Python SubstrateStack.drawの例

コード例 #1

ファイル: example.py プロジェクト: triblemany/python-substratestack

if thick_top_metal:
    stack.add_oxide_layer_on_top(OxideLayer(30 * kA, 3.7, loss_tangent))
    stack.add_oxide_layer_on_top(OxideLayer(500 * A, 4.1, loss_tangent))
else:
    stack.add_oxide_layer_on_top(OxideLayer(10 * kA, 3.7, loss_tangent))
    stack.add_oxide_layer_on_top(OxideLayer(500 * A, 4.1, loss_tangent))

# Add passivation layers
stack.add_oxide_layer_on_top(OxideLayer(4 * kA, 7, loss_tangent))

if __name__ == '__main__':
    # Print the layer stack to example_nometals.pdf to see the numbering of the
    # interfaces between oxide layers.
    # draw arguments: filename (without extension), number of pages to stretch
    #   the substrate across, create one tall page instead of splitting the stack
    stack.draw('example_nometals', pages=3, single_page=True)

# Add metal layers
# MetalLayer arguments: name, thickness, sheet resistance, extension direction,
#   interface number
stack.add_metal_layer(MetalLayer('PO1', 1.5 * kA, 10 * Ohm_sq, UP), 0)
stack.add_metal_layer(MetalLayer('ME1', 2.0 * kA, 120 * mOhm_sq, DOWN), 2)
stack.add_metal_layer(MetalLayer('ME2', 3.0 * kA, 100 * mOhm_sq, DOWN), 4)
stack.add_metal_layer(MetalLayer('ME3', 3.0 * kA, 100 * mOhm_sq, DOWN), 6)
stack.add_metal_layer(MetalLayer('ME4', 3.0 * kA, 100 * mOhm_sq, DOWN), 8)
stack.add_metal_layer(MetalLayer('ME5', 3.0 * kA, 100 * mOhm_sq, DOWN), 10)
if thick_top_metal:
    stack.add_metal_layer(MetalLayer('ME6', 20 * kA, 10 * mOhm_sq, DOWN), 12)
else:
    stack.add_metal_layer(MetalLayer('ME6', 7.0 * kA, 30 * mOhm_sq, DOWN), 12)

コード例 #2

ファイル: example.py プロジェクト: bmachiel/python-substratestack

if thick_top_metal:
    stack.add_oxide_layer_on_top(OxideLayer(30 * kA, 3.7, loss_tangent))
    stack.add_oxide_layer_on_top(OxideLayer(500 * A, 4.1, loss_tangent))
else:
    stack.add_oxide_layer_on_top(OxideLayer(10 * kA, 3.7, loss_tangent))
    stack.add_oxide_layer_on_top(OxideLayer(500 * A, 4.1, loss_tangent))

# Add passivation layers
stack.add_oxide_layer_on_top(OxideLayer(4*kA, 7, loss_tangent))

if __name__ == '__main__':
    # Print the layer stack to example_nometals.pdf to see the numbering of the
    # interfaces between oxide layers.
    # draw arguments: filename (without extension), number of pages to stretch 
    #   the substrate across, create one tall page instead of splitting the stack
    stack.draw('example_nometals', pages=3, single_page=True)

# Add metal layers
# MetalLayer arguments: name, thickness, sheet resistance, extension direction,
#   interface number
stack.add_metal_layer(MetalLayer('PO1', 1.5 * kA, 10 * Ohm_sq, UP), 0)
stack.add_metal_layer(MetalLayer('ME1', 2.0 * kA, 120 * mOhm_sq, DOWN), 2)
stack.add_metal_layer(MetalLayer('ME2', 3.0 * kA, 100 * mOhm_sq, DOWN), 4)
stack.add_metal_layer(MetalLayer('ME3', 3.0 * kA, 100 * mOhm_sq, DOWN), 6)
stack.add_metal_layer(MetalLayer('ME4', 3.0 * kA, 100 * mOhm_sq, DOWN), 8)
stack.add_metal_layer(MetalLayer('ME5', 3.0 * kA, 100 * mOhm_sq, DOWN), 10)
if thick_top_metal:
    stack.add_metal_layer(MetalLayer('ME6', 20*kA, 10 * mOhm_sq, DOWN), 12)
else:
    stack.add_metal_layer(MetalLayer('ME6', 7.0*kA, 30 * mOhm_sq, DOWN), 12)

コード例 #3

ファイル: sample.py プロジェクト: bmachiel/gae-substratestack

# The thickness of the following layers depend on the thick metal option
if thick_top_metal:
    stack.add_oxide_layer_on_top(OxideLayer(30 * kA, 3.7, loss_tangent))
    stack.add_oxide_layer_on_top(OxideLayer(500 * A, 4.1, loss_tangent))
else:
    stack.add_oxide_layer_on_top(OxideLayer(10 * kA, 3.7, loss_tangent))
    stack.add_oxide_layer_on_top(OxideLayer(500 * A, 4.1, loss_tangent))

# Add passivation layers
stack.add_oxide_layer_on_top(OxideLayer(4*kA, 7, loss_tangent))

# Print the layer stack to example_nometals.pdf to see the numbering of the
# interfaces between oxide layers.
# draw arguments: filename (without extension), number of pages to stretch 
#   the substrate across, create one tall page instead of splitting the stack
stack.draw('example_nometals', pages=3, single_page=True)

# Add metal layers
# MetalLayer arguments: name, thickness, sheet resistance, extension direction,
#   interface number
stack.add_metal_layer(MetalLayer('PO1', 1.5 * kA, 10 * Ohm_sq, UP), 0)
stack.add_metal_layer(MetalLayer('ME1', 2.0 * kA, 120 * mOhm_sq, DOWN), 2)
stack.add_metal_layer(MetalLayer('ME2', 3.0 * kA, 100 * mOhm_sq, DOWN), 4)
stack.add_metal_layer(MetalLayer('ME3', 3.0 * kA, 100 * mOhm_sq, DOWN), 6)
stack.add_metal_layer(MetalLayer('ME4', 3.0 * kA, 100 * mOhm_sq, DOWN), 8)
stack.add_metal_layer(MetalLayer('ME5', 3.0 * kA, 100 * mOhm_sq, DOWN), 10)
if thick_top_metal:
    stack.add_metal_layer(MetalLayer('ME6', 20*kA, 10 * mOhm_sq, DOWN), 12)
else:
    stack.add_metal_layer(MetalLayer('ME6', 7.0*kA, 30 * mOhm_sq, DOWN), 12)