Part Review and Datasheet Verification

flux

I’ll review the part metadata, find and attach the official datasheet if needed, then cross-check the symbol, footprint, and pin descriptions against it and summarize any mismatches.

flux

The project already has a Traco Power datasheet URL set; I’m using that as the official source and extracting the pinout/mechanical specs now.

flux

Completed the TEN 30-2411WIN part review and saved the detailed findings in Part Review: TEN 30-2411WIN.
Open items:
  • Symbol pin numbers/functions match the datasheet.
  • Footprint spacing and outline match the datasheet, but pad drill/diameter needs verification for 1.0 mm through-hole pins.
  • Pin Type metadata is still unspecified and should be cleaned up.
Suggested next steps:
  1. Update terminal pin types.
  2. Verify or correct plated through-hole drill/pad sizes.
  3. Optionally rename terminals to cleaner datasheet-style labels.
Fix metadata and footprint
Update pin types
Verify pad sizes
Clean terminal names
Run final review

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Part Review: TEN 30-2411WIN
Reviewed part metadata
Because a Datasheet URL was already present, I did not overwrite it.
Datasheet key specs for TEN 30-2411WIN
  • Series: TEN 30WIN
  • Converter type: Isolated DC/DC converter, single output
  • Nominal input: 24 VDC
  • Input range: 9–36 VDC
  • Output: 5.1 VDC
  • Maximum output current: 6 A
  • Output power: ~30 W / 30.6 W class
  • Typical efficiency: 88% typ. for this model
  • Isolation: 1600 VDC I/O isolation
  • Package: PCB-mount through-hole, shielded metal case, 2" × 1" × 0.4"
  • Operating temperature: –40 °C to +75 °C per extracted model data, with thermal/case derating guidance in datasheet
  • Features: Remote On/Off, output trim, UVLO, OVP, OTP, continuous short-circuit protection, internal Pi input filter
  • Remote On/Off: On = 3–12 VDC or open; Off = 0–1.2 VDC or short to –Vin
  • Recommended input fuse: 6.3 A slow-blow for 24 V input models
Datasheet pinout — single-output model

Table

PinDatasheet functionSymbol terminal present?Symbol terminal name
1+Vin / VccYes+VIN_(VCC)
2–Vin / GNDYes-VIN_(GND)
3Remote On/OffYesREMOTE_ON/OFF
4+VoutYes+VOUT_1
5–VoutYes-VOUT_1
6TrimYesTRIM
Symbol review
Matches
  • Symbol exposes the correct six terminals for the single-output TEN 30-2411WIN.
  • Pin numbers match the datasheet single-output pinout:
    • Pin 1 = +Vin / Vcc
    • Pin 2 = –Vin / GND
    • Pin 3 = Remote On/Off
    • Pin 4 = +Vout
    • Pin 5 = –Vout
    • Pin 6 = Trim
Mismatches / cleanup items
  • All six terminal components have Pin Type = Unspecified. Recommended assignments:
    • Pin 1 +VIN_(VCC): Power input
    • Pin 2 -VIN_(GND): Power input / ground return
    • Pin 3 REMOTE_ON/OFF: Input / control
    • Pin 4 +VOUT_1: Power output
    • Pin 5 -VOUT_1: Power output return
    • Pin 6 TRIM: Passive/analog trim input or unspecified if Flux pin typing is intentionally conservative
  • Terminal names include underscores and suffix _1 on output pins. This is not electrically wrong, but the part symbol would be cleaner as +VIN, -VIN, REMOTE ON/OFF, +VOUT, -VOUT, TRIM.
Footprint and mechanical review
Datasheet mechanical/footprint data
  • Body: 50.8 mm × 25.4 mm × 10.2 mm
  • Pin length below case: 5.6 mm
  • Pin diameter: 1.0 ±0.1 mm
  • Through-hole footprint, 6 pins
  • Row spacing along package length: 45.72 mm
  • Top row spacings: pin 3 → pin 2 = 15.24 mm; pin 2 → pin 1 = 5.08 mm
  • Bottom row spacings: pin 6 → pin 5 = 10.16 mm; pin 5 → pin 4 = 10.16 mm
  • Practical derived bottom-view coordinates from datasheet drawing:
    • Pin 3: x 2.54 mm, y 2.54 mm
    • Pin 2: x 17.78 mm, y 2.54 mm
    • Pin 1: x 22.86 mm, y 2.54 mm
    • Pin 6: x 2.54 mm, y 48.26 mm
    • Pin 5: x 12.70 mm, y 48.26 mm
    • Pin 4: x 22.86 mm, y 48.26 mm
Current footprint observed in Flux
  • Six pads exist, one for each symbol terminal.
  • Pad coordinates appear scaled in meters while labelled as mm in the layout output; the relative coordinates correspond to:
    • Pin 1: x 0 mm, y 0 mm
    • Pin 2: x -5.08 mm, y 0 mm
    • Pin 3: x -15.24 mm, y 0 mm
    • Pin 4: x +2.54 mm, y 45.72 mm
    • Pin 5: x -7.62 mm, y 45.72 mm
    • Pin 6: x -17.78 mm, y 45.72 mm
  • These relative spacings match the datasheet pattern:
    • Pin 3 → pin 2 = 15.24 mm
    • Pin 2 → pin 1 = 5.08 mm
    • Pin 6 → pin 5 = 10.16 mm
    • Pin 5 → pin 4 = 10.16 mm
    • Row spacing = 45.72 mm
  • Silkscreen/fab outline appears approximately 25.4 mm × 50.8 mm with margin, matching the 2" × 1" package.
Footprint mismatches / risks
  • Critical: Pad size is reported as 0.00195 in the layout output. If interpreted as mm, this is far too small for 1.0 ±0.1 mm through-hole pins. It likely represents a unit scaling artifact, but this must be verified in the footprint editor. A practical finished hole should clear a 1.0 mm pin, typically around 1.2–1.4 mm drill with appropriate annular ring depending on manufacturing rules.
  • The pads are on Top with forceAnnularLayers: Top, Bottom, which suggests through-hole behavior, but there is no explicit drill/hole diameter visible in the inspected rules. Verify that these pads are actual plated through-holes and not just SMD circular pads.
  • The footprint orientation appears consistent with datasheet bottom-view spacings, but orientation should be verified visually against the bottom-view numbering before publishing/using in a board.
Overall verdict
The symbol pin count and pin-number/function mapping match the TEN 30-2411WIN datasheet. The footprint relative pad spacing and outline dimensions also match the datasheet mechanically. The main issues to address are pin type metadata, terminal naming cleanup, and verification/correction of through-hole pad drill/diameter data for the 1.0 mm pins.

  • Reviewed part metadata

  • Datasheet key specs for TEN 30-2411WIN

  • Datasheet pinout — single-output model

  • Symbol review

  • Matches

  • Mismatches / cleanup items

  • Footprint and mechanical review

  • Datasheet mechanical/footprint data

  • Current footprint observed in Flux

  • Footprint mismatches / risks

  • Overall verdict

Documents

  • Part Review: TEN 30-2411WIN

Assets

TEN 30-2411WIN-thumb.png

TEN 30-2411WIN-thumb.png

TEN 30-2411WIN-thumbThumbnail
TEN_30-2411WIN

TEN_30-2411WIN

TEN_30-2411WIN Symbol.svgDefault
kicad_mod

TEN_30-2411WIN

TEN302411WIN.kicad_modFootprint
stp

TEN_30-2411WIN

TEN_30-2411WIN.stp3D Model

TEN 30-2411WIN

TEN 30-2411WIN thumbnail
Isolated Module DC DC Converter 1 Output 5.1V 6A 9V - 36V Input
The TEN 30WIN series is a family of high performance 30W DC/DC converter modules featuring ultra wide 4:1 input voltage ranges in a compact low profile case with industry-standard footprint. Standard features include remote On/Off, output voltage trimming, over voltage protection, under voltage lockout, over temperature and short circuit protection. Typical applications for these products are battery operated equipment and distributed power architectures in communication and industrial electronics, everywhere where isolated, tightly regulated voltages are required and space is limited on the PCB.
• 2“ x 1“ x 0.4“ shielded metal package • Ultra wide 4:1 input voltage range • Single- dual- and triple output models • Very high efficiency up to 91 % • Operating temperature range –40 °C to +75 °C • Over temperature protection • I/O isolation 1600 VDC • Remote On/Off • Adjustable output voltage
#TRACOPower #TEN302411WIN #DCDCConverter #IsolatedPowerSupply #PowerModule #IndustrialElectronics #EmbeddedSystems #TelecomPower #BatteryPoweredDevices #PowerManagement #ElectronicsDesign #PCBDesign #DCDCModule #WideInputRange #IndustrialAutomation

Properties

TEN 30-2411WIN

Traco Power

DCDC Converter

tracopower.com/ten30win-datasheet/

PS

parametric-v1

creativecommons.org/licenses/by/4.0/

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