Yiroshi Power Amplifier - SMD

This is my third project for Yiroshi Power Amplifier Circuit, the power amplifier circuit is very super quality, many have tested the power of this Yiroshi power amplifier. Power amplifier Yiroshi suitable for outdoor or indoor or used for the bass amplifier (subwoofer amplifier). Previously I have made this Yiroshi amp circuit in a stereo version of Yiroshi amplifier, which I have tested and worked well. 

But in this post, I make this Yiroshi power amplifier circuit by using some component of SMD (Surface Mount Device) in buffer circuit and its driver. Some components that I change to SMD eg 2N5401 transistors with mmbt5401, 2N5551 and mmbt5551 and some capacitors and resistors. And for transistor driver still use the same transistor as Yiroshi previous amplifier, as well as on the final part of the transistor which still uses 2SC5200 and 2SA1943. Here's the circuit scheme:

 Component List:

Name	Designator	Footprint
2.2KΩ	R1	0805
47KΩ	R2, R9, R44	0805
330pF	C1	0805
100Ω	R3, R4	0805
MMBT5551	Q1,Q4,Q6,Q8	SOT-23(SOT-23-3)
MMBT5401	Q2,Q3,Q5,Q7	SOT-23(SOT-23-3)
47Ω	R5,R6,R7,R8,R25,R26	0805
4.7nF	C2,C13	0805
560Ω	R10, R11	1206
100uF	C3,C4	CAP-D10.0XF5.0
2.2KΩ	R12,R13,R14,R15	1206
100Ω(100R)	R16, R17	0805
TIP32/A1837	Q9	TO-220(TO-220-3)
TIP31C/C4793	Q10	TO-220(TO-220-3)
10pF	C5,C6	0805
220Ω(221)	R18, R19	1206
220Ω(220R)	R20,R21	1206
100R	R22, R23	0805
150R	R24	1206
330uF	C7	CAP-D10.0XF5.0
A1837	Q11, Q15	TO-220(TO-220-3)
C4793	Q12, Q14	TO-220(TO-220-3)
150pF	C8,C9	0805
10Ω(10R)	R27, R28	2512
MJE340	Q13	ONSC-TO-225-3-77-09
TRIMPOT2	R29	TRIMPOT
3.3K	R30	0805
1.8KΩ	R31	0805
100nF(104)	C10	0805
22KΩ	R32	0805
47pF	C11	0805
100Ω	R33, R36	1206
120Ω(121)	R34, R35	2512
470Ω(471)	R37, R38	2512
10Ω	R39, R40	1210
2SC5200	Q16	TO-247
2SA1943	Q17	TO-247
0.47Ω(R47)	R41, R42	DIP-RES-15.5MMX5MM
1N4937-E3/54	D1,D2	DO-41
100nF	C12	1210
100Ω	R43	2512
SPEAKER	SP2	AL60P
10uF	C14	0805

Power amplifier Yyiroshi SMD has a PCB design is smaller because it uses some SMD part and with double layer PCB design so that the path and components can be arranged as neatly as possible and as small as possible. This is the first design of Yiroshi Power Amplifier that uses SMD part, allows for future I will update again with PCB smaller and can be more quality again. Here's PCB Layout design:

Top Bottom PCB Layout Design

PCB Size 83mm*58mm

Video of making this Power amplifier in SMD components:

Download:
PCB Gerber File Yiroshi Amplifier SMD