HBridge
H bridge (four quadrant converter)
Library
Electrical/PowerConverters/DCDC
Description
The H bridge is a four quadrant DC/DC converter. It consists of two single phase DC/AC converters which are controlled differently; see Fig. 1.
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If the firing inputs fire_p and fire_n are inverse, the two legs are controlled symmetrically so that full positive or negative output voltage can be generated. See examples
DCDC.HBridge.
Parameters
| Name | Label | Description | Data Type | Valid Values |
|---|---|---|---|---|
mo_useHeatPort | useHeatPort | =true, if heatPort is enabled | Number | 0 |
mo_T | T | Fixed device temperature if useHeatPort = false | Scalar | |
mo_RonTransistor | RonTransistor | Transistor closed resistance | Scalar | |
mo_GoffTransistor | GoffTransistor | Transistor opened conductance | Scalar | |
mo_VkneeTransistor | VkneeTransistor | Transistor threshold voltage | Scalar | |
mo_RonDiode | RonDiode | Diode closed resistance | Scalar | |
mo_GoffDiode | GoffDiode | Diode opened conductance | Scalar | |
mo_VkneeDiode | VkneeDiode | Diode threshold voltage | Scalar | |
mo_m | m | Number of phases | Scalar |
| Name | Label | Description | Data Type | Valid Values |
|---|---|---|---|---|
mo_useConstantEnable | useConstantEnable | true = disabled boolean input, use constantEnable | Number | 0 |
mo_constantEnable | constantEnable | Constant enabling of firing signals | Scalar | true |
| Name | Label | Description | Data Type | Valid Values |
|---|---|---|---|---|
mo_vDC1 | vDC1 | vDC1 | Structure | |
mo_vDC1/fixed | fixed | Cell of scalars | true | |
mo_vDC1/start | start | Cell of scalars | ||
mo_iDC1 | iDC1 | iDC1 | Structure | |
mo_iDC1/fixed | fixed | Cell of scalars | true | |
mo_iDC1/start | start | Cell of scalars | ||
mo_powerDC1 | powerDC1 | powerDC1 | Structure | |
mo_powerDC1/fixed | fixed | Cell of scalars | true | |
mo_powerDC1/start | start | Cell of scalars | ||
mo_vDC2 | vDC2 | vDC2 | Structure | |
mo_vDC2/fixed | fixed | Cell of scalars | true | |
mo_vDC2/start | start | Cell of scalars | ||
mo_iDC2 | iDC2 | iDC2 | Structure | |
mo_iDC2/fixed | fixed | Cell of scalars | true | |
mo_iDC2/start | start | Cell of scalars | ||
mo_powerDC2 | powerDC2 | powerDC2 | Structure | |
mo_powerDC2/fixed | fixed | Cell of scalars | true | |
mo_powerDC2/start | start | Cell of scalars | ||
mo_LossPower | LossPower | LossPower | Structure | |
mo_LossPower/fixed | fixed | Cell of scalars | true | |
mo_LossPower/start | start | Cell of scalars | ||
mo_T_heatPort | T_heatPort | T_heatPort | Structure | |
mo_T_heatPort/fixed | fixed | Cell of scalars | true | |
mo_T_heatPort/start | start | Cell of scalars | ||
mo_enable | enable | enable | Structure | |
mo_enable/fixed | fixed | Cell of scalars | true | |
mo_enable/start | start | Cell of scalars | ||
mo_fire_p | fire_p | fire_p | Structure | |
mo_fire_p/fixed | fixed | Cell of scalars | true | |
mo_fire_p/start | start | Cell of scalars | ||
mo_fire_n | fire_n | fire_n | Structure | |
mo_fire_n/fixed | fixed | Cell of scalars | true | |
mo_fire_n/start | start | Cell of scalars |
Ports
| Name | Type | Description | IO Type | Number |
|---|---|---|---|---|
dc_p1 | implicit | Positive DC input | input | 1 |
dc_n1 | implicit | Negative DC input | output | 1 |
dc_p2 | implicit | Positive DC output | input | 2 |
dc_n2 | implicit | Negative DC output | output | 2 |
fire_p | implicit | Firing signal of positive potential transistor | input | 3 |
fire_n | implicit | Firing signal of negative potential transistor | input | 4 |
Port 7 | implicit | Conditional heat port | input | mo_useHeatPort |
Port 8 | implicit | Enables fire and notFire | input | 1-mo_useConstantEnable |