REFERENCES

1) "A Stereo 16-bit Delta-Sigma A/D Converter for Digital Audio" by D.R. Welland, B.P. Del Sig-

nore, E.J. Swanson, T. Tanaka, K. Hamashita, S. Hara, K. Takasuka. Paper presented at the 85th

Convention of the Audio Engineering Society, November 1988.

2) " The Effects of Sampling Clock Jitter on Nyquist Sampling Analog-to-Digital Converters, and on

Oversampling Delta Sigma ADC’s" by Steven Harris. Paper presented at the 87th Convention of the

Audio Engineering Society, October 1989.

3) " An 18-Bit Dual-Channel Oversampling Delta-Sigma A/D Converter, with 19-Bit Mono Applica-

tion Example" by Clif Sanchez. Paper presented at the 87th Convention of the Audio Engineering

Society, October 1989.

Ordering Guide

Model

Resolution

Passband

SCLK

Temperature

Package

CS5336-KP

16-bits

22 kHz

↑ active

0

°C to 70 °C

28-pin Plastic DIP

CS5336-BP

16-bits

22 kHz

↑ active

-40 to +85

°C

28-pin Plastic DIP

CS5338-KP

16-bits

24 kHz

↑ active

0

°C to 70 °C

28-pin Plastic DIP

CS5339-KP

16-bits

24 kHz

↓ active

0

°C to 70 °C

28-pin Plastic DIP

CS5336-KS

16-bits

22 kHz

↑ active

0

°C to 70 °C

28-pin SOIC

CS5336-BS

16-bits

22 kHz

↑ active

-40 to +85

°C

28-pin SOIC

CS5338-KS

16-bits

24 kHz

↑ active

0

°C to 70 °C

28-pin SOIC

CS5339-KS

16-bits

24 kHz

↓ active

0

°C to 70 °C

28-pin SOIC

CS5336-TC

16-bits

22 kHz

↑ active

-55 to +125

°C

28-pin Sidebrazed Ceramic DIP

CDB5336

CS5336 Evaluation Board

CDB5338

CS5338 Evaluation Board

CDB5339

CS5339 Evaluation Board

CS5336, CS5338, CS5339

DS23F1

3-59