Sparrow PoE M.2 module
ESH10000534 · Rev R4
Generated 2026-06-05 18:18 UTC
Lightweight shell — full new_project workflow pending. Imported as dependency of ESH10000633 R1.
Coverage
0%
Done
0%
Requirements
0
Test Cases
7
Records
0
Requirements
| Code | Status | Category | Title | Statement | Acceptance |
|---|---|---|---|---|---|
| REQ-EL-001 | draft | compliance | RoHS Compliance | The design shall use only RoHS-compliant materials. All BOM items must have a valid RoHS certificate of compliance. | Valid RoHS certificate of compliance on file for all BOM line items. |
| REQ-EL-002 | draft | compliance | REACH / SVHC Declaration | The design shall comply with the REACH regulation. Any SVHC present above 0.1 % w/w in any article shall be declared. | REACH/SVHC declaration obtained from all component suppliers and filed in the project documentation. |
| REQ-EL-003 | draft | compliance | EMC Compliance | The design shall comply with applicable EMC standards for conducted and radiated emissions. | Pass pre-compliance scan and, where required, certified lab test. |
| REQ-EL-004 | draft | environmental | Operating Temperature Range | The design shall operate correctly and without damage across the full ambient temperature range specified in the design brief. | Functional test passes at minimum and maximum rated ambient in an environmental chamber. |
| REQ-EL-005 | draft | robustness | ESD Protection | All external interfaces shall tolerate ESD events of at least ±4 kV (contact) and ±8 kV (air) per IEC 61000-4-2 without permanent damage or loss of function. | ESD test passes at specified levels with no permanent damage. |
| REQ-EL-006 | draft | compliance | CE Marking Applicability | CE marking applicability shall be assessed at project start. If the product is placed on the EU / EEA market, it shall be CE-marked per the applicable EU directives (typically LVD, EMC Directive, RoHS Directive, and RED if any radio equipment), with a signed Declaration of Conformity on file. If the product is NOT placed on the EU / EEA market, the market scope decision shall be recorded as a `please_decision_create` so CE assessment can be skipped knowingly. | CE marking applicability assessed and the assessment recorded as a `please_decision`. For products in EU/EEA market scope: applicable EU directives identified, conformity assessment complete, signed Declaration of Conformity on file, CE mark properly affixed. For products outside EU/EEA market scope: a `please_decision` documents the market scope and the CE-skip rationale. |
| REQ-EL-007 | draft | quality | Test Limit Derivation Documented | Every test case that defines numeric measurement limits (low_limit, high_limit, nominal, tolerancePct) shall have a documented derivation explaining how those limits were chosen. | For each test case with numeric limits, evidence of derivation exists — `passCriterion` references the component values and tolerances in the measurement path, OR a linked `please_decision` documents the corner math, OR the implementing Maestro YAML carries a `Limit derivation` comment block citing such a decision. |
Test Cases
| Code | Status | Category | Title / Signal | Target | Pass Criterion | Linked REQ |
|---|---|---|---|---|---|---|
| TC-EL-001 | open | compliance | RoHS CoC Collection | — | Obtain and file RoHS certificate of compliance for each BOM line item before releasing the design to production. | REQ-EL-001 |
| TC-EL-002 | open | compliance | REACH Declaration Collection | — | Obtain REACH/SVHC declaration from each component supplier; file in the project documentation. | REQ-EL-002 |
| TC-EL-003 | open | compliance | EMC Pre-Compliance Scan | — | Run conducted and radiated emissions scan; verify results are below applicable limits. | REQ-EL-003 |
| TC-EL-004 | open | environmental | Temperature Range Functional Test | — | Operate unit at minimum and maximum rated ambient for at least 30 minutes each; verify correct function and no damage. | REQ-EL-004 |
| TC-EL-005 | open | robustness | ESD Immunity Test | — | Apply ESD events to all external connectors per IEC 61000-4-2 at ±4 kV contact / ±8 kV air; verify no permanent damage or loss of function. | REQ-EL-005 |
| TC-EL-006 | open | compliance | CE Marking + Declaration of Conformity Audit | — | Confirm a `please_decision` records the CE applicability assessment. For products in EU/EEA market scope: confirm applicable EU directives are identified, conformity assessment is complete, signed Declaration of Conformity is on file, and CE mark is affixed per directive requirements. For products outside EU/EEA market scope: confirm the `please_decision` documents the market scope and CE-skip rationale. | REQ-EL-006 |
| TC-EL-007 | open | quality | Limit Derivation Audit | — | For each test case in this project that has numeric limits, confirm at least one derivation source exists: (a) `passCriterion` field includes tolerance / component references, OR (b) a `please_decision` is linked covering the limit derivation, OR (c) the implementing Maestro YAML has a `Limit derivation` comment block citing a decision id. Reference example: PT-SIG.04 + `please_decision` D.03 in projectId 1. | REQ-EL-007 |
Verification Records
No verification records.
Design Rule Status
■ No violations ■ Warning ■ Error ■ Waived
Bill of Materials
| Ref | Part # | Part Name | Category | Qty | Description |
|---|---|---|---|---|---|
| C1 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C10 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C11 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C12 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C13 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C14 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C15 | EGP10000651 | CAP0402 2u2F 2.2uF 16V X5R | Capacitor | 1 | — |
| C2 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C25 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C26 | EGP10000650 | CAP0402 1uF 25V X5R | Capacitor | 1 | — |
| C27 | EGP10000650 | CAP0402 1uF 25V X5R | Capacitor | 1 | — |
| C28 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C3 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C4 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| C5 | EGP10000651 | CAP0402 2u2F 2.2uF 16V X5R | Capacitor | 1 | — |
| C6 | EGP10000651 | CAP0402 2u2F 2.2uF 16V X5R | Capacitor | 1 | — |
| C7 | EGP10001195 | CAP1206 2u2F 100V X7R | Capacitor | 1 | — |
| C8 | EGP10000623 | Capacitor 3n3 | Capacitor | 1 | 3.3nF |
| C9 | EGP10000641 | CAP0402 100nF 0.1uF 50V X7R | Capacitor | 1 | — |
| D1 | EGP10001218 | BZX384-C15,115 | Diode | 1 | — |
| D13 | EGP10000957 | RF-W2S118TS-A41 | Diode | 1 | — |
| D14 | EGP10000957 | RF-W2S118TS-A41 | Diode | 1 | — |
| D15 | EGP10000957 | RF-W2S118TS-A41 | Diode | 1 | — |
| D16 | EGP10000957 | RF-W2S118TS-A41 | Diode | 1 | — |
| D2 | EGP10001218 | BZX384-C15,115 | Diode | 1 | — |
| Q1 | EGP10000892 | CSD19537Q3 | Transistor | 1 | — |
| Q7 | EGP10000893 | 2N7002DW | Transistor | 1 | — |
| R1 | EGP10000121 | Resistor 100k | Resistor | 1 | — |
| R10 | EGP10000121 | Resistor 100k | Resistor | 1 | — |
| R100 | EGP10000001 | Resistor 0 | Resistor | 1 | — |
| R11 | EGP10000085 | Resistor 3k3 | Resistor | 1 | — |
| R12 | EGP10000097 | Resistor 10k | Resistor | 1 | — |
| R13 | EGP10000026 | Resistor 10 | Resistor | 1 | — |
| R15 | EGP10000105 | Resistor 22k | Resistor | 1 | — |
| R16 | EGP10000133 | Resistor 330k | Resistor | 1 | — |
| R17 | EGP10000121 | Resistor 100k | Resistor | 1 | — |
| R19 | EGP10000387 | Resistor 10k | Resistor | 1 | — |
| R2 | EGP10000121 | Resistor 100k | Resistor | 1 | — |
| R20 | EGP10000001 | Resistor 0 | Resistor | 1 | — |
| R22 | EGP10000001 | Resistor 0 | Resistor | 1 | — |
| R23 | EGP10000097 | Resistor 10k | Resistor | 1 | — |
| R24 | EGP10000085 | Resistor 3k3 | Resistor | 1 | — |
| R25 | EGP10000097 | Resistor 10k | Resistor | 1 | — |
| R26 | EGP10000097 | Resistor 10k | Resistor | 1 | — |
| R27 | EGP10000001 | Resistor 0 | Resistor | 1 | — |
| R28 | EGP10000097 | Resistor 10k | Resistor | 1 | — |
| R29 | EGP10000001 | Resistor 0 | Resistor | 1 | — |
| R3 | EGP10000133 | Resistor 330k | Resistor | 1 | — |
| R4 | EGP10000097 | Resistor 10k | Resistor | 1 | — |
| R43 | EGP10000050 | Resistor 100 | Resistor | 1 | — |
| R44 | EGP10000050 | Resistor 100 | Resistor | 1 | — |
| R5 | EGP10000121 | Resistor 100k | Resistor | 1 | — |
| R6 | EGP10000073 | Resistor 1k | Resistor | 1 | — |
| R66 | EGP10000073 | Resistor 1k | Resistor | 1 | — |
| R67 | EGP10000073 | Resistor 1k | Resistor | 1 | — |
| R68 | EGP10000073 | Resistor 1k | Resistor | 1 | — |
| R69 | EGP10000073 | Resistor 1k | Resistor | 1 | — |
| R7 | EGP10000073 | Resistor 1k | Resistor | 1 | — |
| R70 | EGP10000073 | Resistor 1k | Resistor | 1 | — |
| R71 | EGP10000073 | Resistor 1k | Resistor | 1 | — |
| R72 | EGP10000001 | Resistor 0 | Resistor | 1 | — |
| R73 | EGP10000001 | Resistor 0 | Resistor | 1 | — |
| R74 | EGP10000001 | Resistor 0 | Resistor | 1 | — |
| R78 | EGP10000097 | Resistor 10k | Resistor | 1 | — |
| R79 | EGP10000097 | Resistor 10k | Resistor | 1 | — |
| R8 | EGP10000121 | Resistor 100k | Resistor | 1 | — |
| R80 | EGP10000097 | Resistor 10k | Resistor | 1 | — |
| U14 | EGP10001021 | PI4IOE5V6416ZDEX | IntegratedCircuit | 1 | — |
| U2 | EGP10000904 | AP331AWG-7 | IntegratedCircuit | 1 | — |
| U7 | EGP10001023 | 24AA02UIDT-I/OT | IntegratedCircuit | 1 | — |