 Getting Started in KiCad 5.1will appear on the screen. We’re going to place a resistor. Search / filter on the R of Resistor. You may notice the Device heading above the Resistor. This Device heading is the name of the library where value above the resistor should now be 1 k. 12. To place another resistor, simply click where you want the resistor to appear. The symbol selection window will appear again. 13. The resistor you previously [c]. Click where you want to place the new duplicated component. 16. Right click on the second resistor. Select Drag. Reposition the component and left click to drop. The same functionality can be achieved0 码力 | 63 页 | 634.01 KB | 1 年前3 Getting Started in KiCad 5.1will appear on the screen. We’re going to place a resistor. Search / filter on the R of Resistor. You may notice the Device heading above the Resistor. This Device heading is the name of the library where value above the resistor should now be 1 k. 12. To place another resistor, simply click where you want the resistor to appear. The symbol selection window will appear again. 13. The resistor you previously [c]. Click where you want to place the new duplicated component. 16. Right click on the second resistor. Select Drag. Reposition the component and left click to drop. The same functionality can be achieved0 码力 | 63 页 | 634.01 KB | 1 年前3
 Getting Started in KiCad 4.0will appear on the screen. We’re going to place a resistor. Search / filter on the R of Resistor. You may notice the device heading above the Resistor. This device heading is the name of the library where inside the resistor should now be 1 k. 12. To place another resistor, simply click where you want the resistor to appear. The Component Selection window will appear again. 13. The resistor you previously key. Click where you want to place the new duplicated component. 16. Right click on the second resistor. Select Drag Component. Reposition the component and left click to drop. The same functionality0 码力 | 63 页 | 756.22 KB | 1 年前3 Getting Started in KiCad 4.0will appear on the screen. We’re going to place a resistor. Search / filter on the R of Resistor. You may notice the device heading above the Resistor. This device heading is the name of the library where inside the resistor should now be 1 k. 12. To place another resistor, simply click where you want the resistor to appear. The Component Selection window will appear again. 13. The resistor you previously key. Click where you want to place the new duplicated component. 16. Right click on the second resistor. Select Drag Component. Reposition the component and left click to drop. The same functionality0 码力 | 63 页 | 756.22 KB | 1 年前3
 KiCad 5.1 PCB CalculatorColor-Code This calculator helps translating the color bars from the resistor to its value. To use it, first select the tolerance of the resistor: 10%, 5% or equal or smaller than 2%. For example: Yellow Violet0 码力 | 10 页 | 415.30 KB | 1 年前3 KiCad 5.1 PCB CalculatorColor-Code This calculator helps translating the color bars from the resistor to its value. To use it, first select the tolerance of the resistor: 10%, 5% or equal or smaller than 2%. For example: Yellow Violet0 码力 | 10 页 | 415.30 KB | 1 年前3
 KiCad PCB Editor 5.1board is modified by replacing an existing footprint with a new one (for example changing a 1/8 W resistor to 1/2 W) in CvPcb, it will be necessary to delete the existing component before Pcbnew will load the Exchange Footprint box of the netlist dialog is checked: Changing a footprint (replacing a resistor with one of a different size, for instance) can be effected directly by editing the footprint. 10 allows it completely, and any intermediate value represents a limited rotation. For example, a resistor might have a permission of 10 to rotate 180 degrees (unrestrained) and a permission of 5 for a +/-0 码力 | 279 页 | 3.02 MB | 1 年前3 KiCad PCB Editor 5.1board is modified by replacing an existing footprint with a new one (for example changing a 1/8 W resistor to 1/2 W) in CvPcb, it will be necessary to delete the existing component before Pcbnew will load the Exchange Footprint box of the netlist dialog is checked: Changing a footprint (replacing a resistor with one of a different size, for instance) can be effected directly by editing the footprint. 10 allows it completely, and any intermediate value represents a limited rotation. For example, a resistor might have a permission of 10 to rotate 180 degrees (unrestrained) and a permission of 5 for a +/-0 码力 | 279 页 | 3.02 MB | 1 年前3
 KiCad 5.1 Schematic Editorare allowed. S014* allows CvPcb to show all the footprints with a name starting by SO14. For a resistor, R? shows all the footprints with a 2 letters name starting by R. Here are samples: with and without model nodes order. 16.1.1. Passive Passive tab allows the user to assign a passive device model (resistor, capacitor or inductor) to a component. It is a rarely used option, as normally passive components model value does not match the one displayed on a schematic sheet. Type Selects the device type (resistor, capacitor or inductor). ValueDefines the device property (resistance, capacitance or inductance)0 码力 | 263 页 | 2.36 MB | 1 年前3 KiCad 5.1 Schematic Editorare allowed. S014* allows CvPcb to show all the footprints with a name starting by SO14. For a resistor, R? shows all the footprints with a 2 letters name starting by R. Here are samples: with and without model nodes order. 16.1.1. Passive Passive tab allows the user to assign a passive device model (resistor, capacitor or inductor) to a component. It is a rarely used option, as normally passive components model value does not match the one displayed on a schematic sheet. Type Selects the device type (resistor, capacitor or inductor). ValueDefines the device property (resistance, capacitance or inductance)0 码力 | 263 页 | 2.36 MB | 1 年前3
 KiCad 5.1 快速入门 单击右侧工具栏中的 放置符号 图标 。 您也 可以按 添加符号 热键 [a]。 6. 单击原理图工作表的中间部分。 屏幕上将出现 选择符号 窗口。 我们要放一个 电阻器。 搜索/过滤 Resistor 的 R。 您可能会注意到电阻器上方的 设备 标题。 此 设备 标题是元件所在库的名称,这是一个非常通用且有用的库。 7. 双击它。这将关闭 选择符号 窗口。 通过单击元件在原理图中的的位置将其放 52. 对于 U1,选择 Package_DIP:DIP-8_W7.62mm 封装。 对于 J1,选择 Connector:Banana_Jack_3Pin 封装。 对于 R1 和 R2,选择 Resistor_THT: R_Axial_DIN0207_L6.3mm_D2.5mm_P2.54mm_Vertical 封装。 53. 如果您有兴趣知道您选择的封装是什么样的,您可以单击 查看所选封装 图标0 码力 | 59 页 | 574.65 KB | 1 年前3 KiCad 5.1 快速入门 单击右侧工具栏中的 放置符号 图标 。 您也 可以按 添加符号 热键 [a]。 6. 单击原理图工作表的中间部分。 屏幕上将出现 选择符号 窗口。 我们要放一个 电阻器。 搜索/过滤 Resistor 的 R。 您可能会注意到电阻器上方的 设备 标题。 此 设备 标题是元件所在库的名称,这是一个非常通用且有用的库。 7. 双击它。这将关闭 选择符号 窗口。 通过单击元件在原理图中的的位置将其放 52. 对于 U1,选择 Package_DIP:DIP-8_W7.62mm 封装。 对于 J1,选择 Connector:Banana_Jack_3Pin 封装。 对于 R1 和 R2,选择 Resistor_THT: R_Axial_DIN0207_L6.3mm_D2.5mm_P2.54mm_Vertical 封装。 53. 如果您有兴趣知道您选择的封装是什么样的,您可以单击 查看所选封装 图标0 码力 | 59 页 | 574.65 KB | 1 年前3
 KiCad PCB Editor 4.0the Exchange Footprint box of the netlist dialog is checked: Changing a footprint (replacing a resistor with one of a different size, for instance) can be effected directly by editing the footprint. 10 allows it completely, and any intermediate value represents a limited rotation. For example, a resistor might have a permission of 10 to rotate 180 degrees (unrestrained) and a permission of 5 for a +/-0 码力 | 268 页 | 2.81 MB | 1 年前3 KiCad PCB Editor 4.0the Exchange Footprint box of the netlist dialog is checked: Changing a footprint (replacing a resistor with one of a different size, for instance) can be effected directly by editing the footprint. 10 allows it completely, and any intermediate value represents a limited rotation. For example, a resistor might have a permission of 10 to rotate 180 degrees (unrestrained) and a permission of 5 for a +/-0 码力 | 268 页 | 2.81 MB | 1 年前3
 KiCad 4.0 Schematic Editorare allowed. S014* allows CvPcb to show all the footprints with a name starting by SO14. For a resistor, R? shows all the footprints with a 2 letters name starting by R. Here are samples: with and without0 码力 | 237 页 | 1.61 MB | 1 年前3 KiCad 4.0 Schematic Editorare allowed. S014* allows CvPcb to show all the footprints with a name starting by SO14. For a resistor, R? shows all the footprints with a 2 letters name starting by R. Here are samples: with and without0 码力 | 237 页 | 1.61 MB | 1 年前3
 Celery 3.1 DocumentationXUyqJbmF4NUFTyCZYoh+C ZiQpN9xGhFPr5QDlMx2izWg1rvWlG1jY2Es1v/xED3AeCOB1eUGvRe/uJHKjGv7J rj0pFcptZX+WDF22AN235WYwgJM6TrNfSu8sv8vNAQOVnsKcgsqhuwomSGsOfMQj LFzIn95MKBBU1G5wOs7JtwiV9jefGqJGBO2FAvOVbvPdK/saSnB+7K36dQcIHqms0 码力 | 887 页 | 1.22 MB | 1 年前3 Celery 3.1 DocumentationXUyqJbmF4NUFTyCZYoh+C ZiQpN9xGhFPr5QDlMx2izWg1rvWlG1jY2Es1v/xED3AeCOB1eUGvRe/uJHKjGv7J rj0pFcptZX+WDF22AN235WYwgJM6TrNfSu8sv8vNAQOVnsKcgsqhuwomSGsOfMQj LFzIn95MKBBU1G5wOs7JtwiV9jefGqJGBO2FAvOVbvPdK/saSnB+7K36dQcIHqms0 码力 | 887 页 | 1.22 MB | 1 年前3
 Celery v4.0.1 DocumentationXUyqJbmF4NUFTyCZYoh+C ZiQpN9xGhFPr5QDlMx2izWg1rvWlG1jY2Es1v/xED3AeCOB1eUGvRe/uJHKjGv7J rj0pFcptZX+WDF22AN235WYwgJM6TrNfSu8sv8vNAQOVnsKcgsqhuwomSGsOfMQj LFzIn95MKBBU1G5wOs7JtwiV9jefGqJGBO2FAvOVbvPdK/saSnB+7K36dQcIHqms0 码力 | 1040 页 | 1.37 MB | 1 年前3 Celery v4.0.1 DocumentationXUyqJbmF4NUFTyCZYoh+C ZiQpN9xGhFPr5QDlMx2izWg1rvWlG1jY2Es1v/xED3AeCOB1eUGvRe/uJHKjGv7J rj0pFcptZX+WDF22AN235WYwgJM6TrNfSu8sv8vNAQOVnsKcgsqhuwomSGsOfMQj LFzIn95MKBBU1G5wOs7JtwiV9jefGqJGBO2FAvOVbvPdK/saSnB+7K36dQcIHqms0 码力 | 1040 页 | 1.37 MB | 1 年前3
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