The MAX13335E/MAX13336E are high-fidelity stereo audio input amplifiers designed for automotive applications requiring audio-level detection and/or jack sensing capability. The devices feature a dual-channel, low-noise, programmable gain amplifier that accepts fully differential and quasi-differential input signals with diagnostics capability controlled through an I²C interface. The devices' audio receiver can also pair with the MAX13325/MAX13326 audio transmitter to form a complete differential audio link in automotive systems. Each channel of the device features high common-mode rejection ratio (CMRR) (80dB), enabling the recovery of audio signals in the presence of large common-mode noise in automotive environments. An integrated programmable gain amplifier is adjustable from -14dB to +16dB (MAX13335E) and -22dB to +8dB (MAX13336E) with zero-crossing detection to provide an optimum output-signal level and limit zip noise. The external flexible diagnostic inputs can be configured to perform jack sense functions or to detect short-to-battery, short-to-ground, open load, and shorts between channels. The audio inputs are protected against ISO 10605 ±15kV Air Gap and ±8kV Contact Discharge ESD pulses. Both devices have a -40°C to +105°C operating temperature range, and are available in a 16-pin QSOP package. Applications * Automotive Telematics * Connectivity Modules * Radio Head Units * RSA/RSE * +3.3V or +5V Operation * +28V to -16V Tolerant Inputs * Wide Common-Mode Input Range (-5V to +11.5V) * Fully Differential Inputs Up to 7VRMS * Quasi-Differential Inputs Up to 3.5VRMS * Audio Presence Detection * Jack Sense Detection * Diagnostic Capability * Programmable Gain with Zero-Crossing Detection * I2C Control Interface * Automotive Grade ESD Protection * ISO 10605 ±15kV Air Gap * ±8kV Contact Discharge https://elecena.pl/product/22314687/dual-automotive-differential-audio-receivers-with-i-c-control-and-diagnostics 2022-12-27 https://elecena.pl/product/22314687/dual-automotive-differential-audio-receivers-with-i-c-control-and-diagnostics 2025-01-20