Caspoc Simulation & Animation for Power Electronics & Electric Drives

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Caspoc Tools

Prototyping and pre-Design

Caspoc Tools is set of tools that helps you design Power Electronics and Electrical Drive systems

It supports system and component calculations.

Caspoc Tools provides a platform independent calculator and waveform display.

Online support.

These tools are enabled for Mobile devices.
Tools
Selection of Tools
Power Electronics
DC-AC
- Grid Tied converter
- Three phase inverter
Power Systems AC
Power Systems DC
WPT
- Spiral
WPT
- Waveforms Series-Series
- Phasor Series-Series
Use the Quick-Reference

The quick guide gives and overview of the most important buttons and short cuts.Read more...
Help

Help

Help

Help on using the tools, such as saving your design by copying the url and exporting the graphs

Save

Simply copy the url

Print

In the browser select print

Use the Quick-Reference

The quick guide gives and overview of the most important buttons and short cuts.Read more...
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Caspoc Tools is set of tools that helps you design Power Electronics and Electrical Drive systems

It supports system and component calculations.

Caspoc Tools provides a platform independent calculator and waveform display.

Online support.

These tools are enabled for Mobile devices.

Power Electronics
- SMPS
  - Buck
  - Boost
  - Buck-Boost
  - Bidirectional
  - Flyback
  - Forward
  - Forward2tr
  - Fullbridge
  - Halfbridge
  - DAB
- SMPS Design
  - Synchronous Buck
  - Synchronous Boost
- AC-DC
  - Adapter
- DC-AC
  - Grid Tied converter
  - Three phase inverter
Drives
- Control
Power Systems
- Power Cables
- DC grid
- Solar Power
- NEN3654
Traction
- Overhead lines
  - Lightrail
WPT
- Coils
  - Spiral
- Power Electronics
  - Waveforms Series-Series
  - Phasor Series-Series
Help

Core Geometry
Nominal conductor diameter	d	1.2	[mm]
Nominal conductor cross section	nccs	1	[mm²]
Inductance
Inductance	L	1.346	[μH/m]
Reactance	XL	0.423	[mΩ/m]
Core Resistance Copper
Resistance copper wire	R_CU	16.78	[mΩ/m]
Impedance copper wire	Z_CU	16.785	[mΩ/m]
DC Voltage drop copper wire	Vdc(R_CU)	16.78	[mV/m]
AC Voltage drop copper wire	Vac(R_CU)	16.79	[mV/m]
Core Resistance AL
Resistance AL wire	R_AL	26.548	[mΩ/m]
Impedance AL wire	Z_AL	26.551	[mΩ/m]
DC Voltage drop copper wire	Vdc(R_AL)	26.55	[mV/m]
AC Voltage drop copper wire	Vac(R_AL)	26.55	[mV/m]

Real(X-axis) and reactive(Y-axis) Voltage drop.

Impedance

ω_max

Core Geometry
Nominal conductor diameter	d	1.2	[mm]
Nominal conductor cross section	nccs	1	[mm²]
Inductance
Inductance	L	1.346	[μH/m]
Reactance	XL	0.423	[mΩ/m]
Core Resistance Copper
Resistance copper wire	R_CU	16.78	[mΩ/m]
Impedance copper wire	Z_CU	16.785	[mΩ/m]
DC Voltage drop copper wire	Vdc(R_CU)	16.78	[mV/m]
AC Voltage drop copper wire	Vac(R_CU)	16.79	[mV/m]
Core Resistance AL
Resistance AL wire	R_AL	26.548	[mΩ/m]
Impedance AL wire	Z_AL	26.551	[mΩ/m]
DC Voltage drop copper wire	Vdc(R_AL)	26.55	[mV/m]
AC Voltage drop copper wire	Vac(R_AL)	26.55	[mV/m]

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