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Part Review: DLVR-L10D-E1BD-C-NI3N
Reviewed part metadata
Because a Datasheet URL was already set, I did not overwrite it. The existing URL points to an uploaded copy of the same DLVR datasheet content; the official manufacturer-hosted PDF is listed above for reference.
Key datasheet specs
  • Description: MINI DIGITAL, 10 INH2O DIFF
  • Family: DLVR low-voltage digital pressure sensor
  • Pressure type: Differential
  • Pressure range: -10 to +10 inH₂O
  • Output/interface: Digital I²C for the NI3N option
  • I²C address: 0x28
  • I²C clock: 100 kHz to 400 kHz
  • Supply: 3.3 V option, characterized at 3.3 V ±5%
  • Absolute max supply rating: 6 Vdc
  • Resolution: 14-bit pressure output; 11-bit temperature output
  • Total error band for L10x: typical ±0.30% span, max ±0.75% span
  • Operating temperature: -25 °C to +85 °C
  • Typical current, 3.3 V noise-reduced option: 3.6 mA typical, 4.5 mA max
  • Package option: E1BD, dual-port same-side barbed-lid DIP
  • Media: Non-corrosive, non-ionic gases such as air / dry gases
  • I²C note: Pull-up resistors are required; datasheet minimum pull-up is 1 kΩ.
Datasheet pin definition vs schematic symbol

Table

PinDatasheet E1BD definitionCurrent schematic terminalCurrent pin type / descriptionResult
1GNDGNDGround; ground reference / supply returnMatch
2VsVSPower In; 3.3 V supply input, characterized at 3.3 V ±5%Match
3SDA/MISOSDA/MISOBi-Directional; I²C SDA for NI3N, family pin also SPI MISOMatch
4SCL/SCLKSCL/SCLKInput; I²C SCL for NI3N, family pin also SPI SCLKMatch
5INT/SSINT/SSOutput; interrupt output for NI3N, family pin also SPI slave selectMatch
6N/CDO_NOT_CONNECT_1Not Connected; do not connect per datasheetMatch
7N/CDO_NOT_CONNECT_2Not Connected; do not connect per datasheetMatch
8N/CDO_NOT_CONNECT_3Not Connected; do not connect per datasheetMatch
Footprint review
Current footprint asset: DLVRL10DE1BDCNI3N.kicad_mod.
Observed footprint data:
  • 8 through-hole pads.
  • Pin pitch along each row: 2.54 mm / 0.100 in.
  • Row spacing: 16.00 mm / ~0.630 in between pin rows.
  • Pad 1 is rectangular; pads 2–8 circular.
  • Drill specified in KiCad asset: 0.94 mm; Flux pad nodes show holeSize 0.9 mm.
  • Pad diameter: 1.462 mm.
  • Pad map:
    • Pin 1 at (0, 0)
    • Pin 2 at (2.54, 0)
    • Pin 3 at (5.08, 0)
    • Pin 4 at (7.62, 0)
    • Pin 5 at (7.62, -16)
    • Pin 6 at (5.08, -16)
    • Pin 7 at (2.54, -16)
    • Pin 8 at (0, -16)
Datasheet E1BD mechanical info indicates an 8-DIP package with 2.54 mm pin pitch, ~16 mm row span / 15.75 mm body width reference, and pins numbered 1–4 on one side and 8–5 on the opposite side. The current footprint pad pattern and numbering match that arrangement.
Mismatches / issues flagged
  • No electrical pinout mismatches found. Symbol pin numbers, names, and descriptions match the E1BD datasheet pin definition.
  • No footprint pad-count or pad-numbering mismatch found. The 8 through-hole DIP pattern matches the datasheet pin arrangement.
  • Minor documentation note: The project Datasheet URL is an uploaded copy, not the manufacturer-hosted official URL. This is acceptable because a datasheet is already set, but the official PDF URL is listed above if you want the property changed to the manufacturer URL.
  • Minor footprint tolerance note: KiCad footprint drill is 0.94 mm while Flux pad nodes report 0.9 mm holeSize. This is likely rounding/import representation, but if manufacturing clearance is critical, use the 0.94 mm drill from the KiCad asset/datasheet-derived footprint.
Verdict
The part information, schematic symbol, pin descriptions, and footprint are consistent with the DLVR-L10D-E1BD-C-NI3N datasheet. No required fixes were identified.

  • Reviewed part metadata

  • Key datasheet specs

  • Datasheet pin definition vs schematic symbol

  • Footprint review

  • Mismatches / issues flagged

  • Verdict