Part Datasheet Review and Verification
Thought for 2 mins 21 sec
Done.
1) Available part information reviewed
Current part metadata
Table
| Field | Result |
|---|---|
| Project / part | TRN 1-0515 |
| Manufacturer | Traco Power |
| MPN property | TRN 1-0515 |
| Description | 1 Watt DC/DC converter, industrial, 2:1 input, regulated, compact design, 1600 VDC isolation, encapsulated, SIP package |
| Designator prefix | PS |
| Datasheet URL property | Present: https://tracopower.com/trn1-datasheet/ |
| Schematic pin instances present | 4 terminals placed |
| Effective electrical pins used | Pins 1, 2, 3, 5 |
| PCB footprint asset | TRN10513.kicad_mod |
| 3D model asset | TRN_1-0515.stp |
Table
| Pin number | Symbol name |
|---|---|
| 1 | -VIN_(GND) |
| 2 | +VIN_(VCC) |
| 3 | +VOUT |
| 5 | -VOUT |
A datasheet URL is already set on the part, so no update was required.
3) Datasheet scan and extracted metadata
The existing URL is a landing page, not a clean direct PDF, so extraction from it was noisy. I cross-checked it against an official Traco Power PDF catalog entry that includes the TRN 1 series and TRN 1-0515.
Datasheet-derived summary for TRN 1-0515
Table
| Category | Extracted data |
|---|---|
| Series | TRN 1 |
| Converter type | Isolated DC/DC converter |
| Output power | 1 W |
| Regulation | Fully regulated outputs |
| Input range | 4.5-13.2 VDC, 9-18 VDC, 18-36 VDC, 36-75 VDC depending on variant |
| Isolation | 1,600 VDC |
| Temperature range | -40°C to +90°C without derating |
| Protection | Short circuit protection |
| Safety standard | Designed to meet UL 62368-1 |
| Warranty | 3-year product warranty |
The official search result for TRN 1-0515 reported:
Table
| Parameter | Value |
|---|---|
| Input voltage range | 4.5-13.2 VDC |
| Nominal input | 9 VDC |
| Output voltage | 24 VDC |
| Max output current | 45 mA |
| Efficiency | 83% |
From the official series pinout for single-output TRN 1:
Table
| Pin | Function | Notes |
|---|---|---|
| 1 | -Vin (GND) | Input return |
| 2 | +Vin (Vcc) | Input supply |
| 3 | +Vout | Positive output |
| 4 | No pin | Intentionally unpopulated / unused |
| 5 | -Vout | Output return |
Table
| Parameter | Value |
|---|---|
| Package type | SIP-5 |
| Body size | 0.47 x 0.32 x 0.43 in |
| Approx. metric | 11.9 x 8.1 x 10.9 mm |
| Pin style | Through-hole SIP |
Table
| Feature | Status |
|---|---|
| Regulated output | Yes |
| 2:1 input range | Yes |
| No minimum load required | Reported for the family |
| Short-circuit protection | Yes |
| 1.6 kV isolation | Yes |
| Industrial temp range | Yes |
I could not retrieve a clean dedicated table titled Absolute Maximum Ratings from the current URL. The accessible official material clearly supports:
- Operating input range for the TRN 1-0515: 4.5-13.2 VDC
- Operating temperature range: -40°C to +90°C
If you want, I can do a second pass aimed specifically at finding the direct PDF and extracting the exact absolute max table verbatim.
4) Symbol and footprint cross-check
Cross-check results
Table
| Check item | Result | Risk |
|---|---|---|
| Pin functions vs datasheet | Match for pins 1, 2, 3, 5 | Low |
| Missing pin 4 in symbol | Acceptable because datasheet says pin 4 = no pin | Low |
| Pin count interpretation | Potential documentation issue: symbol exposes 4 electrical pins, but package is SIP-5 with one no-pin position | Medium |
| Footprint package style | Appears consistent with a through-hole SIP package | Low |
| Footprint hole style | Through-hole pads present, which matches SIP package expectation | Low |
| Footprint file naming | Mismatch: footprint asset is named TRN10513.kicad_mod, while part MPN is TRN 1-0515 | Medium |
| 3D model naming | Matches part MPN: TRN_1-0515.stp | Low |
Table
| Issue | Why it matters | Severity |
|---|---|---|
| Footprint asset name is TRN10513.kicad_mod instead of TRN 1-0515 | Could lead to wrong part-family reuse, ordering confusion, or silent package mismatch if that footprint was copied from another variant | Medium |
| Datasheet property points to a landing page rather than a direct datasheet PDF | Makes verification harder and caused ambiguous extraction results | Medium |
| Symbol does not explicitly document the package as SIP-5 with NC pin 4 | Someone may incorrectly assume a true 4-pin package | Low-Medium |
Table
| Risk type | Assessment |
|---|---|
| Manufacturing failure | No immediate hard mismatch found in pin order or basic package style |
| Incorrect part ordering | Possible, mainly because the footprint asset name suggests a different model |
| Board failure | Possible only if the borrowed footprint geometry is not actually identical to the TRN 1-0515 package |
| Documentation confusion | Likely unless the NC pin and exact package family are documented clearly |
Table
| Priority | Fix |
|---|---|
| High | Replace the datasheet property with a direct official PDF URL if available |
| High | Verify the pad pitch and body dimensions of TRN10513.kicad_mod against the TRN 1-0515 package drawing |
| Medium | Rename the footprint asset so it matches TRN 1-0515 or the shared package family name |
| Medium | Add a package/property note such as SIP-5, pin 4 = NC |
| Medium | Add explicit pin metadata to the part so pin functions are machine-readable, not only encoded in terminal names |
- The symbol pin mapping looks correct for the TRN 1-0515 family.
- The biggest concern is the footprint asset naming mismatch: TRN10513.kicad_mod vs TRN 1-0515.
- I do not see a confirmed fatal pinout error yet, but I would not sign off manufacturing until the footprint geometry is checked against the official mechanical drawing.
If you want, I can next do a tighter mechanical audit of the footprint geometry from the embedded
.kicad_mod asset against the package dimensions.Audit footprint geometry
Check part properties
Find direct PDF
