Analog Devices AD7582KN

Quad Channel Single ADC SAR 10ksps 12-bit Parallel 28-Pin PDIP Tube

CMOS 12-BIT SUCCESSIVE APPROXIMATION ADC | IC ADC 12BIT SAR 28DIP

4-CH 12-BIT SUCCESSIVE APPROXIMATION ADC PARALLEL ACCESS PDIP28

28-DIP (0.600 15.24mm) TIN LEAD Tube ADC SUCCESSIVE APPROXIMATION analog digital converter 36.703mm 5V -40C~85C

12BIT ADC, 7582, DIP28; No. of Channels:4; Interface Type:Parallel; Case Style:DIP; No. of Pins:28; Operating Temperature Range:-40°C to +85°C; A/D, D/A Features:CMOS, Microprocessor Compatible, Parallel O/P, Successive Approximation; Base Number:7582; IC Generic Number:7582; Linearity Error:1%; Linearity Error, ADC/DAC +:1LSB; Linearity Error, ADC/DAC -:1LSB; Logic Function Number:7582; No. of Bits:12; Power, Ptot:75mW; Temp, Op. Max:85°C; Temp, Op. Min:-40°C; Time, Conversion:100µs

The AD7582 is a medium speed, 4-channel 12-bit CMOS A/D converter which uses the successive approximation technique to provide a conversion time of 100 µs per channel. An auto-zero cycle occurs at the start of each conversion resulting in very low system offset voltages, typically less than 100 µV. The devices is designed for easy microprocessor interface using standard control signals; CS (decoded device address), RD (READ) and WR, (WRITE). The 4-channel multiplexer is controlled via address inputs A0 and A1.