export type PasteType = 'sac305' | 'sn63pb37' | 'sac387' | 'snbi58';
export interface ReflowInput {
    pasteType: PasteType;
}
export interface ReflowResult {
    pasteType: string;
    meltingPoint: number;
    preheatRate: string;
    preheatTemp: string;
    preheatTime: string;
    soakTemp: string;
    soakTime: string;
    peakTemp: string;
    timeAboveLiquidus: string;
    coolingRate: string;
    totalProfileTime: string;
}
export type BandCount = 4 | 5 | 6;
export type ColorName = 'black' | 'brown' | 'red' | 'orange' | 'yellow' | 'green' | 'blue' | 'violet' | 'grey' | 'white' | 'gold' | 'silver';
export interface ResistorBands {
    bandCount: BandCount;
    bands: ColorName[];
}
export interface ResistorResult {
    resistance: number;
    tolerance: number;
    tempCoeff?: number;
    formatted: string;
}
export interface SmtTaktInput {
    placementRate: number;
    componentsPerBoard: number;
    boardsPerPanel: number;
    setupTimeSec: number;
    availableTimeMin: number;
}
export interface SmtTaktResult {
    placementTimeSec: number;
    totalCycleTimeSec: number;
    boardsPerHour: number;
    totalBoardsPerShift: number;
    lineUtilization: number;
}
export interface SolderInput {
    padCount: number;
    avgPadArea: number;
    stencilThickness: number;
    transferEfficiency: number;
    density: number;
    boardsPerPanel: number;
    panelCount: number;
}
export interface SolderResult {
    volumePerBoard: number;
    weightPerBoard: number;
    totalVolume: number;
    totalWeight: number;
    totalWeightKg: number;
}
export type TraceLayer = 'external' | 'internal';
export interface TraceInput {
    current: number;
    tempRise: number;
    copperWeight: number;
    layer: TraceLayer;
}
export interface TraceResult {
    widthMils: number;
    widthMm: number;
    crossSection: number;
    resistance: number;
    voltageDrop: number;
    powerLoss: number;
}
export type AwgMaterial = 'copper' | 'aluminum';
export interface AwgInput {
    awg: number;
    material: AwgMaterial;
    tempC: number;
}
export interface AwgResult {
    diameterMm: number;
    diameterMils: number;
    areaMm2: number;
    areaCircularMils: number;
    resistancePerM: number;
    resistancePerFt: number;
    currentCapacity: number;
}
export interface CapacitorCodeInput {
    code: string;
}
export interface CapacitorCodeResult {
    picofarads: number;
    nanofarads: number;
    microfarads: number;
    formatted: string;
    significantFigures: number;
    multiplier: number;
}
export interface LedResistorInput {
    supplyVoltage: number;
    forwardVoltage: number;
    forwardCurrent: number;
}
export interface LedResistorResult {
    resistance: number;
    standardResistance: number;
    powerDissipation: number;
    actualCurrent: number;
}
export type ApertureShape = 'rectangle' | 'circle';
export type ComponentType = 'bga' | 'qfp' | 'chip' | 'sot' | 'general';
export interface StencilInput {
    shape: ApertureShape;
    apertureWidth: number;
    apertureLength: number;
    stencilThickness: number;
    componentType: ComponentType;
}
export interface StencilResult {
    apertureArea: number;
    wallArea: number;
    areaRatio: number;
    aspectRatio: number;
    areaRatioOk: boolean;
    aspectRatioOk: boolean;
    recommendedAreaRatio: number;
    recommendedAspectRatio: number;
    status: 'good' | 'marginal' | 'poor';
}
export type OhmsLawSolveFor = 'voltage' | 'current' | 'resistance' | 'power';
export type OhmsLawInput = {
    solveFor: 'voltage';
    current: number;
    resistance: number;
} | {
    solveFor: 'current';
    voltage: number;
    resistance: number;
} | {
    solveFor: 'resistance';
    voltage: number;
    current: number;
} | {
    solveFor: 'power';
    voltage: number;
    current: number;
};
export interface OhmsLawResult {
    voltage: number;
    current: number;
    resistance: number;
    power: number;
}
export interface ViaInput {
    holeDiameter: number;
    platingThickness: number;
    viaLength: number;
    tempRise: number;
}
export interface ViaResult {
    currentCapacity: number;
    crossSectionMm2: number;
    thermalResistance: number;
    resistanceMOhm: number;
    powerDissipation: number;
}
//# sourceMappingURL=types.d.ts.map