H100KC | Ceramic, 100pF, 50V. + 10% C607, 608 cielo gs Electrolytic; 10uF.» S5OV
eG Pea icibik San pre ' e C609, 610 ECCD1HO20C Ceramic, 2pF, 50V, +0.25pF
C611, 612 ECCD1H330K Ceramic, 33pF, 50V, +10%
C613, 614 ECKD1H471KB | Ceramic 470pF, 50V, + 10%
F ; ; :
en EcRDIRIDERE si 0.001pF, 50V Ae 0615; 616 BCD I S205 | | Cemseie, 33pF, SOV, + 10%
C14 ECKDIH102MD |Ceramic, 0.001uF, 50V. 420% | | 617,618 ECKDIHA71KB | Ceramic, 470pF, SOV, + 10%
1 hi F :
ae Siento oe see. ah eee C619, 620 ECCD1H101K —_| Ceramic, 100pF, 50V, + 10%
C17 ECUX1H100KC Chip. 10pF. 5OV. + 10% C621, 622 A | ECEATHN3R3S Non-Polar Electrolytic, 3.3uF, 50V
C18 ECUX1H1022F Chip 0 001yF. 50V. + 390, C623, 624 A | ECEATEN3R3S Non-Polar Electrolytic, 3.3uF, 25V
Cia Ecuiximaonde. Chin ORF. GOV, £6-25pF| | C826. 626 ECCD1H101K Ceramic, 100pF, 50V. + 10%
es BU THeOCe~ | Che! IDF, 80V, +0260R{ | ©627.628 ECQM1H473KZ Polyester, 0.0472F, SOV, + 10%
C21,
22
ECUX1H1022F
Chip.
‘
'
+8
C629,
630
ECEA1HS100
Electrolytic,
10uF,
50V
: : C631, 632 ECCD1H150K Ceramic, 15pF, 50V, + 10%
: + 800, C633 ECEA1HS470 Electrolytic, 47pF, 50V
ae Bear iieaee eli gee ea $ bi C701, 702 ECETS45V682U |Electrolytic, 6800QuF. 45V
C102 ECKD1H223ZF |Ceramic, 0.022uF, 50V. * 899, | | ©704 ECEAZASIOO' © '/Flectrolytic.. °° LOHR. 100V
C103 ECUX1H223ZF | Chip, 0.022uF, 50V, + §9o, ;
C104 ECKDIH102MD Ceramic, 0.001uF. 0v, + 90% | | ©708 ECEASOZSR3: | Electrolytic, -..3.3uh,“G0V
C108, 106 ECKD1H223ZF |Ceramic, 0.022uF, 50V, * 8% | | 5706, 707 ECEA1JS290 Electrowvtie, See = Gov
C107 ECKDIH223ZF Ceramic, 0.022uF, S0V, *89q | | £708 BCEADOZSRS | Electrolytic; © 2 S-SHh ys DOV" <a a
' C710, 711 ECKD2H103PE | Ceramic, O.01uF, SO0V, * 192%
C108 ECCD1H560K Ceramic, S6pF, 50V, + 10% : F410
Cie Ereaboes Decraloe rN C712 ECKD2H103PE ‘| Ceramic, O.01uF, S500V, * 109%
110 ECCDIHOS0CC —|Ceramic, pF, 50V, +£0.250F| | C713 ECEAIHS470 = (Electrolytic, = 47uF. SOV
; : puEés C714 ECEA1JS330 Electrolytic, 33uF, 63V
C715 ECEA1HS331 Electrolytic, 330uF, 50V
ct ECEA50M4R7R Tur t
ae Ea et bee See au #994, | | C716 ECEA1HS221 Electrolytic, 220F, 50V
C113 ECEA1HS100 Electrolytic ”4OuF. 50V. ~ C717 ECEA1ES101 Electrolytic, 100uF , 25V ;
C114 ECKD1H223zF |Ceramic, | 0.022uF, Sov, £99% | | C718.719 ECKD1H103ZF —_|Ceramic, o.01mF, 50V, *§8%
C116 ECKD1H103ZF | Ceramic, O.0mF, S50v, +89% | | C720 ECEAINS100 | /Electrolyticn - 1QHE,. - SOV. «.,
id ECUXIH223zF \Chip —0.022uF «BO. ai C722 ECKD1H103ZF | Ceramic, oor, 50v, * 36%
C18 ECEASO21 Fecteau BO C750 A |ECKDMY103PF |Ceramic, 0.01uF, 125VAC, aa 3%
C119 ECEAQJS471 Electrolytic, 470uF, 6.3V — SEUATRIMGES” 5 | EINe) O.01uF, —50V, = 98%
C120 ECEA5021 Electrolytic, IpF, 50V ‘
C122 Electrolytic, O.68uF, 50V c902 ECEASOM4R7R |Electrolytic, 4.2¢F, 50V
EOEASOHGS we Se 903 ECUX1H103ZF Chip, O.0mF, 50V, a
129 eEeOTSSOe: » | ierannie, Sep, OV, + 10% c904 ECUX1H223ZF |Chip, —»0.022uF, SOV, * §8%
C201 ECKD1H103ZF Ceramic, O.01uF, 5OV, + $0 C905 ECEA1VS101 Electrolytic, 100uF , 35V ss
C203 ECKD1H223ZF |Ceramic. 0.022uF, 50V, * 89% | | C906, 907 ECUX1H103ZF | Chip, O.01mF, SOV, * §$8%
C204 PCROTHIORIE... [CBPEntie, OOF, 50v, © 88% C908 ECUX1H220KC | Chip, 22pF, 50V, + 10%
C206 ECEA1AS470 Electrolytic, 47, 10V cg909 ECUX1H180KC Chip, 18pF, 50V, 210%
C207, 208 ECEA1HS100 Electrolytic, 10pF, 50V C910 ECUX1H150KC Chip, 15pF, 50V, + 10%
C209 ECKDIH103ZF |Ceramic, -O.0WF, BOV, + 8R% | | C812 ECUX1H2232F | Chip, = 0.022uF, SOV, = 38%
C310 ECKDIH2232F |Ceramic, 0.022F, SOV. * $9 c913 ECEAOJS471 Electrolytic, 470uF, 6.3V
C211 ECCDIH150KC_—_|Ceramic, 15pF, 50V, + 10% ;
C212, 213 ECKD1H223ZF =| Ceramic, 0.022uF, 50V, * 89% ae epena dl acai yer on
C214 E Polyest 0.047uF, 50V, + 10% ic, '
poe none: Tree? H £10% TT coz ECUX1H223ZF | Chip, 0.02mF, 50v, * $8%
C216 ECQP1471JZ Polypropylene, 470pF, C918 ECKD1H223ZF Ceramic, 0.022uF , 50V, . %
C217 ECOQM1H473KZ Polyester, 0.047F, 50V, +10% | | C919 Peete Me? Cages eae eee
C218 ECEAWS4R7 — Electrolytic, 4.7uF, 63V meee See | Pores a: | eu Soe at
301, 302 ECOM1H152/Z Polyester, 0.0015uF foe ECEAQS#71 Electrolytic, - “A7Qubs. SGSV-~ <
; ae) ; : :
308, 304 ECUX1H391KR | Chip 390pF c922 ECKD1H103ZF — | Ceramic, O.0mF, Sov, + 38%
[24]