Review all available part information (MPN, package, pin count, description, properties). If no datasheet URL is already set, search the web for the official datasheet and update the part's Datasheet property with the URL. Then cross-check the schematic symbol, footprint, and pin descriptions against the datasheet. Summarize key specs and flag any mismatches.
I’ll audit the part metadata, source the official ECS documentation if needed, cross-check the symbol and footprint pin-by-pin, and update the Datasheet property when absent.
Audit complete. The official ECS datasheet URL was already set; MPN, 4-pin count, 12.288 MHz, 3.3 V HCMOS output, ±2.5 ppm stability, −30 to +85°C range, and pin mapping all match.
Symbol: Pin functions are correct, but pin descriptions are absent and pin types are “Unspecified.”
Footprint: Embedded geometry matches ECS’s recommended land pattern, but rendered PCB geometry is 1000× undersized due to a unit-scaling defect.
Metadata: Manufacturer is correctly stored as ECS, though the library manufacturer classification shows “Other” and Part Type is blank.
I filed an internal part-quality report for the footprint scaling defect.
Documents are markdown text files which describe project goals, capture details, or even simulation outputs.
Assets
ECS-TXO-5032-122.8-TR-thumb.png
ECS-TXO-5032-122.8-TR-thumbThumbnail
ECS-TXO-5032-122.8-TR
ECS-TXO-5032-122.8-TR.stp3D Model
ECS-TXO-5032-122.8-TR
ECS-TXO-5032-122.8-TR Symbol.svgDefault
ECS-TXO-5032-122.8-TR
ECSTXO50321228TR.kicad_modFootprint
ECS-TXO-5032-122.8-TR
12.288 MHz Temperature-Compensated Crystal Oscillator (TCXO) – High-stability HCMOS TCXO designed for wireless communications, GPS/GNSS receivers, audio systems, networking equipment, industrial automation, embedded controllers, and precision timing applications. Part of the ECS-TXO-5032 Series, it provides a 12.288 MHz output frequency with ±2.5 ppm frequency stability over temperature and ±1.5 ppm initial frequency tolerance for highly accurate clock generation. Operates from a 3.3 V supply with 6 mA maximum current consumption and features an HCMOS output, 10 ns maximum rise/fall time, 2 ms typical startup time, and −135 dBc/Hz phase noise at 1 kHz offset. Packaged in a compact 5.0 × 3.2 mm 4-pad SMD package, it is specified for operation over a −30°C to +85°C temperature range, making it ideal for precision embedded and RF timing applications.