Multi-channel imaging ADCs and precision patient-monitoring converters for ultrasound beamforming receivers, digital X-ray and patient-monitoring platforms — pin-to-pin alternatives to mainstream ADI converter parts, in production.
Ultrasound receive chains live or die on channel count and consistency: 32–128 parallel channels of beamformer-output digitisation packed into tight power and thermal budgets. When the ADCs at the heart of that chain go on allocation, system programmes stall. Our portfolio covers quad-channel 14-bit and 16-bit 125 MSPS converters (AD9253-class and AD9656-class) for beamformer output digitisation, 14-bit 50 MSPS single-channel ADCs (AD9245-class) for lower-rate chains, and 24-bit sigma-delta converters (AD7779-class) for patient-monitoring front ends, while differential drivers condition the analogue front end. Everything is in production with 6-week lead time and English documentation — so second-sourcing becomes a scheduled qualification, not a fire drill.
| Model | Cross-Reference | Role in Chain | Key Specs | Status |
|---|---|---|---|---|
| SXA036 | AD9253 | Quad-channel beamformer-output imaging ADC | 14-bit · 125 MSPS | In Production |
| SXA009 | AD9656 | Quad-channel imaging ADC | 16-bit · 125 MSPS | In Production |
| SXA021 | AD9245 | Single-channel imaging ADC | 14-bit · 50 MSPS | In Production |
| SXA030 | AD7779 | Precision patient-monitoring ADC | 24-bit · 16 KSPS | In Production |
| SXA024 | GAD3681ME | Octal-channel ADC | 16-bit · 125 MSPS · JESD204B | In Production |
| SX8138MO | AD8138 | Differential ADC driver | 350 MHz · SOIC-8 | In Production |
Quad- and octal-channel converters digitise 32–128 beamformer channels with fewer devices and tighter channel matching.
Pin-to-pin with the ADI parts your current board is built around.
6-week lead time on imaging converters, with continuity across platform lifecycles.
Full English datasheets and consistency documentation to feed your design history file.
Yes — SXA036 is a 14-bit, 125 MSPS quad-channel ADC pin-to-pin compatible with AD9253, a common beamformer-output ADC. It is in production with English documentation.
SXA036 (14-bit, 125 MSPS, quad, pin-to-pin with AD9253) for beamformer output; SXA009 (16-bit, 125 MSPS, quad, pin-to-pin with AD9656) for higher dynamic range; SXA021 (14-bit, 50 MSPS, pin-to-pin with AD9245) for lower-rate chains.
SXA030 is a 24-bit, 16 KSPS precision ADC pin-to-pin compatible with AD7779, suited to vital-signs front ends. Contact our FAE team for channel configurations.
We supply production-consistent parts with English documentation and stable process control; system-level certification stays with the OEM. Our FAE team supports channel-matching data and sample campaigns for your verification runs.
Contact our FAE team for English datasheets, samples and lead-time confirmation. Standard lead time is 6 weeks.
Contact FAE Team