Single-ended 24-Bit 192kHz ?誇 ADC

GENERAL DESCRIPTION The AK5386 is a stereo A/D Converter with wide sampling rate of 8kHz ∼ 216kHz and is suitable for consumer to professional audio system. The AK5386 achieves high accuracy and low cost by using Enhanced dual bit ∆Σ techniques. The AK5386 requires no external components because

24bit 192kHz A/D converter

GENERAL DESCRIPTION AKD5386-B is an evaluation board for the digital audio 24bit 192kHz A/D converter, AK5386. AKD5386-B has analog input circuits and a digital interface transmitter, and can achieve the interface with digital audio systems via opt-connector. FUNCTION • DIT (AK4114) with optica

24bit 192kHz A/D converter

GENERAL DESCRIPTION AKD5386-B is an evaluation board for the digital audio 24bit 192kHz A/D converter, AK5386. AKD5386-B has analog input circuits and a digital interface transmitter, and can achieve the interface with digital audio systems via opt-connector. FUNCTION • DIT (AK4114) with optica

Correcting Imperfections in IQ Modulators to Improve RF Signal Fidelity

INTRODUCTION The in-phase and quadrature modulator (IQ modulator) is a key component in modern wireless transmitters. It provides a convenient method for modulating data bits or symbols onto an RF carrier. IQ upconversion has become the architecture of choice for implementing transmitter signal c

Single-ended 24-Bit 192kHz ?誇 ADC

GENERAL DESCRIPTION The AK5386 is a stereo A/D Converter with wide sampling rate of 8kHz ∼ 216kHz and is suitable for consumer to professional audio system. The AK5386 achieves high accuracy and low cost by using Enhanced dual bit ∆Σ techniques. The AK5386 requires no external components because

Single-ended 24-Bit 192kHz ?誇 ADC

GENERAL DESCRIPTION The AK5386 is a stereo A/D Converter with wide sampling rate of 8kHz ∼ 216kHz and is suitable for consumer to professional audio system. The AK5386 achieves high accuracy and low cost by using Enhanced dual bit ∆Σ techniques. The AK5386 requires no external components because

18 (16/30) AWG Tinned Copper

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