DS2167Q

The DS2167Q from Analog Devices Inc./Maxim Integrated revolutionizes Embedded - DSP (Digital Signal Processors) design for medical imaging systems. This precision DSP delivers the computational throughput and signal fidelity required for ultrasound beamforming and MRI reconstruction, while meeting stringent medical safety standards.Featuring ADPCM architecture, the processor accelerates medical image reconstruction algorithms through parallel processing. Its SC3850 Six Core configuration provides the deterministic performance needed for real-time diagnostic imaging.Medical-grade ADPCM, PCM implementation includes isolated USB and Ethernet interfaces for patient-connected equipment. The interface subsystem incorporates medical EMC mitigation techniques for sensitive diagnostic applications.Operating at 10MHz, the DSP meets the timing precision requirements of Doppler ultrasound processing. The low-jitter clock distribution network maintains signal integrity for high-resolution imaging.The 5.00V implementation meets medical leakage current requirements for patient-connected devices. The I/O cells incorporate medical-grade isolation barriers in diagnostic interfaces.The 5.00V domain implements fail-safe power monitoring for medical systems. Redundant voltage regulators ensure continuous operation during power supply fluctuations.Rated for 0°C ~ 70°C (TA), the device maintains precision in medical sterilization cycles. The thermal design accounts for convection-limited medical enclosure environments.The Surface Mount configuration enables medical-grade PCB cleaning processes. The package materials are compatible with hospital disinfectant chemicals.Housed in 28-LCC (J-Lead), the processor meets medical mechanical shock requirements for portable equipment. The package design prevents particulate generation in cleanroom assembly.Available in 28-PLCC (11.51x11.51), this medical DSP undergoes biocompatibility testing for surgical applications. The package includes medical device manufacturing traceability features.