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Claude Skills by Manoj-11-Dahal
github.com/Manoj-11-Dahal15,860 skills0 installs0 views
- Pcblab Schematic Capture Revision Release Verification And Acceptance Test PlanUse when a result must be checked against explicit behavior, safety, or quality conditions for PCB and electronics design: schematic capture for revision release. Produce a risk-weighted verification plan with saved evidence with scope, versions, decisions, and evidence for this task-specific gate: Confirm project revision, schematic/board synchronization, fabrication plots, drill data, BOM, and release approval. Success means each critical requirement maps to a reproducible check and a truth...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Build Configuration RunbookUse when an authorized implementation needs repeatable steps and a visible change boundary for PCB and electronics design: signal routing for alternate parts. Produce a bounded build or configuration runbook with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means the prepared result is reproducible, reviewable, and within the approved scope. Use permiss...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Design BlueprintUse when a solution needs a coherent structure before implementation or production for PCB and electronics design: signal routing for alternate parts. Produce a staged design blueprint with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means interfaces, dependencies, constraints, and review points are testable before build. Use permissioned inputs, prese...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Failure Triage And RecoveryUse when an unexpected result needs diagnosis without widening risk or losing evidence for PCB and electronics design: signal routing for alternate parts. Produce a failure-triage record and reversible recovery plan with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means the failure is bounded by observations, one testable hypothesis, and a safe next st...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Measured Improvement And HandoffUse when a measured result or recurring failure suggests a change worth testing and handing to an owner for PCB and electronics design: signal routing for alternate parts. Produce a versioned improvement proposal and handoff packet with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means the proposed change is compared with a baseline, regression risk is...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Option Comparison MatrixUse when several tools, designs, methods, or workflows could satisfy the same need for PCB and electronics design: signal routing for alternate parts. Produce an evidence-backed option-comparison matrix with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means options are compared on user-approved criteria with uncertainty and trade-offs shown. Use permis...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Requirements And Decision BriefUse when a request must be converted into testable constraints and an owned decision for PCB and electronics design: signal routing for alternate parts. Produce a reviewable requirements and decision brief with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means requirements have priorities, evidence, owners, and measurable acceptance conditions. Use per...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Scope And Baseline RecordUse when the work needs a verified goal, authorized boundary, and starting state for PCB and electronics design: signal routing for alternate parts. Produce a scope-and-baseline record with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means the owner, constraints, baseline, and acceptance signal are explicit. Use permissioned inputs, preserve a baseline...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Security Rights And Safety ReviewUse when the workflow could affect people, systems, confidential data, intellectual property, or physical outcomes for PCB and electronics design: signal routing for alternate parts. Produce a scoped risk-and-control review with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means the review names relevant hazards, permissions, controls, evidence gaps, an...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Source Research And Provenance LedgerUse when a decision depends on current, source-grounded information for PCB and electronics design: signal routing for alternate parts. Produce a source-and-claim ledger with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means material claims are linked to current primary sources with dates and limitations. Use permissioned inputs, preserve a baseline, c...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Alternate Parts Verification And Acceptance Test PlanUse when a result must be checked against explicit behavior, safety, or quality conditions for PCB and electronics design: signal routing for alternate parts. Produce a risk-weighted verification plan with saved evidence with scope, versions, decisions, and evidence for this task-specific gate: Confirm alternate part footprint, pinout, ratings, lifecycle, availability, and explicit schematic approval. Success means each critical requirement maps to a reproducible check and a truthful pass, fa...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Build Configuration RunbookUse when an authorized implementation needs repeatable steps and a visible change boundary for PCB and electronics design: signal routing for assembly access. Produce a bounded build or configuration runbook with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means the prepared result is reproducible, reviewable, and within the approved scope. Use pe...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Design BlueprintUse when a solution needs a coherent structure before implementation or production for PCB and electronics design: signal routing for assembly access. Produce a staged design blueprint with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means interfaces, dependencies, constraints, and review points are testable before build. Use permissioned inputs, ...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Failure Triage And RecoveryUse when an unexpected result needs diagnosis without widening risk or losing evidence for PCB and electronics design: signal routing for assembly access. Produce a failure-triage record and reversible recovery plan with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means the failure is bounded by observations, one testable hypothesis, and a safe ne...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Measured Improvement And HandoffUse when a measured result or recurring failure suggests a change worth testing and handing to an owner for PCB and electronics design: signal routing for assembly access. Produce a versioned improvement proposal and handoff packet with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means the proposed change is compared with a baseline, regression ri...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Option Comparison MatrixUse when several tools, designs, methods, or workflows could satisfy the same need for PCB and electronics design: signal routing for assembly access. Produce an evidence-backed option-comparison matrix with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means options are compared on user-approved criteria with uncertainty and trade-offs shown. Use p...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Requirements And Decision BriefUse when a request must be converted into testable constraints and an owned decision for PCB and electronics design: signal routing for assembly access. Produce a reviewable requirements and decision brief with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means requirements have priorities, evidence, owners, and measurable acceptance conditions. Us...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Scope And Baseline RecordUse when the work needs a verified goal, authorized boundary, and starting state for PCB and electronics design: signal routing for assembly access. Produce a scope-and-baseline record with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means the owner, constraints, baseline, and acceptance signal are explicit. Use permissioned inputs, preserve a bas...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Security Rights And Safety ReviewUse when the workflow could affect people, systems, confidential data, intellectual property, or physical outcomes for PCB and electronics design: signal routing for assembly access. Produce a scoped risk-and-control review with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means the review names relevant hazards, permissions, controls, evidence gap...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Source Research And Provenance LedgerUse when a decision depends on current, source-grounded information for PCB and electronics design: signal routing for assembly access. Produce a source-and-claim ledger with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means material claims are linked to current primary sources with dates and limitations. Use permissioned inputs, preserve a baseli...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Assembly Access Verification And Acceptance Test PlanUse when a result must be checked against explicit behavior, safety, or quality conditions for PCB and electronics design: signal routing for assembly access. Produce a risk-weighted verification plan with saved evidence with scope, versions, decisions, and evidence for this task-specific gate: Check component orientation, tool access, test points, thermal process, and assembly sequence with the assembler. Success means each critical requirement maps to a reproducible check and a truthful pas...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Build Configuration RunbookUse when an authorized implementation needs repeatable steps and a visible change boundary for PCB and electronics design: signal routing for density constraints. Produce a bounded build or configuration runbook with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means the prepared result is reproducible, reviewable, and within the approved scope. Us...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Design BlueprintUse when a solution needs a coherent structure before implementation or production for PCB and electronics design: signal routing for density constraints. Produce a staged design blueprint with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means interfaces, dependencies, constraints, and review points are testable before build. Use permissioned inpu...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Failure Triage And RecoveryUse when an unexpected result needs diagnosis without widening risk or losing evidence for PCB and electronics design: signal routing for density constraints. Produce a failure-triage record and reversible recovery plan with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means the failure is bounded by observations, one testable hypothesis, and a saf...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Measured Improvement And HandoffUse when a measured result or recurring failure suggests a change worth testing and handing to an owner for PCB and electronics design: signal routing for density constraints. Produce a versioned improvement proposal and handoff packet with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means the proposed change is compared with a baseline, regressio...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Option Comparison MatrixUse when several tools, designs, methods, or workflows could satisfy the same need for PCB and electronics design: signal routing for density constraints. Produce an evidence-backed option-comparison matrix with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means options are compared on user-approved criteria with uncertainty and trade-offs shown. U...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Requirements And Decision BriefUse when a request must be converted into testable constraints and an owned decision for PCB and electronics design: signal routing for density constraints. Produce a reviewable requirements and decision brief with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means requirements have priorities, evidence, owners, and measurable acceptance conditions...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Scope And Baseline RecordUse when the work needs a verified goal, authorized boundary, and starting state for PCB and electronics design: signal routing for density constraints. Produce a scope-and-baseline record with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means the owner, constraints, baseline, and acceptance signal are explicit. Use permissioned inputs, preserve a...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Security Rights And Safety ReviewUse when the workflow could affect people, systems, confidential data, intellectual property, or physical outcomes for PCB and electronics design: signal routing for density constraints. Produce a scoped risk-and-control review with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means the review names relevant hazards, permissions, controls, evidence...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Source Research And Provenance LedgerUse when a decision depends on current, source-grounded information for PCB and electronics design: signal routing for density constraints. Produce a source-and-claim ledger with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means material claims are linked to current primary sources with dates and limitations. Use permissioned inputs, preserve a ba...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Density Constraints Verification And Acceptance Test PlanUse when a result must be checked against explicit behavior, safety, or quality conditions for PCB and electronics design: signal routing for density constraints. Produce a risk-weighted verification plan with saved evidence with scope, versions, decisions, and evidence for this task-specific gate: Check placement, clearance, escape routing, and assembly access against board dimensions and the actual rule set. Success means each critical requirement maps to a reproducible check and a truthful...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Build Configuration RunbookUse when an authorized implementation needs repeatable steps and a visible change boundary for PCB and electronics design: signal routing for design-rule changes. Produce a bounded build or configuration runbook with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means the prepared result is reproducible, reviewable, and within the approved scope. U...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Design BlueprintUse when a solution needs a coherent structure before implementation or production for PCB and electronics design: signal routing for design-rule changes. Produce a staged design blueprint with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means interfaces, dependencies, constraints, and review points are testable before build. Use permissioned inp...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Failure Triage And RecoveryUse when an unexpected result needs diagnosis without widening risk or losing evidence for PCB and electronics design: signal routing for design-rule changes. Produce a failure-triage record and reversible recovery plan with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means the failure is bounded by observations, one testable hypothesis, and a sa...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Measured Improvement And HandoffUse when a measured result or recurring failure suggests a change worth testing and handing to an owner for PCB and electronics design: signal routing for design-rule changes. Produce a versioned improvement proposal and handoff packet with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means the proposed change is compared with a baseline, regressi...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Option Comparison MatrixUse when several tools, designs, methods, or workflows could satisfy the same need for PCB and electronics design: signal routing for design-rule changes. Produce an evidence-backed option-comparison matrix with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means options are compared on user-approved criteria with uncertainty and trade-offs shown. ...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Requirements And Decision BriefUse when a request must be converted into testable constraints and an owned decision for PCB and electronics design: signal routing for design-rule changes. Produce a reviewable requirements and decision brief with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means requirements have priorities, evidence, owners, and measurable acceptance condition...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Scope And Baseline RecordUse when the work needs a verified goal, authorized boundary, and starting state for PCB and electronics design: signal routing for design-rule changes. Produce a scope-and-baseline record with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means the owner, constraints, baseline, and acceptance signal are explicit. Use permissioned inputs, preserve ...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Security Rights And Safety ReviewUse when the workflow could affect people, systems, confidential data, intellectual property, or physical outcomes for PCB and electronics design: signal routing for design-rule changes. Produce a scoped risk-and-control review with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means the review names relevant hazards, permissions, controls, evidenc...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Source Research And Provenance LedgerUse when a decision depends on current, source-grounded information for PCB and electronics design: signal routing for design-rule changes. Produce a source-and-claim ledger with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means material claims are linked to current primary sources with dates and limitations. Use permissioned inputs, preserve a b...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Design Rule Changes Verification And Acceptance Test PlanUse when a result must be checked against explicit behavior, safety, or quality conditions for PCB and electronics design: signal routing for design-rule changes. Produce a risk-weighted verification plan with saved evidence with scope, versions, decisions, and evidence for this task-specific gate: Review the effect of each design-rule change on affected nets, spacing, masks, drill, and fabrication constraints. Success means each critical requirement maps to a reproducible check and a truthfu...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Emc Pre Compliance Build Configuration RunbookUse when an authorized implementation needs repeatable steps and a visible change boundary for PCB and electronics design: signal routing for EMC pre-compliance. Produce a bounded build or configuration runbook with scope, versions, decisions, and evidence for this task-specific gate: Use a defined pre-compliance setup and note limits; do not describe a simulation or bench check as certification. Success means the prepared result is reproducible, reviewable, and within the approved scope. Use...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Emc Pre Compliance Design BlueprintUse when a solution needs a coherent structure before implementation or production for PCB and electronics design: signal routing for EMC pre-compliance. Produce a staged design blueprint with scope, versions, decisions, and evidence for this task-specific gate: Use a defined pre-compliance setup and note limits; do not describe a simulation or bench check as certification. Success means interfaces, dependencies, constraints, and review points are testable before build. Use permissioned input...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Emc Pre Compliance Failure Triage And RecoveryUse when an unexpected result needs diagnosis without widening risk or losing evidence for PCB and electronics design: signal routing for EMC pre-compliance. Produce a failure-triage record and reversible recovery plan with scope, versions, decisions, and evidence for this task-specific gate: Use a defined pre-compliance setup and note limits; do not describe a simulation or bench check as certification. Success means the failure is bounded by observations, one testable hypothesis, and a safe...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Emc Pre Compliance Measured Improvement And HandoffUse when a measured result or recurring failure suggests a change worth testing and handing to an owner for PCB and electronics design: signal routing for EMC pre-compliance. Produce a versioned improvement proposal and handoff packet with scope, versions, decisions, and evidence for this task-specific gate: Use a defined pre-compliance setup and note limits; do not describe a simulation or bench check as certification. Success means the proposed change is compared with a baseline, regression...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Emc Pre Compliance Option Comparison MatrixUse when several tools, designs, methods, or workflows could satisfy the same need for PCB and electronics design: signal routing for EMC pre-compliance. Produce an evidence-backed option-comparison matrix with scope, versions, decisions, and evidence for this task-specific gate: Use a defined pre-compliance setup and note limits; do not describe a simulation or bench check as certification. Success means options are compared on user-approved criteria with uncertainty and trade-offs shown. Us...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Emc Pre Compliance Requirements And Decision BriefUse when a request must be converted into testable constraints and an owned decision for PCB and electronics design: signal routing for EMC pre-compliance. Produce a reviewable requirements and decision brief with scope, versions, decisions, and evidence for this task-specific gate: Use a defined pre-compliance setup and note limits; do not describe a simulation or bench check as certification. Success means requirements have priorities, evidence, owners, and measurable acceptance conditions....Votes: 0GitHub stars: 2
- Pcblab Signal Routing Emc Pre Compliance Scope And Baseline RecordUse when the work needs a verified goal, authorized boundary, and starting state for PCB and electronics design: signal routing for EMC pre-compliance. Produce a scope-and-baseline record with scope, versions, decisions, and evidence for this task-specific gate: Use a defined pre-compliance setup and note limits; do not describe a simulation or bench check as certification. Success means the owner, constraints, baseline, and acceptance signal are explicit. Use permissioned inputs, preserve a ...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Emc Pre Compliance Security Rights And Safety ReviewUse when the workflow could affect people, systems, confidential data, intellectual property, or physical outcomes for PCB and electronics design: signal routing for EMC pre-compliance. Produce a scoped risk-and-control review with scope, versions, decisions, and evidence for this task-specific gate: Use a defined pre-compliance setup and note limits; do not describe a simulation or bench check as certification. Success means the review names relevant hazards, permissions, controls, evidence ...Votes: 0GitHub stars: 2
- Pcblab Signal Routing Emc Pre Compliance Source Research And Provenance LedgerUse when a decision depends on current, source-grounded information for PCB and electronics design: signal routing for EMC pre-compliance. Produce a source-and-claim ledger with scope, versions, decisions, and evidence for this task-specific gate: Use a defined pre-compliance setup and note limits; do not describe a simulation or bench check as certification. Success means material claims are linked to current primary sources with dates and limitations. Use permissioned inputs, preserve a bas...Votes: 0GitHub stars: 2