ALARM SUARA BURUNG

Ini adalah suara burung Generator sederhana diagram sirkuit. This circuit can produce a bird sound by using 3 relaxation oscillator and a decimal splitter IC 4049. Sirkuit ini dapat menghasilkan suara burung dengan menggunakan 3 osilator relaksasi dan splitter desimal IC 4049. the oscillators are astable multivibrator AMV1 to AMV3 which based on 2 inverters. osilator multivibrator astabil yang AMV1 untuk AMV3 yang berdasarkan 2 inverter. AMV 1 creates a 1Hz clock signal as an input to IC2 (IC4017). AMV 1 menciptakan sinyal clock 1Hz sebagai input untuk IC2 (IC4017).

suara burung Generator

CMOS ES1 through ES4 (IC4066) are drive by combinational clock signal, which create combinations output as bird sound in random, so the sound output will be variants. CMOS ES1 melalui ES4 (IC4066) adalah hard oleh sinyal clock kombinasional, yang menciptakan output yang kombinasi sebagai suara burung di acak, sehingga output suara akan varian.

parts : bagian:

1. 1. R1 = R10 = 15 k ohm R1 = R10 = 15 k ohm

2. 2. R2 = 10M ohm R2 = 10M ohm

3. 3. R3 = 1M ohm R3 = 1M ohm

4. 4. R4 = 220k ohm R4 = 220K ohm

5. 5. R5 = 2M2 ohm R5 = 2M2 ohm

6. 6. R6 = R8 = 22k ohm R6 = R8 = 22k ohm

7. 7. R7=47 ohm R7 = 47 ohm

8. 8. R9 = 100k ohm R9 ohm = 100k

9. 9. R11 = 470k ohm R11 = 470K ohm

10. 10. N1 = N2 = N3 = N4 = IC1 = 4049 N1 = N2 = N3 = N4 = IC1 = 4049

11. 11. ES1 = ES2 = ES3 = ES4 = IC3 = 4066 ES1 = ES2 = ES3 = ES4 = IC3 = 4066

12. 12. D1 = D2 = D3 = D4 = D5 = D6 = D7 = D8 = D9 = 1N414B D1 = D2 = D3 = D4 = D5 = D6 = D8 = D7 = D9 = 1N414B

13. 13. IC2 = 4017 IC2 = 4017

14. 14. C1 = 220nF C1 = 220nF

15. 15. C2 = 1nF C2 = 1NF

16. 16. C3 = 100nF C3 = 100nF

17. 17. C4 = 220nF C4 = 220nF

18. 18. T1 = BD139 T1 = BD139

19. 19. Loudspeaker 8 ohm Loudspeaker 8 ohm


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