Korg T1, T2, T3 Netzteil-Platine KLM-1376A KLM1376 220/240V   KK2494V-0
The difference between 1374 (110/120Vac Japan, UL), 1375 (117Vac CN China) and 1376 (220-240Vac UK, EU)
is the white silkscreen printing and the population, the PCB board itself (copper and holes) is the same for all.

At the Mains Transformer T1, take care of the orientation ("Pin" 3 is the 5V-Winding).
	x-coord	y-coordinate on the board (arbitrary units)

A somewhat similar power supply is in the X3_service_MANUAL.pdf  pages 6 (KLM-1649 KLM1649) and 7 (KLM-1650 KLM1650)
much better quality (easier to read) than the T3-service-manual-pdf

board edges:
LL	44	738	edge
LR	1346	738	edge
UL	44	45	edge
UR	1346	45	edge
UL	185	79	hole
UM	750	79	hole
UR	1315	79	hole
LL	183	705	hole
LM	722	705	hole
LR	1313	705	hole
C1	1032	365	0µ22	between C2 and L2
C2	1209	302	1000p
C3	1063	320	1000p
C4	1312	270	2200p	to Frame Ground
C5	1312	201	2200p	to Frame Ground
C6	1055	97	0µ22
C7	1113	261	1000p
C8	1102	129	1000p
C9	1152	85	2200p	to Frame Ground
C10	1218	85	2200p	to Frame Ground
C11	731	600	68µ?	400V Elko	1374,1375:220µ200V
C12	467	608	0µ022	22n  parallel to R4
C13	625	425	100p	0n1
C14	505	607	0µ047	47n
C15	834	550	0.01µ	10n
C16	1001	175	2200p	2n2
C17	1003	106	2200p	2n2
C18	893	175	2200p	2n2
C19	893	106	2200p	2n2
C20	440	283	2200µ	10V
C21	227	471	2200µ	10V
C22	294	125	1000µ	10V
C23	469	164	470µ	25V
C24	472	229	470µ	25V
C25	294	179	470µ	25V
C26	300	254	470µ	25V
C27	250	689	30p	at IC1 (µPC1093J)
C28	292	333	0µ01	10n
C29	279	304	6µ8	Tantal
C30	148	175	0µ01	10n Gnd to F.G.
CN3	225	540	7pin	to KLM-1370
CN10	225	236	6pin	to KLM-1373
CN12	225	165	4pin	to FDD Floppy Disk Drive
CN13	225	451	3pin	to EL (electro-luminiscence) Backlight
CN14	1269	468	3pin	Mains
CN15	1269	649	2pin	Power Switch
D1	995	281		DIP Bridge Rectifier 100FG??	SG07S?? auf dem Foto
D2	684	410	44?	1650:ERB4408
D3	454	684	1SS84
D4	632	647	12V	zener
D5	524	388	5KQ30	on Heat Sink	1650:5KQ40
D6	638	272	10G06?	10Q06?
D7	638	234	10G06?	10Q06?
F1	1066	562	T1.25A	250V	1374,1375:2.0A
IC1	276	689	µPC
L1	1063	460	40mH	R3403F	current compensated
L2	1234	197	20mH	R5UA203 90	current compensated
L3	444	402	18µH?	180K B.
L4	341	247	47µH	470K B.
L5	341	187	47µH	470K B.
PC1	353	621	CNY17F-2?	1374:PC817
Q1	483	427	2SK1153	2SK1199? or 2SK962? 2SK1007	on Heat Sink
Q2	569	626	2SC2655?	2SC2666?
Q3	381	347	2SC1815Y
R1	1239	270	680k
R2	944	477	6R8	only in KLM-1375 (CSA) instead of TH1
R3	646	519	200k	1374,1375:100k
R4	490	684	470R	parallel to C12
R5	548	599	82R
R6	408	633	470R
R7	535	684	15R?
R8	530	569	8k2	8M2??
R9	589	466	27R	1W	J
R10	792	421	100k/2W	1374:33K/2W
R11	792	465	100k/2W	1374:33K/2W
R12	568	591	2R2	1WJ	1374,1375:1R0
R13	335	490	68R
R14	213	611	3k6?
R15	213	628	3k3?
R16	321	271	6k8
R17	390	281	33R
T1	783	308	TMA024	1374,1375:TUM005D
T2	273	375	TUM010A	for EL backlight
TH1	944	487	50-11?	NTC	R2 (A53K6R8JF 130°C) in 1375	why aren't they at the Mains Input?
TH2	1000	487	50-11?	NTC	bridge in 1374/1375	why aren't they at the Mains Input?
VR1	312	570	1k	adjust 5 Volt

CN3/1	+5
CN3/2	+5
CN3/3	DGnd (5V return)
CN3/4	DGnd (5V return)
CN3/5	+12
CN3/6	AGnd (12V return)
CN3/7	-12
CN10/1	+12
CN10/2	AGnd
CN10/3	AGnd
CN10/4	-12V
CN10/5	+5
CN10/6	DGnd
CN12/1	+5
CN12/2	DGnd
CN12/3	nc
CN12/4	nc
CN13/1	EL backlight
CN13/2	nc
CN13/3	EL backlight
CN14/1	
CN14/2	
CN15/1	
CN15/2