Analog Surround IC Featuring the AViSSTM 3D Surround Algorithm

Overview The LA2615 and LA2615M are sound field playback processing ICs for use in audio equipment, TVs, and PCs. These ICs allow equipment to easily reproduce a spatial realistic sound field from a stereo signal from a music, video, or other audio source. Features • Supports a wide o

Analog Surround IC Featuring the AViSS TM 3D Surround Algorithm*

Analog Surround IC Featuring the AViSSTM 3D Surround Algorithm

Overview The LA2615 and LA2615M are sound field playback processing ICs for use in audio equipment, TVs, and PCs. These ICs allow equipment to easily reproduce a spatial realistic sound field from a stereo signal from a music, video, or other audio source. Features • Supports a wide o

PLL frequency synthesizer for tuners

The BU2615 PLL frequency synthesizers work up through the FM band. Featuring low radiation noise, low power consumption, and highly sensitive built-in RF amps, they support an IF count function. Features 1) Built-in high-speed prescaler can divide 130MHzVCO. 2) Basic oscillation of 75kH

PLL frequency synthesizer for tuners

The BU2615 PLL frequency synthesizers work up through the FM band. Featuring low radiation noise, low power consumption, and highly sensitive built-in RF amps, they support an IF count function. Features 1) Built-in high-speed prescaler can divide 130MHzVCO. 2) Basic oscillation of 75kH

PLL frequency synthesizer for tuners

The BU2615 PLL frequency synthesizers work up through the FM band. Featuring low radiation noise, low power consumption, and highly sensitive built-in RF amps, they support an IF count function. Features 1) Built-in high-speed prescaler can divide 130MHzVCO. 2) Basic oscillation of 75kH

2 x 6 W hi-fi audio power amplifier

GENERAL DESCRIPTION The TDA2615 is a dual power amplifier in a 9-lead plastic single-in-line (SIL9MPF) medium power package. It has been especially designed for mains fed applications, such as stereo radio and stereo TV. FEATURES • Requires very few external components • No switch-on