Engee documentation

LC Ladder (CE)

A ladder-type multi-link LC chain model.

blockType: SubSystem

Path in the library:

/RF/Circuit Envelope/Elements/LC Ladder (CE)

Description

Block LC Ladder (CE) simulates conventional lossless dual-port LC circuits.

Ports

Conserving

# 1+ — the first electrical port
electricity

Details

The electrical port corresponding to the positive terminal of the LC circuit.

Program usage name

1+

# 1− — the first electrical port
electricity

Details

The electrical port corresponding to the negative terminal of the LC circuit.

Program usage name

1−

# 2+ — the second electrical port
electricity

Details

The electrical port corresponding to the positive terminal of the LC circuit.

Program usage name

2+

# 2− — the second electrical port
electricity

Details

The electrical port corresponding to the negative terminal of the LC circuit.

Program usage name

2−

Parameters

Parameters

# Ladder topology — type of LC ladder circuit topology
LC Lowpass Tee | LC Lowpass Pi | LC Highpass Tee | LC Highpass Pi | LC Bandpass Tee | LC Bandpass Pi | LC Bandstop Tee | LC Bandstop Pi

Details

The type of topology of the LC ladder circuit, defined in one of the following ways.

LC Lowpass Tee

lc ladder ce lptee

LC Lowpass Pi

lc ladder ce lppi

LC Highpass Tee

lc ladder ce hptee

LC Highpass Pi

lc ladder ce hppi

LC Bandpass Tee

lc ladder ce bptee

LC Bandpass Pi

lc ladder ce bppi

LC Bandstop Tee

lc ladder ce bstee

LC Bandstop Pi

lc ladder ce bspi

Values

LC Lowpass Tee | LC Lowpass Pi | LC Highpass Tee | LC Highpass Pi | LC Bandpass Tee | LC Bandpass Pi | LC Bandstop Tee | LC Bandstop Pi

Default value

LC Lowpass Tee

Program usage name

ladder_topology

Tunable

No

Evaluatable

Yes

# Inductance, H — the value of the inductance

Details

The value of the inductance, given as a real number in Henry.

Default value

[1.3324e-5, 1.3324e-5]

Program usage names

L_LowpassTee, L_LowpassPi, L_HighpassTee, L_HighpassPi, L_BandpassTee, L_BandpassPi, L_BandstopTee, L_BandstopPi

Tunable

No

Evaluatable

Yes

# Capacitance, F — capacity value

Details

The capacity value, set as a real number in farads.

Default value

1.1327e-9

Program usage names

C_LowpassTee, C_LowpassPi, C_HighpassTee, C_HighpassPi, C_BandpassTee, C_BandpassPi, C_BandstopTee, C_BandstopPi

Tunable

No

Evaluatable

Yes