TDA2030 8w Amplifier

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Download list datasheet semiconductor parts. (PDF Format)

1. TDA2030
2. IN4001


Notes

Although the TDA2030 is capable of delivering 20 watts of audio power, I deliberately reduced the output to about 8 watts to drive 10 watt speakers. This is more than adequate for a smaller room. Input sensitivity is 200mV. Higher input levels naturally will give greater output, but no distortion should be heard. The gain is set by the 47k and 1.5k resistors. The TDA2030 IC is affordable and makes a good replacement amplifier for low to medium audio power systems. Incidentally, it is speaker efficiency that determines how "loud" the sound is. Speaker efficiency or sound pressure level (SPL) is usually quoted in dB/meter. A speaker with an SPL of 97dB/m will sound louder than a speaker with an SPL of 95dB/m.

60 Watt Amplifier using TDA2052

This is HiFi audio amplifier system. This amplifier is AB class amplifier and has very low distortion that's why this amplifier can be used for HiFi audio system. TDA2052 has mute and st-by functions so it can be controlled by external digital circuits. Very high temperature and output short circuit protections are included. You should use a heatsink to dissipate the excess heat.

Download this schematic diagram.

Download datasheet semiconductor component. (PDF Format)

1. TDA2052

Functions of the Components:

1. R1 - Input Impedance
2. R2,R3 - Gain (32dB)
3. R4 - Input Impedance in Mute Mode
4. R5 - Standby Transition Time
5. R8 - Output Frequency Balancing
6. R9,R10 - Discharge Resistors
7. C1 - Input Coupling Capacitor
8. C3 - Feedback Coupling Capacitor
9. C4 - Standby Transition Time
10. C5 - Output Frequency Balancing
11. C6,C7 - Supply Stabilizing Capacitors
12. C9,C10 - Supply Filter Capacitors

Component List:

Component	Value	Number
R1,R2,R4,R5	11k ¼ W	4
R3	560, ¼ W	1
R6	7.5 K, ¼ W	1
R7	1 K, ¼ W	1
R8	4.7 , ¼ W	1
R9,R10	1.2 K, ¼ W	2
C1	2 uF/25 V	1
C3,C4	10 uF/25 V	2
C5,C9,C10	100 nF	3
C6,C7	1000 uF/40 V	1
U1	TDA2052	1