Baselectron - circuiti stampati, calcolo piste

Leader in the production and sampling of PCBs

Via M. Angelini, 18 - 27028 San Martino Siccomario (PV)

Current

Amp. DC

Copper thickness

Options:

Temperature increase

Deg

Room temperature

Deg

Tracks lenght

Internal layers result:

Track width

Resistance

Ohms

Voltage drop

Volts

Dissipated power

Watts

External layers result:

Track width

Resistance

Ohms

Voltage drop

Volts

Dissipated power

Watts

Important notes:

The width of the track is calculated in this way:

The first thing we do is calculate the section that the track will have to work at a given current and with a given increase of temperature:

Area[mils^2] = (Current[Amps]/(k*(Temp_Rise[deg. C])^b))^(1/c)

The width of the track is then calculate:

Width[mils] = Area[mils^2]/(Thickness[oz]*1.378[mils/oz])

Respecting the standard IPC-2221 for the inner layers the following parameter K for the dissipation: k = 0.024 will be assumed: k = 0.024

While for the outer layers parameter is: k = 0.048

Baselectron Printed Circuits

Go to product data sheets

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We usually produce samples in 2-4 working days and preseries in 2 weeks
2 Layers pcb
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Special products for very particular applications
Pcb for special applications
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Multilayer pcb with blind and buried holes and with controller impedance
Multilayer pcb