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
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Use the Quick-Reference

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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	2.8	[mm]
Nominal conductor cross section	nccs	6	[mm²]
Core Resistance single conductor (Corrected for IEC 60287)
Resistance copper wire	R_CU	2972.5	[mΩ/km]
Voltage drop copper wire	V(R_CU)	2.97	[volt/km]
Resistance Aluminium wire	R_AL	4702.9	[mΩ/km]
Voltage drop Aluminium wire	V(R_AL)	4.7	[volt/km]

Core figure a
Cable-Inductance	L_cable	0.892	[mH/km]
Cable-Reactance	X_cable	280.113	[mΩ/km]
Cable-Capacitance	C_cable	14.049	[nF/km]
Cable-Impedance(50Hz) CU	Z_cable	2985.69	[mΩ/km]
Cable-Impedance(50Hz) AL	Z_cable	4711.224	[mΩ/km]
Voltage drop(50Hz) CU	V_cable	2.986	[V/km]
Voltage drop(50Hz) AL	V_cable	4.711	[V/km]
Phase shift(50Hz) CU	phase_cable	0.607992	[Degrees/km]
Phase shift(50Hz) AL	phase_cable	0.962	[Degrees/km]
Power loss(per conductor) CU	P_core	2.973	[Watt/km]
Power loss(per conductor) AL	P_core	4.703	[Watt/km]
Capacitive loading current [V=230, cable length=100meter]	I_cap	0.102	[mA]

Core figure b
Cable-Inductance	L_cable	0.892	[mH/km]
Cable-Reactance	X_cable	280.113	[mΩ/km]
Cable-Capacitance	C_cable	14.057	[nF/km]
Cable-Impedance(50Hz) CU	Z_cable	2985.69	[mΩ/km]
Cable-Impedance(50Hz) AL	Z_cable	4711.224	[mΩ/km]
Voltage drop(50Hz) CU	V_cable	2.986	[V/km]
Voltage drop(50Hz) AL	V_cable	4.711	[V/km]
Phase shift(50Hz) CU	phase_cable	0.607992	[Degrees/km]
Phase shift(50Hz) AL	phase_cable	0.962	[Degrees/km]
Power loss(per conductor) CU	P_core	2.973	[Watt/km]
Power loss(per conductor) AL	P_core	4.703	[Watt/km]
Capacitive loading current [V=230, cable length=100meter]	I_cap	0.102	[mA]

Core figure c
Cable-Inductance	L_cable	1.095	[mH/km]
Cable-Reactance	X_cable	343.992	[mΩ/km]
Cable-Capacitance	C_cable	11.178	[nF/km]
Cable-Impedance(50Hz) CU	Z_cable	2992.359	[mΩ/km]
Cable-Impedance(50Hz) AL	Z_cable	4715.454	[mΩ/km]
Voltage drop(50Hz) CU	V_cable	2.992	[V/km]
Voltage drop(50Hz) AL	V_cable	4.715	[V/km]
Phase shift(50Hz) CU	phase_cable	0.495095	[Degrees/km]
Phase shift(50Hz) AL	phase_cable	0.783	[Degrees/km]
Power loss(per conductor) CU	P_core	2.973	[Watt/km]
Power loss(per conductor) AL	P_core	4.703	[Watt/km]
Capacitive loading current [V=230, cable length=100meter]	I_cap	0.081	[mA]

Core figure d
Cable-Inductance	L_cable	0.446	[mH/km]
Cable-Reactance	X_cable	140.057	[mΩ/km]
Cable-Capacitance	C_cable	28.097	[nF/km]
Cable-Impedance(50Hz) CU	Z_cable	2975.819	[mΩ/km]
Cable-Impedance(50Hz) AL	Z_cable	4704.975	[mΩ/km]
Voltage drop(50Hz) CU	V_cable	2.976	[V/km]
Voltage drop(50Hz) AL	V_cable	4.705	[V/km]
Phase shift(50Hz) CU	phase_cable	1.215846	[Degrees/km]
Phase shift(50Hz) AL	phase_cable	1.923	[Degrees/km]
Power loss(per conductor) CU	P_core	2.973	[Watt/km]
Power loss(per conductor) AL	P_core	4.703	[Watt/km]
Capacitive loading current [V=230, cable length=100meter]	I_cap	0.203	[mA]

Core figure e
Cable-Inductance	L_cable	0.629	[mH/km]
Cable-Reactance	X_cable	197.629	[mΩ/km]
Cable-Capacitance	C_cable	76.821	[nF/km]
Cable-Impedance(50Hz) CU	Z_cable	2979.084	[mΩ/km]
Cable-Impedance(50Hz) AL	Z_cable	4707.04	[mΩ/km]
Voltage drop(50Hz) CU	V_cable	2.979	[V/km]
Voltage drop(50Hz) AL	V_cable	4.707	[V/km]
Phase shift(50Hz) CU	phase_cable	0.861717	[Degrees/km]
Phase shift(50Hz) AL	phase_cable	1.363	[Degrees/km]
Power loss(per conductor) CU	P_core	2.973	[Watt/km]
Power loss(per conductor) AL	P_core	4.703	[Watt/km]
Capacitive loading current [V=230, cable length=100meter]	I_cap	0.555	[mA]

Core figure f
Cable-Inductance	L_cable	0.892	[mH/km]
Cable-Reactance	X_cable	280.113	[mΩ/km]
Cable-Capacitance	C_cable	58.563	[nF/km]
Cable-Impedance(50Hz) CU	Z_cable	2985.69	[mΩ/km]
Cable-Impedance(50Hz) AL	Z_cable	4711.224	[mΩ/km]
Voltage drop(50Hz) CU	V_cable	2.986	[V/km]
Voltage drop(50Hz) AL	V_cable	4.711	[V/km]
Phase shift(50Hz) CU	phase_cable	0.607992	[Degrees/km]
Phase shift(50Hz) AL	phase_cable	0.962	[Degrees/km]
Power loss(per conductor) CU	P_core	2.973	[Watt/km]
Power loss(per conductor) AL	P_core	4.703	[Watt/km]
Capacitive loading current [V=230, cable length=100meter]	I_cap	0.423	[mA]

Core figure g
Cable-Inductance	L_cable	0.446	[mH/km]
Cable-Reactance	X_cable	140.057	[mΩ/km]
Cable-Capacitance	C_cable	117.255	[nF/km]
Cable-Impedance(50Hz) CU	Z_cable	2975.819	[mΩ/km]
Cable-Impedance(50Hz) AL	Z_cable	4704.975	[mΩ/km]
Voltage drop(50Hz) CU	V_cable	2.976	[V/km]
Voltage drop(50Hz) AL	V_cable	4.705	[V/km]
Phase shift(50Hz) CU	phase_cable	1.215846	[Degrees/km]
Phase shift(50Hz) AL	phase_cable	1.923	[Degrees/km]
Power loss(per conductor) CU	P_core	2.973	[Watt/km]
Power loss(per conductor) AL	P_core	4.703	[Watt/km]
Capacitive loading current [V=230, cable length=100meter]	I_cap	0.847	[mA]

Core figure h
Cable-Inductance	L_cable	0.629	[mH/km]
Cable-Reactance	X_cable	197.629	[mΩ/km]
Cable-Capacitance	C_cable	76.821	[nF/km]
Cable-Impedance(50Hz) CU	Z_cable	2979.084	[mΩ/km]
Cable-Impedance(50Hz) AL	Z_cable	4707.04	[mΩ/km]
Voltage drop(50Hz) CU	V_cable	2.979	[V/km]
Voltage drop(50Hz) AL	V_cable	4.707	[V/km]
Phase shift(50Hz) CU	phase_cable	0.861717	[Degrees/km]
Phase shift(50Hz) AL	phase_cable	1.363	[Degrees/km]
Power loss(per conductor) CU	P_core	2.973	[Watt/km]
Power loss(per conductor) AL	P_core	4.703	[Watt/km]
Capacitive loading current [V=230, cable length=100meter]	I_cap	0.555	[mA]

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