OP2277

Abstract: MAs6116 DA6116
Contextual Info: DA6116.009 13 January, 2014 MAS6116 Stereo Digital Volume Control • Signal Voltage up to ± 18V • Gain range from -111.5dB to +15.5dB • Small step sizes 0.5dB • THD 0.0002% in balanced mode • SNR 124dB in balanced mode DESCRIPTION MAS6116 is an ultra low noise stereo volume

OP2277

Abstract: MAS6116 MAS6116AA1SA306 DA6116 vr 4k7 74LVC1G07 MS-013 simple digital volume control circuit stereo digital volume control DSA00113963
Contextual Info: DA6116.001 27 February, 2009 MAS6116 Stereo Digital Volume Control • • • • Signal Voltage up to ± 18V Two Independent Channels Use of Differential DACs Possible Serial Control Registers DESCRIPTION MAS6116 is a stereo volume control for audio systems, which require high output voltages AC3 .

Contextual Info: 1 1 DA6116.007 9 April, 2013 1 1 1 MAS6116 Stereo Digital Volume Control • Signal Voltage up to ± 18V • Gain range from -111.5dB to +15.5dB • Small step sizes 0.5dB • THD 0.0002% in balanced mode • SNR 124dB in balanced mode DESCRIPTION MAS6116 is an ultra low noise stereo volume

DAEV6116

Contextual Info: DAEV6116.000 19 March, 2012 MAS6116 EVALUATION BOARD INTRODUCTION With the MAS6116 evaluation board it’s possible to test the MAS6116 digital volume control with either balanced mono or single ended stereo signals. It has the facilities to be controlled either via USB by a

Contextual Info: PRESS RELEASE 02 April 2012 MAS6116 evaluation board Demonstrating the MAS6116 Stereo Digital Volume Control IC Helsinki, Finland – 02 April 2012 - Micro Analog Systems Oy today announced the new MAS6116 evaluation board, EB6116AA1. MAS6116 is a stereo volume control IC for high-end

OP2277

Abstract: MAs6116 vr 4k7 74LVC1G07 MS-013
Contextual Info: DA6116.001 09 November, 2010 MAS6116 Stereo Digital Volume Control • • • • Signal Voltage up to ± 18V Two Independent Channels Use of Differential DACs Possible Serial Control Registers DESCRIPTION MAS6116 is a stereo volume control for audio systems, which require high output voltages AC3 .