USB PD 3.0 flyback 60-100W V5_FINAL_updated1422024

Diode forward (V) =

m2=n1/n2=

Vout (V) =

Power (W) =

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Performance

Converter

Design target =

Application =

Max Temperature (ºC) =

Does it have primary or secondary regulation?

Primary

Secondary

Converter comments

Mechanical

Terminal Type =

Mounting method =

Critical Dimensions if any (mm) =

Width

Height

Depth

Wire Lenght (mm) =

Hole Connector =

Safety and Cooling

Insulation type =

Pollution degree =

Overvoltage Category =

Safety Standards =

Insulation voltage (V) =

AC Mains Voltage or DC input voltage (Vrms) =

Creepage distance (mm) =

Height over the sea level (m) =

Clearance distance (mm) =

Distance through solid insulation (m) =

Hipot AC Test Voltage =

Vrms

sec

Cooling comments

Cooling conditions

Free Convection

Liquid cooling

Forced convection

Heat Sink =

Thermal R (W/ºC) =

Coldplate Surface Temperature (ºC) =

Blowing Forced Air (m/s) =

* These values wont affect the simulation

Thermal overload

Power (W) =

Duration (s) =

Times per day =

Standard:

Winding arrangement:

Primary

Group With =

Wire Type =

Turns =

Parallel =

Layers =

Height (mm)

Width (mm) =

Thickness (mm)

Insulation Type =

N insulation layers =

Grade =

Strand diameter (mm) =

Wire from stock =

Strands =

Serving =

Margin Tape (mm) =

Edit external dimensions of the wire

W. Width (mm, optional) =

W. Height (mm, optional) =

Grade =

Serving =

Strands =

Isolation
Bobbin
Core
Margin tape

Primary Results

W. Width (mm) =

C. Density (^A/_mm²) =

Pskin (W) =

Rdc (mΩ) =

W. Height (mm) =

δ (mm) =

Pproximity (W) =

Pdc (W) =

Length (mm) =

Ptotal (W) =

General Results

F. Factor (%) =

Rac (mΩ) =

Ptotal (W) =

sotosz

Frenetic
Contacto
Member since 2021

Customer project name USB PD 3.0 flyback 60-100W V5_FINAL_updated1422024

Frenetic p/n Frenetic-17526

Date 25/01/2023

Simulation Results

Performance

This temperature prediction is very sensitive to losses origin. Please, review it with your Frenetic engineer.

Mechanical

Schematic

Dimensions & Pinout

Width (mm) x Height (mm) x Depth (mm)

Weight (g)

Winding Window

Isolation
Bobbin
Core
Margin tape

Bill of materials

ITEM	MATERIAL	DESCRIPTION	QTY.	UNITS

RoHS

Thermal Class

UL-94V0

Assembly

Gap

Yes

CLeg

3Leg

Length (mm)

Distributed in (gaps)

Isolation

Creepage (mm)

Clearance (mm)

All the windings must be sleeved

Finishing & Other

Varnish

Glue

All the windings must be wounded in clockwise direction

Winding Distribution

SECTION	LAYER	WINDING	TOTAL TURNS	TURNS/ LAYER	Nº PARALL.	START	END	FLYING LEAD	DIST. TO PIN (mm)	METRIC	MARGIN TAPE (mm)	DISTRIB.

Validation

TEST	DESCRIPTION	START	END	SHORT	CONDITIONS	TOLER. (%)	MIN. VALUE	NOM. VALUE	MAX. VALUE	MEAS. VALUE	UNIT

	P	S	P	S


N Parallels					9/9
N turns per parallel
N turns per layer					0/6