Complete Dual 18-Bit Audio DAC

PRODUCT DESCRIPTION The AD1864 is a complete dual 18-bit DAC offering excellent THD+N, while requiring no external components. Two complete signal channels are included. This results in cophased voltage or current output signals and eliminates the need for output demultiplexing circuitry. The m

Complete Dual 18-Bit Audio DAC

PRODUCT DESCRIPTION\nThe AD1864 is a complete dual 18-bit DAC offering excellent THD+N, while requiring no external components. Two complete signal channels are included. This results in cophased voltage or current output signals and eliminates the need for output demultiplexing circuitry. The monol Dual Serial Input, Voltage Output DACs\nNo External Components Required\nOperates at 8 x Oversampling per Channel\n±5 V to ±12 V Operation\nCophased Outputs\n115 dB Channel Separation\n±0.3% Interchannel Gain Matching\n0.0017% THD+N;

Complete Dual 18-Bit Audio DAC

PRODUCT DESCRIPTION The AD1864 is a complete dual 18-bit DAC offering excellent THD+N, while requiring no external components. Two complete signal channels are included. This results in cophased voltage or current output signals and eliminates the need for output demultiplexing circuitry. The m

Complete Dual 18-Bit Audio DAC

PRODUCT DESCRIPTION The AD1864 is a complete dual 18-bit DAC offering excellent THD+N, while requiring no external components. Two complete signal channels are included. This results in cophased voltage or current output signals and eliminates the need for output demultiplexing circuitry. The m

Complete Dual 18-Bit Audio DAC

PRODUCT DESCRIPTION The AD1864 is a complete dual 18-bit DAC offering excellent THD+N, while requiring no external components. Two complete signal channels are included. This results in cophased voltage or current output signals and eliminates the need for output demultiplexing circuitry. The m

Complete Dual 18-Bit Audio DAC

PRODUCT DESCRIPTION The AD1864 is a complete dual 18-bit DAC offering excellent THD+N, while requiring no external components. Two complete signal channels are included. This results in cophased voltage or current output signals and eliminates the need for output demultiplexing circuitry. The m