TE0726-03-07S-1C

The TE0726-03-07S-1C from Trenz Electronic GmbH sets new benchmarks in Embedded - Microcontroller, Microprocessor, FPGA Modules performance for medical diagnostic equipment. Its combination of precision analog front-ends and deterministic processing enables breakthrough accuracy in patient monitoring and imaging systems.The MCU, FPGA architecture features isolated signal paths for medical-grade safety. Unlike conventional designs, this implementation provides 5kV patient isolation while maintaining 24-bit ADC resolution in ECG monitoring applications.Powered by the ARM Cortex-A9, the solution delivers FDA-compliant biosignal processing. Its dual-core lockstep architecture ensures fault-tolerant operation in critical care ventilators and infusion pumps.The Zynq-7000 (Z-7007S) accelerates digital filter algorithms for real-time waveform analysis. This dedicated DSP block enables simultaneous processing of 32-lead EEG signals in neurology equipment.Operating at 766MHz, the processor maintains precise timing for physiological signal acquisition. The jitter-optimized clock tree ensures <1ps RMS jitter in ultrasound beamforming applications.The 16MB medical-certified flash memory supports FDA-validated firmware storage. The redundant memory architecture provides fail-safe operation in life-support systems.512MB of error-correcting RAM guarantees data integrity in patient records. The memory subsystem's single-error correction/double-error detection meets IEC 60601-1 safety standards.Medical-grade CSI, DSI interfaces ensure reliable patient connections. The antibacterial coating and IP68 rating make it ideal for surgical robotics and portable medical devices.With dimensions of 1.57" x 1.18" (40mm x 30mm), the module enables compact wearable medical designs. The hermetically sealed package prevents moisture ingress in implantable devices.Qualified for 0°C ~ 70°C, the solution performs reliably in sterilization cycles. The extended validation includes 100+ autoclave cycles for surgical instrument compatibility.