Part Datasheet Review and Validation
Thought for 1 min 48 sec
I reviewed the part data and found an official Bel drawing PDF that should be used as the Datasheet property for this part project:
- Datasheet URL: PDF
Table
| Field | Value |
|---|---|
| MPN | 2250629-1 |
| Manufacturer | Bel / TRP Connector |
| Part type | Connector |
| Package / case code | TO |
| Designator prefix | J |
| Schematic terminal count in project | 26 terminals |
| Footprint asset | BEL_2250629-1.kicad_mod |
Table
| Category | Extracted data |
|---|---|
| Description | MagJack ICM, 1x1 4UTG02LET 10G 4PPoE TAB DOWN |
| Ethernet / magnetics | 10GBASE-T, integrated magnetics, 100 ohm impedance, all four pairs bi-directional |
| PoE | 4PPoE, 120 W noted, 1.3 A DC max in one section |
| Isolation | 2250 VDC for 60 s in one section; another section reports 1500 Vrms min |
| Turns ratio | 1CT:1CT TX and RX |
| OCL | 350 uH min @ 100 kHz, 0.1 Vrms, 8 mA DC bias in one section; another section reports 160 uH min @ 8 mA and 120 uH min @ 23 mA |
| Insertion loss | -1.0 dB max, 1 MHz to 100 MHz in one section; another section gives -0.8 dB / -1.4 dB over wider ranges |
| Return loss | -18 dB min to -10 dB min over frequency bands |
| Crosstalk / CMR | -30 dB min over 1 MHz to 100 MHz in one section; another section reports -25 dB style limits |
| Operating temperature | Conflicting extraction: 0 C to +70 C in one section, -40 C to +100 C in notes |
| Storage temperature | -40 C to +85 C |
| Soldering | Wave soldering, peak 260 C, 10 s max |
| Housing | Thermoplastic, UL 94V-0 |
| LED notes | LEDs driven at approx 20 mA; green VF 2.2 V typ, orange VF 2.1 V typ |
Table
| Datasheet pin | Datasheet function | In-project terminal |
|---|---|---|
| 1 | TD1+ | TRD1 |
| 2 | TD1- | TRD1- |
| 3 | CT1 | TRCT1 |
| 4 | NC | TRD2 |
| 5 | NC | TRD2- |
| 6 | RD1+ | TRCT2 |
| 7 | RD1- | TRD3 |
| 8 | CT2 | TRD3- |
| 9 | LED2+ | TRCT3 |
| 10 | LED1+ | TRD4 |
| 11 | LED2- | TRD4- |
| 12 | LED1- | TRCT4 |
| 13 | LED / aux pin in footprint region | VC45 |
| 14 | LED / aux pin in footprint region | VC78 |
| 15 | LED / aux pin in footprint region | VC36 |
| 16 | LED / aux pin in footprint region | VC12 |
| 17 | LED pin | ~ |
| 18 | LED pin | ~ |
| 19 | LED pin | ~ |
| 20 | LED pin | ~ |
| SH1-SH6 | Shield tabs | SHIELD, SHIELD, SHIELD, SHIELD, SHIELD, SHIELD |
Table
| Severity | Finding | Why it matters |
|---|---|---|
| High | The schematic symbol naming does not match the datasheet pin functions. Pins that the datasheet marks NC are currently exposed as signal terminals, and several center-tap / LED / pair names appear shifted. | This can cause wrong net assignments, bad magnetics hookup, LED miswiring, or complete link failure. |
| High | The project description says -40 to 85 C and 4PPoE 120 W, but the extracted drawing text contains conflicting operating ranges and current data. | Ordering or design decisions based on the current project text may be wrong unless the datasheet property is attached and the exact source is reviewed. |
| Medium | Project property Package or Case Code = TO does not look meaningful for this connector. | Can confuse downstream metadata, filtering, and part selection. |
| Medium | The footprint appears structurally consistent with the drawing: 20 signal/LED holes, 6 shield holes, and 1 NPTH are present, with drill sizes matching the extracted drawing. | Good sign for manufacturability, but the symbol-to-footprint pin mapping still needs correction. |
| Medium | The footprint includes a keepout / grounding-tab region note consistent with the drawing. | If ignored in a real board, copper or traces under the tab area could create assembly or EMC issues. |
- The footprint looks largely aligned mechanically with the drawing.
- The schematic symbol pin naming/mapping is the main risk.
- The official Bel PDF above should be added as the Datasheet property for this part.
Welcome 👋
Flux accelerates your PCB design with AI.
Create your account to start using this component and bring your ideas to life.