1. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 0000 000 01110111 7 0111 11 0000 00 01110111 01110111 111 0000 00111 0000 01110111 DIGITAL SOUND TRANSMISSION

2. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 0111 000 10011001 9 1001 01 0111 00 10011001 10011001 001 0111 01001 0111 10011001 DIGITAL SOUND TRANSMISSION

3. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 1001 011 10111011 11 1011 11 1001 01 10111011 10111011 011 1001 01011 1001 10111011 DIGITAL SOUND TRANSMISSION

4. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 1011 100 11011101 13 1101 01 1011 10 11011101 11011101 101 1011 11101 1011 11011101 DIGITAL SOUND TRANSMISSION

5. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 1101 101 11101110 14 1110 DIGITAL SOUND TRANSMISSION 10 1101 10 11101110 11101110 110 1101 11110 1101 11101110

6. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 1110 110 11111111 15 1111 DIGITAL SOUND TRANSMISSION 11 1110 11 11111111 11111111 111 1110 11111 1110 11111111

7. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 1111 111 11111111 15 1111 DIGITAL SOUND TRANSMISSION 11 1111 11 11111111 11111111 1111 11111111

8. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 1111 111 11111111 15 1111 DIGITAL SOUND TRANSMISSION 11 1111 11 11111111 11111111 1111 11111111

9. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 1111 111 11101110 14 1110 DIGITAL SOUND TRANSMISSION 10 1111 11 11101110 11101110 110 1111 11110 1111 11101110

10. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 1110 111 11011101 13 1101 DIGITAL SOUND TRANSMISSION 01 1110 11 11011101 11011101 101 1110 11101 1110 11011101

11. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 1101 111 11001100 12 1100 DIGITAL SOUND TRANSMISSION 00 1101 11 11001100 11001100 100 1101 11100 1101 11001100

12. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 1100 110 10101010 10 1010 DIGITAL SOUND TRANSMISSION 10 1100 11 10101010 10101010 010 1100 11010 1100 10101010

13. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 1010 110 10011001 9 1001 DIGITAL SOUND TRANSMISSION 01 1010 11 10011001 10011001 001 1010 11001 1010 10011001

14. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 1001 101 01110111 7 0111 DIGITAL SOUND TRANSMISSION 11 1001 10 01110111 01110111 111 1001 10111 1001 01110111

15. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 0111 100 01010101 5 0101 DIGITAL SOUND TRANSMISSION 01 0111 10 01010101 01010101 101 0111 10101 0111 01010101

16. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 0101 011 00110011 3 0011 DIGITAL SOUND TRANSMISSION 11 0101 01 00110011 00110011 011 0101 00011 0101 00110011

17. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 0011 010 00100010 2 0010 DIGITAL SOUND TRANSMISSION 10 0011 01 00100010 00100010 010 0011 00010 0011 00100010

18. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 0010 001 00010001 1 0001 DIGITAL SOUND TRANSMISSION 01 0010 00 00010001 00010001 001 0010 00001 0010 00010001

19. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 0001 001 00000000 0 0000 DIGITAL SOUND TRANSMISSION 00 0001 00 00000000 00000000 000 0001 00000 0001 00000000

20. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 0000 000 00000000 0 0000 DIGITAL SOUND TRANSMISSION 00 0000 00 00000000 00000000 0000 00000000

21. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 0000 000 00000000 0 0000 DIGITAL SOUND TRANSMISSION 00 0000 00 00000000 00000000 0000 00000000

22. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 0000 000 00010001 1 0001 DIGITAL SOUND TRANSMISSION 01 0000 00 00010001 00010001 001 0000 00001 0000 00010001

23. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 0001 000 00100010 2 0010 DIGITAL SOUND TRANSMISSION 10 0001 00 00100010 00100010 010 0001 00010 0001 00100010

24. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 0010 000 00110011 3 0011 DIGITAL SOUND TRANSMISSION 11 0010 00 00110011 00110011 011 0010 00011 0010 00110011

25. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 1 0011 001 01010101 5 0101 DIGITAL SOUND TRANSMISSION 01 0011 00 01010101 01010101 101 0011 00101 0011 01010101

26. 4 BIT ADC BIT STREAM THE SOUND IS MEASURED (SAMPLED) AT REGULAR INTERVALS AND GIVEN A VALUE FROM 0 TO 15. THIS BINARY VALUE IS SENT TO A PARALLEL TO SERIAL CONVERTER WHICH SENDS THE BITS ONE AT A TIME. REAL WORLD CONVERTERS USE 16BITS OR MORE TO GIVE A MUCH BETTER QUALITY OF REPRODUCTION. PARALLEL > SERIAL THIS IS A BASIC MODEL OF HOW SOUND IS CONVERTED TO A DIGITAL SIGNAL. By Phil Townshend 07 0 0101 001 01100110 6 0110 DIGITAL SOUND TRANSMISSION 10 0101 00 01100110 01100110 110 0101 00110 0101 01100110