SXA043 is mapped by Shenxin FAE as a pin-to-pin alternative to AD9695. Device-level specifications are shown from the current Shenxin technical source. Validate electrical, timing, software/register, and system-level compatibility for your application before production migration.
SXA043 and AD9695 are in a similar application class. Pin assignment, electrical compatibility, and required hardware changes must be verified against the latest datasheets before migration.
6-week standard lead time. Imported converter lead times vary by device, region, and channel. Keep your production schedule on track and avoid costly delays.
Get an assigned FAE engineer within 24 hours. Reference designs, driver porting, application notes, and debug support β all included.
SXA043 is mapped by Shenxin FAE as a pin-to-pin alternative to AD9695. Device-level specifications are shown from the current Shenxin technical source. Validate electrical, timing, software/register, and system-level compatibility for your application before production migration.
Key performance/functions: 2.0 GHz bandwidth; SNR 63.5 dBFS @ 170 MHz, -1 dBFS; SFDR 80 dBFS @ 170 MHz, -1 dBFS; DDC; fast detect
| Product Category | ADC |
|---|---|
| Resolution | 14-bit |
| Sampling/Conversion Rate | 1.3 GSPS |
| Channels | Dual-channel |
| Interface | JESD204B subclass 1; SPI |
| Package | QFN64 |
| Power | 1.6 W typ.; β€2.3 W |
| Key Performance / Functions | 2.0 GHz bandwidth; SNR 63.5 dBFS @ 170 MHz, -1 dBFS; SFDR 80 dBFS @ 170 MHz, -1 dBFS; DDC; fast detect |
| FAE P2P Mapping | AD9695 |
SXA043 is mapped by Shenxin FAE as a pin-to-pin alternative to AD9695. Device-level specifications are shown from the current Shenxin technical source. Validate electrical, timing, software/register, and system-level compatibility for your application before production migration.
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