} lum_ps_thermal_te_c

lum_ps_thermal_te_c (PSTH)

Foundry thermal phase shifter - C band TE

Keywords

Ports

Name	Type
opt_1	Optical Signal
opt_2	Optical Signal
ele_h1	Electrical Signal
ele_g1	Electrical Signal

Properties

General Properties

Name	Default value	Default unit	Range
name Defines the name of the element.	lum_ps_thermal_te_c	-	-
enabled Defines whether or not the element is enabled.	true	-	[true, false]
description A brief description of the elements functionality.	Foundry thermal phase shifter - C band TE	-	-
prefix Defines the element name prefix.	PSTH	-	-
model Defines the element model name.	lum_ps_thermal_te_c	-	-
library Defines the element location or source in the library (custom or design kit).	::Custom::lumfoundry_template::Phase Shifters	-	-

Thermal Properties

Name	Default value	Default unit	Range
temperature Defines the temperature.	%temperature%	K	(-∞, +∞)

Name

Default value

Default unit

Range

temperature

Defines the temperature.

%temperature%

(-∞, +∞)

Design Kit Properties

Name	Default value	Default unit	Range
version	4.0	-	-

Name

Default value

Default unit

Range

version

4.0

CML Properties

Name	Default value	Default unit	Range
enable_thermal_time_constant	false	-	[true, false]
internal delay compensation	false	-	[true, false]
delay compensation	0	-	[0, 100]

Name

Default value

Default unit

Range

enable_thermal_time_constant

false

[true, false]

internal delay compensation

false

[true, false]

delay compensation

[0, 100]

CML/Notes Properties

Name	Default value	Default unit	Range
wavelength_range	C-band (1530 - 1565 nm)	-	-
bias_range	[0 V, 10 V]	-	-

Name

Default value

Default unit

Range

wavelength_range

C-band (1530 - 1565 nm)

bias_range

[0 V, 10 V]

Results

Name	Description
diagnostic/response #/transmission	The complex transmission vs. frequency corresponding to the ideal and designed filter.
diagnostic/response #/gain	The gain vs. frequency corresponding to the ideal and designed filter.
diagnostic/response #/error	Mean square error comparing the frequency response of the designed filter implementation with the ideal frequency response.