Guitar Pickup Calculator: Inductance, Output & Coil Specs

🎸 Guitar Pickup Calculator

Estimate coil turns, DC resistance, inductance & output level for any pickup type

Quick Presets
🔧 Pickup Specifications
AWG 42 Wire Info: Diameter: 0.0635 mm (0.0025 in) | Resistance per 1000ft: ~1659 Ω | Typical use: Standard single coils & humbuckers

🎸 Pickup Calculation Results

📊 Pickup Type Reference
5–7kΩ
Single Coil DC Resistance
7–9kΩ
P-90 DC Resistance
8–16kΩ
Humbucker DC Resistance
2–8H
Typical Inductance Range
~8,000
Avg Single Coil Turns
~10,500
Avg Humbucker Turns
3–10kHz
Resonant Frequency Range
AWG 42
Most Common Wire Gauge
🧵 Wire Gauge Reference Table
AWG Diameter (mm) Resistance / 1000ft (Ω) Turns / Layer (typical) Common Use
400.07991049~250Bass, thick coils
410.07111323~280Low-output single coils
420.06351659~310Standard singles & humbuckers
430.05662143~350Hot pickups, overwound
440.05082593~390Active, mini humbuckers
🧲 Magnet Type Comparison
Magnet Approx. Gauss Tone Character Typical Use Output Level
Alnico II~700Warm, soft highsNeck humbuckersLow–Medium
Alnico III~600Glassy, balancedVintage StratsLow
Alnico IV~800Balanced, articulatePAF-styleMedium
Alnico V~900Bright, clearMost pickupsMedium–High
Alnico VIII~1050Tight, punchyHigh-outputHigh
Ceramic~1200Aggressive, cuttingMetal, activeVery High
Neodymium~1400Ultra-clear, tightActive designsVery High
📈 DC Resistance vs Turns Reference
Turns (AWG 42) Est. DC Resistance (Ω) Est. Inductance (H) Output Level Resonant Freq. (kHz)
6,000~4,500~1.5Vintage Low9–10
7,500~5,500~2.5Low–Medium7–9
8,500~6,500~3.5Medium6–8
10,000~8,000~4.5Medium–High5–7
12,000~10,000~6.5High4–6
14,000~12,000~8.5Very High3–5
📐 Common Pickup Dimensions
Pickup Type Width (in) Length (in) Wind Height (in) Pole Spacing (in)
Strat Single Coil2.680.650.602.00
Tele Bridge2.680.700.602.06
P-90 Soapbar3.601.190.671.94
Humbucker2.751.500.501.90
Mini Humbucker2.260.870.461.73
P-Bass Split Coil2.920.940.722.18
💡 Tip — DC Resistance vs Tone: DC resistance alone does not determine output level or tone. Two pickups with the same DC resistance but different magnet types and coil geometry will sound completely different. Use inductance and resonant frequency as more accurate tone predictors.
💡 Tip — Turns & Wire Length: Adding more turns increases DC resistance, inductance, and output — but also lowers the resonant frequency (darker tone). AWG 43 wire allows more turns in the same bobbin space compared to AWG 42, which is why hot pickups often use thinner wire.

A Guitar Pickup is made up of electronic parts that turn the mechanical vibrations of the strings into electrical signal. Later that signal passes through amplifier or whole sound system to strengthen it. Without a Guitar Pickup one can not electronically expand the guitar.

Even so if the musician never intends to connect to amplifier or PA system, then a Guitar Pickup is not necessarily required on every guitar.

What Guitar Pickups Are and How They Work

At its core Guitar Pickups are magnets with wires wrapped around them. When the guitar string moves, it changes the magnetic fields of those magnets, and that change creates the electrical flow. Those magnets attract the metal strings, and the plucking makes them vibrate to create the sound.

One finds three main kinds of Guitar Pickups. Those with one single coil around magnets tend to give clear and bright tone. Double coil ones, commonly called humbuckers, deliver thick, strong sound in the middle range with stronger deep impact.

There also exist piezoelectric Guitar Pickups that most commonly help amplify the natural sound of acoustic guitar and remove unwanted noise.

Guitar Pickups play a big role in shaping the guitar sound. Also the mix of Guitar Pickups on the instrument matters a lot. For instance, a guitar with three single coil Guitar Pickups sounds different than one with a humbucker and two single coils.

Also one model of single coil Guitar Pickup of one brand will sound differently than another model of another brand.

The position of a Guitar Pickup on the guitar affects the tone. Usually the bridge Guitar Pickup gives brighter sound with focus on high frequencies, while the neck version has deeper and warmer tone. The middle Guitar Pickup sits between those two.

Many guitars allow you to mix two Guitar Pickups at the same time for a middle position. In some Fender documents one calls the neck Guitar Pickup rhythmic and the bridge one lead.

One can indeed use Guitar Pickups also in bass guitars. Fender and others applied them on basses for more then 40 years. Guitar Pickups with magnets in style of blade best work for precise string-to-string response in bass.

One must avoid mainly those with too narrow distance between poles for the strings and too warm Guitar Pickups, that can sound too muddy on bass.

For acoustic guitars, systems with several sources of Guitar Pickups commonly combine tiny microphone inside the body with a piezo Guitar Pickup under the bridge piece. K&K pickups form a popular option. Some Guitar Pickups set themselves up on the guitar beside the bridge and lead a cable too the output at the connection.

Installing a Guitar Pickup in acoustic guitar can cost a lot, so buying a new electric acoustic guitar sometimes makesmore sense, depending on the price level.

New Guitar Pickups will not change the sustain of the guitar sound. It depends on other things, like the weight of the instrument itself.

Guitar Pickup Calculator: Inductance, Output & Coil Specs

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