Simultaneous-sampling data-acquisition ADCs, precision Σ-Δ converters and industrial DACs for power-grid protection relays, PLC I/O, motor drives and factory automation — production parts, 6-week lead time.
Industrial control runs on two converter families: simultaneous-sampling SAR ADCs that capture every phase of a power system at the same instant — the non-negotiable requirement behind protection relays and power-quality monitoring — and precision Σ-Δ ADCs that resolve microvolt signals in process instrumentation. Around them, general-purpose 12–16-bit ADC/DAC parts drive PLC I/O, actuation and set-point loops. Our range covers all three classes with pin-to-pin alternatives to the AD7606 (the industry's default 8-channel simultaneous sampler, in two speed grades), the AD7779 Σ-Δ class, and mainstream TxDACs — all in production with batch consistency documentation and 6-week lead time. For grid-automation OEMs balancing long qualification cycles against volatile supply, that combination is the whole argument.
| Model | Cross-Reference | Role in Chain | Key Specs | Status |
|---|---|---|---|---|
| SXA029 | AD7606 | 8-ch simultaneous-sampling DAS | 16-bit · 200 kSPS | In Production |
| SXA6681AME | AD7606 | 8-ch SAR ADC (wide-temp option) | 16-bit · 200 KSPS · Parallel/SPI | In Production |
| SXA030 | AD7779 | 8-ch Σ-Δ ADC (process instrumentation) | 24-bit · 16 KSPS · SPI | In Production |
| SXA021 | AD9245 | General-purpose ADC | 14-bit · 50 MSPS | In Production |
| SXD022 | AD9783 | Dual high-speed DAC (control output) | 16-bit · dual · 500 MSPS | In Production |
| SXD042 | LTC1668IG | Precision DAC | 16-bit · 50 MSPS | In Production |
Two pin-to-pin AD7606-compatible sources at 200 kSPS — de-risk the most design-in'd simultaneous sampler in the industry.
True simultaneous capture across 8 channels for relay protection and power-quality analytics.
24-bit Σ-Δ (AD7779 / ADS1278 classes) for instrumentation-grade resolution.
Production status, consistency documentation, 6-week lead time.
Yes — SXA029 (16-bit, 200 kSPS) is the FAE-confirmed P2P option in the current master table. SXA6681AME is an AD7606-class wide-temperature option; its P2P status requires separate FAE confirmation.
The AD7606-class simultaneous samplers (SXA029 / SXA6681AME) are the standard choice — every channel of a three-phase system is captured at the same instant, which is exactly what protection algorithms assume.
SXA030 (24-bit, 8-channel Σ-Δ, pin-to-pin with AD7779) and SXA040 (ADS1278-class, 24-bit 144 KSPS) cover measurement-grade acquisition where microvolts matter.
Yes — production status and batch consistency documentation are standard, and we put supply continuity in writing for platform programmes.
Contact our FAE team for English datasheets, samples and lead-time confirmation. Standard lead time is 6 weeks.
Contact FAE Team