 KiCad 6.0 Schematic Editormembers, and in the netlist these signals will be SCL and SDA . The bus USB1{DP DM} will generate nets called USB1.DP and USB1.DM . For designs with larger buses that are repeated across several similar vector buses. For example, the bus MEMORY{A[7..0] D[7..0] OE WE} contains both vector buses and plain signals, and will result in nets such as MEMORY.A7 and MEMORY.OE on the PCB. Bus wires can be drawn alias called USB with members DP , DM , and VBUS . After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the0 码力 | 142 页 | 4.27 MB | 1 年前3 KiCad 6.0 Schematic Editormembers, and in the netlist these signals will be SCL and SDA . The bus USB1{DP DM} will generate nets called USB1.DP and USB1.DM . For designs with larger buses that are repeated across several similar vector buses. For example, the bus MEMORY{A[7..0] D[7..0] OE WE} contains both vector buses and plain signals, and will result in nets such as MEMORY.A7 and MEMORY.OE on the PCB. Bus wires can be drawn alias called USB with members DP , DM , and VBUS . After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the0 码力 | 142 页 | 4.27 MB | 1 年前3
 KiCad 6.0 原理图编辑器’和‘SDA’。 总线“USB1 {DP DM}”将生成名 为“USB1.DP”和“USB1.DM”的网络。 对于在几个类似电路上重复使用较大总线的设计,使用这种技术可以节省时 间。 组总线还可以包含矢量总线。 例如,总线‘MEMORY {A [7..0] D [7..0] OE WE}’包含矢量总线和普通信号,并将产生 诸如“MEMORY.A7”和“MEMORY.OE”之类的网络在 PCB 加到别名定义中。 在这个例子中,我们定义了 一个名为‘USB’的别名,其成员为“DP”,“DM”和“VBUS”。 定义别名后,可以通过将别名放在组总线的大括号内来用于组总线标签:‘{USB}’。 这与标记总线“{DP DM VBUS}”具有相同的效果。 您还可以为组添加前缀名称,例如“USB1 {USB}”,这会产生如上所述的“USB1.DP”等网 络。 对于复杂的总线,使用别名可以使原理图上的标签更短。0 码力 | 141 页 | 5.23 MB | 1 年前3 KiCad 6.0 原理图编辑器’和‘SDA’。 总线“USB1 {DP DM}”将生成名 为“USB1.DP”和“USB1.DM”的网络。 对于在几个类似电路上重复使用较大总线的设计,使用这种技术可以节省时 间。 组总线还可以包含矢量总线。 例如,总线‘MEMORY {A [7..0] D [7..0] OE WE}’包含矢量总线和普通信号,并将产生 诸如“MEMORY.A7”和“MEMORY.OE”之类的网络在 PCB 加到别名定义中。 在这个例子中,我们定义了 一个名为‘USB’的别名,其成员为“DP”,“DM”和“VBUS”。 定义别名后,可以通过将别名放在组总线的大括号内来用于组总线标签:‘{USB}’。 这与标记总线“{DP DM VBUS}”具有相同的效果。 您还可以为组添加前缀名称,例如“USB1 {USB}”,这会产生如上所述的“USB1.DP”等网 络。 对于复杂的总线,使用别名可以使原理图上的标签更短。0 码力 | 141 页 | 5.23 MB | 1 年前3
 KiCad 7.1 Schematic Editormembers, and in the netlist these signals will be SCL and SDA . The bus USB1{DP DM} will generate nets called USB1.DP and USB1.DM . For designs with larger buses that are repeated across several similar vector buses. For example, the bus MEMORY{A[7..0] D[7..0] OE WE} contains both vector buses and plain signals, and will result in nets such as MEMORY.A7 and MEMORY.OE on the PCB. Bus wires can be drawn alias called USB with members DP , DM , and VBUS . After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the0 码力 | 182 页 | 16.47 MB | 1 年前3 KiCad 7.1 Schematic Editormembers, and in the netlist these signals will be SCL and SDA . The bus USB1{DP DM} will generate nets called USB1.DP and USB1.DM . For designs with larger buses that are repeated across several similar vector buses. For example, the bus MEMORY{A[7..0] D[7..0] OE WE} contains both vector buses and plain signals, and will result in nets such as MEMORY.A7 and MEMORY.OE on the PCB. Bus wires can be drawn alias called USB with members DP , DM , and VBUS . After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the0 码力 | 182 页 | 16.47 MB | 1 年前3
 KiCad 8.0 Schematic Editormembers, and in the netlist these signals will be SCL and SDA . The bus USB1{DP DM} will generate nets called USB1.DP and USB1.DM . For designs with larger buses that are repeated across several similar vector buses. For example, the bus MEMORY{A[7..0] D[7..0] OE WE} contains both vector buses and plain signals, and will result in nets such as MEMORY.A7 and MEMORY.OE on the PCB. Bus wires can be drawn alias called USB with members DP , DM , and VBUS . After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the0 码力 | 200 页 | 8.34 MB | 1 年前3 KiCad 8.0 Schematic Editormembers, and in the netlist these signals will be SCL and SDA . The bus USB1{DP DM} will generate nets called USB1.DP and USB1.DM . For designs with larger buses that are repeated across several similar vector buses. For example, the bus MEMORY{A[7..0] D[7..0] OE WE} contains both vector buses and plain signals, and will result in nets such as MEMORY.A7 and MEMORY.OE on the PCB. Bus wires can be drawn alias called USB with members DP , DM , and VBUS . After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the0 码力 | 200 页 | 8.34 MB | 1 年前3
 KiCad 8.0 Schematic EditorSCL と SDA です。 バス USB1{DP DM} は USB1.DP と USB1.DM と呼ばれるネットを生成します。 いくつかの同じような 回路に渡って繰り返し使われる多くの信号を持つバスを使った設計では、この技法を使うことで時間を節約できま す。 グループ バスは、ベクトル バスを含むこともできます。 例えば、バス MEMORY{A[7..0] D[7..0] OE WE} WE} はベク トル バスと普通の信号を含んでおり、基板上のネットでは MEMORY.A7 と MEMORY.OE のようになります。 Bus wires can be drawn and connected in the same manner as signal wires, including using junctions to create connections between DP , DM , VBUS を持つ USB と呼ばれるエイリアスを定義します。 After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the same0 码力 | 194 页 | 7.86 MB | 1 年前3 KiCad 8.0 Schematic EditorSCL と SDA です。 バス USB1{DP DM} は USB1.DP と USB1.DM と呼ばれるネットを生成します。 いくつかの同じような 回路に渡って繰り返し使われる多くの信号を持つバスを使った設計では、この技法を使うことで時間を節約できま す。 グループ バスは、ベクトル バスを含むこともできます。 例えば、バス MEMORY{A[7..0] D[7..0] OE WE} WE} はベク トル バスと普通の信号を含んでおり、基板上のネットでは MEMORY.A7 と MEMORY.OE のようになります。 Bus wires can be drawn and connected in the same manner as signal wires, including using junctions to create connections between DP , DM , VBUS を持つ USB と呼ばれるエイリアスを定義します。 After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the same0 码力 | 194 页 | 7.86 MB | 1 年前3
 KiCad 7.0 原理图编辑器SDA 。 总线 USB1{DP DM} 将产生名为 USB1.DP 和 USB1.DM 的网表。 对于在几个类似电路中重复出现的较大的总线的设计,使用这种技术可以节省时 间。 分组总线也可以包含矢量总线。 例如,总线 MEMORY{A[7..0] D[7..0] OE WE} 同时包含了矢量总线和普通信号, 并将在 PCB 上形成 MEMORY.A7 和 MEMORY.OE 这样的网络。 中。 在这个例子中,我们 定义了一个名为 USB 的别名,成员为 DP 、 DM 和 VBUS 。 定义别名后,可以在组总线标签中使用,方法是将别名放在分组总线的大括号内: {USB} 。 这与给总线贴上`{DP DM VBUS}` 标签的效果相同。 你也可以给分组添加一个前缀名,比如 USB1{USB} ,这样就会产生如上面所说的 USB1.DP 这样的网路。 对于复杂的总线,使用别名可以使原理图上的标签短得多。0 码力 | 175 页 | 18.32 MB | 1 年前3 KiCad 7.0 原理图编辑器SDA 。 总线 USB1{DP DM} 将产生名为 USB1.DP 和 USB1.DM 的网表。 对于在几个类似电路中重复出现的较大的总线的设计,使用这种技术可以节省时 间。 分组总线也可以包含矢量总线。 例如,总线 MEMORY{A[7..0] D[7..0] OE WE} 同时包含了矢量总线和普通信号, 并将在 PCB 上形成 MEMORY.A7 和 MEMORY.OE 这样的网络。 中。 在这个例子中,我们 定义了一个名为 USB 的别名,成员为 DP 、 DM 和 VBUS 。 定义别名后,可以在组总线标签中使用,方法是将别名放在分组总线的大括号内: {USB} 。 这与给总线贴上`{DP DM VBUS}` 标签的效果相同。 你也可以给分组添加一个前缀名,比如 USB1{USB} ,这样就会产生如上面所说的 USB1.DP 这样的网路。 对于复杂的总线,使用别名可以使原理图上的标签短得多。0 码力 | 175 页 | 18.32 MB | 1 年前3
 KiCad 8.0 原理图编辑器。 总线 USB1{DP DM} 将产生名为 USB1.DP 和 USB1.DM 的网表。 对于在几个类似电路中重复出现的较大的总线的设计,使用这种技术可以节省时 间。 30 分组总线也可以包含矢量总线。 例如,总线 MEMORY{A[7..0] D[7..0] OE WE} 同时包含了矢量总线和普通信号, 并将在 PCB 上形成 MEMORY.A7 和 MEMORY.OE 这样的网络。 在这个例子中,我们 定义了一个名为 USB 的别名,成员为 DP 、 DM 和 VBUS 。 After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the same the bus {DP DM VBUS} . You can also add a prefix name to the group, such as USB1{USB} , which results in nets such as USB1.DP . For complicated buses, using aliases can make the labels on your schematic0 码力 | 190 页 | 10.16 MB | 1 年前3 KiCad 8.0 原理图编辑器。 总线 USB1{DP DM} 将产生名为 USB1.DP 和 USB1.DM 的网表。 对于在几个类似电路中重复出现的较大的总线的设计,使用这种技术可以节省时 间。 30 分组总线也可以包含矢量总线。 例如,总线 MEMORY{A[7..0] D[7..0] OE WE} 同时包含了矢量总线和普通信号, 并将在 PCB 上形成 MEMORY.A7 和 MEMORY.OE 这样的网络。 在这个例子中,我们 定义了一个名为 USB 的别名,成员为 DP 、 DM 和 VBUS 。 After defining an alias, it can be used in a group bus label by putting the alias name inside the curly braces of the group bus: {USB} . This has the same the bus {DP DM VBUS} . You can also add a prefix name to the group, such as USB1{USB} , which results in nets such as USB1.DP . For complicated buses, using aliases can make the labels on your schematic0 码力 | 190 页 | 10.16 MB | 1 年前3
 KiCad PCB Editor 6.0as the suffix. For example, the nets USB+ and USB- form a differential pair, as do the nets USB_P and USB_N . In the first example, the base name is USB , and USB_ in the second. The suffix styles styles cannot be mixed: the nets USB+ and USB_N do not form a differential pair. Make sure you name your differential pair nets accordingly in the schematic in order to allow use of the differential pair inDiffPair('/USB_') or inDiffPair('/USB') return `true for objects in the nets /USB_P and /USB_N . The * can be used as a wildcard, so inDiffPair('/USB*') matches /USB1_P and /USB1_N . Note this0 码力 | 110 页 | 3.61 MB | 1 年前3 KiCad PCB Editor 6.0as the suffix. For example, the nets USB+ and USB- form a differential pair, as do the nets USB_P and USB_N . In the first example, the base name is USB , and USB_ in the second. The suffix styles styles cannot be mixed: the nets USB+ and USB_N do not form a differential pair. Make sure you name your differential pair nets accordingly in the schematic in order to allow use of the differential pair inDiffPair('/USB_') or inDiffPair('/USB') return `true for objects in the nets /USB_P and /USB_N . The * can be used as a wildcard, so inDiffPair('/USB*') matches /USB1_P and /USB1_N . Note this0 码力 | 110 页 | 3.61 MB | 1 年前3
 KiCad PCB Editor 7.0
as the suffix. For example, the nets USB+ and USB- form a differential pair, as do the nets USB_P and USB_N . In the first example, the base name is USB , and USB_ in the second. The suffix styles styles cannot be mixed: the nets USB+ and USB_N do not form a differential pair. Make sure you name your differential pair nets accordingly in the schematic in order to allow use of the differential pair inDiffPair('/USB_') or inDiffPair('/USB') returns true for objects in the nets /USB_P and /USB_N . * can be used as a wildcard, so inDiffPair('/USB*') matches /USB1_P and /USB1_N . Note this0 码力 | 129 页 | 7.75 MB | 1 年前3 KiCad PCB Editor 7.0
as the suffix. For example, the nets USB+ and USB- form a differential pair, as do the nets USB_P and USB_N . In the first example, the base name is USB , and USB_ in the second. The suffix styles styles cannot be mixed: the nets USB+ and USB_N do not form a differential pair. Make sure you name your differential pair nets accordingly in the schematic in order to allow use of the differential pair inDiffPair('/USB_') or inDiffPair('/USB') returns true for objects in the nets /USB_P and /USB_N . * can be used as a wildcard, so inDiffPair('/USB*') matches /USB1_P and /USB1_N . Note this0 码力 | 129 页 | 7.75 MB | 1 年前3
 KiCad PCB 编辑器 6.0
和正负后缀的网路。 KiCad 支持使用 + 和 - ,或者 P 和 N 作为 后缀。 例如, USB+ 和 USB- 构成一对差分, USB_P 和 USB_N 也是如此。 在第一个例子中,基本名称是 USB ,第 二个例子中是 USB_ 。 后缀样式不能混合:网路 USB+ 和 USB_N 不构成差分对。 请确保你在原理图中相应地命名你 的差分对网络,以便在 PCB 编辑器中使用差分对布线器。 inDiffPair('/USB_') or inDiffPair('/USB') return `true for objects in the nets /USB_P and /USB_N . The * can be used as a wildcard, so inDiffPair('/USB*') matches /USB1_P and /USB1_N . Note this there isn’t a matching net of the opposite polarity. So, on a board with a net named /USB_P but no net named /USB_N , this function returns false. insideArea('x') A or B Returns true if any part of0 码力 | 101 页 | 4.78 MB | 1 年前3 KiCad PCB 编辑器 6.0
和正负后缀的网路。 KiCad 支持使用 + 和 - ,或者 P 和 N 作为 后缀。 例如, USB+ 和 USB- 构成一对差分, USB_P 和 USB_N 也是如此。 在第一个例子中,基本名称是 USB ,第 二个例子中是 USB_ 。 后缀样式不能混合:网路 USB+ 和 USB_N 不构成差分对。 请确保你在原理图中相应地命名你 的差分对网络,以便在 PCB 编辑器中使用差分对布线器。 inDiffPair('/USB_') or inDiffPair('/USB') return `true for objects in the nets /USB_P and /USB_N . The * can be used as a wildcard, so inDiffPair('/USB*') matches /USB1_P and /USB1_N . Note this there isn’t a matching net of the opposite polarity. So, on a board with a net named /USB_P but no net named /USB_N , this function returns false. insideArea('x') A or B Returns true if any part of0 码力 | 101 页 | 4.78 MB | 1 年前3
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