Published
Edited
Nov 24, 2021
Importers
{
let r = 1.25/950e-6
let tol = 1
let std = std_r(tol).above(r)
return html`The smallest standard ${pct(tol)} resistor ≥ ${Ω(r)} is ${Ω(std)}`
}
{
let r = 1.25/950e-6
let tol = 10
let std = std_r(tol).below(r)
return html`The largest standard ${pct(tol)} resistor ≤ ${Ω(r)} is ${Ω(std)}`
}
{
let r = 3
let tol = 10
let std = std_r(tol).below(r)
return html`The largest standard ${pct(tol)} resistor ≤ ${Ω(r)} ranges from ${Ω(std.min.toFixed(3))} to ${Ω(std.max.toFixed(3))}`
}
{
let r = 3.1
let tol = 10
return html`The smallest standard ${pct(tol)} resistor ≥ ${Ω(r)} is ${Ω(std_r(tol).above(r))}`
}
{
let r = 3.1
let tol = 10
let std = std_r(tol).aboveish(r)
return html`The smallest standard ${pct(tol)} resistor approximately above ${Ω(r)} is ${Ω(std)}, and its range is ${Ω(std.min.toFixed(3))} – ${Ω(std.max.toFixed(3))}`
}
{
let r = 3.1
let tol = 10
let std = std_r(tol).belowish(r)
return html`The smallest standard ${pct(tol)} resistor approximately below ${Ω(r)} is ${Ω(std)}, and its range is ${Ω(std.min.toFixed(3))} – ${Ω(std.max.toFixed(3))}`
}
{
let r = 2.55
let tol = 5
let aboveish = std_r(tol).aboveish(r)
let belowish = std_r(tol).belowish(r)
return html`The smallest standard ${pct(tol)} resistor approximately above ${Ω(r)} is ${Ω(aboveish)} (${Ω(aboveish.min.toFixed(3))} – ${Ω(aboveish.max.toFixed(3))}), but the largest standard ${pct(tol)} resistor approximately below ${Ω(r)} is ${Ω(belowish)} (${Ω(belowish.min.toFixed(3))} – ${Ω(belowish.max.toFixed(3))}).`
}
{
let r = 2.9
let tol = 10
let std_above = std_r(tol).above(r)
return html`The smallest standard ${pct(tol)} resistor ≥ ${Ω(r)} is ${Ω(std_above)} and looks like ${std_above.bands}`
}
{
let r = 194000
let tol = 1
let std_above = std_r(tol).above(r)
return html`The smallest standard ${pct(tol)} resistor ≥ ${Ω(r)} is ${Ω(std_above)} and looks like ${std_above.bands}`
}
std_r(10).above(3.3).colors
standard_decade(10)
find_std(3, standard_decade(10))
find_above(3, 10)
find_below(3, 10)
find_above(7, 10)
find_above(8.5, 10)
find_below(1.1, 10)
find_above(3.2, 10)
find_below(2.8, 10)
std_r(5).aboveish(1.0)
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