KiCad 5.1 PCB Calculatortrace width for printed circuit board conductors for a given current and temperature rise. It uses formulas from IPC-2221 (formerly IPC-D-275). 2.3. Electrical-Spacing This table helps finding the minimum calculator is heavilly based on Transcalc. The transmission line types and the reference of their mathematical models are listed below: Microstrip line: H. A. Atwater, “Simplified Design Equations for Microstrip0 码力 | 10 页 | 415.30 KB | 1 年前3
KiCad 7.0 PCB Calculatorcalculator is heavilly based on Transcalc. The transmission line types and the reference of their mathematical models are listed below: Microstrip line: H. A. Atwater, “Simplified Design Equations for Microstrip trace width for printed circuit board conductors for a given current and temperature rise. It uses formulas from IPC-2221 (formerly IPC-D-275). 7 Electrical Spacing This table helps finding the minimum0 码力 | 8 页 | 336.64 KB | 1 年前3- KiCad 6.0 PCB Calculatorcalculator is heavilly based on Transcalc. The transmission line types and the reference of their mathematical models are listed below: Microstrip line: H. A. Atwater, “Simplified Design Equations for Microstrip trace width for printed circuit board conductors for a given current and temperature rise. It uses formulas from IPC-2221 (formerly IPC-D-275). 7 Electrical Spacing This table helps finding the minimum0 码力 | 8 页 | 336.64 KB | 1 年前3
- KiCad 5.1 PCB Calculatorwidth for printed circuit board conductors for a given current and temper- ature rise. It uses formulas from IPC-2221 (formerly IPC-D-275). PCB Calculator 3 / 7 2.3 Electrical-Spacing This table helps calculator is heavilly based on Transcalc. The transmission line types and the reference of their mathematical models are listed below: • Microstrip line: – H. A. Atwater,“Simplified Design Equations for0 码力 | 10 页 | 438.82 KB | 1 年前3
- KiCad 8.0 Calculator Toolscalculator is heavilly based on Transcalc. The transmission line types and the reference of their mathematical models are listed below: Microstrip line: H. A. Atwater, “Simplified Design Equations for Microstrip trace width for printed circuit board conductors for a given current and temperature rise. It uses formulas from IPC-2221 (formerly IPC-D-275). 7 Electrical Spacing This table helps finding the minimum0 码力 | 8 页 | 336.64 KB | 1 年前3
- KiCad 8.0 Calculator Toolscalculator is heavilly based on Transcalc. The transmission line types and the reference of their mathematical models are listed below: Microstrip line: H. A. Atwater, “Simplified Design Equations for Microstrip trace width for printed circuit board conductors for a given current and temperature rise. It uses formulas from IPC-2221 (formerly IPC-D-275). 7 導体間隔 This table helps finding the minimum clearance between0 码力 | 8 页 | 360.88 KB | 1 年前3
- KiCad 6.0 快速入门 the pad size field accepts mathematical expressions, so 1.62+2*0.3 can be entered directly and will evaluate to 2.22 mm. TIP Many text boxes in KiCad support mathematical expressions, including unit0 码力 | 54 页 | 2.47 MB | 1 年前3
- KiCad 7.0 Reference manualthe pad size field accepts mathematical expressions, so 1.62+2*0.3 can be entered directly and will evaluate to 2.22 mm. TIP Many text boxes in KiCad support mathematical expressions, including unit0 码力 | 52 页 | 2.24 MB | 1 年前3
- Getting Started in KiCad 6.0the pad size field accepts mathematical expressions, so 1.62+2*0.3 can be entered directly and will evaluate to 2.22 mm. TIP Many text boxes in KiCad support mathematical expressions, including unit0 码力 | 54 页 | 2.41 MB | 1 年前3
- Getting Started in KiCad 8.0the pad size field accepts mathematical expressions, so 1.62+2*0.3 can be entered directly and will evaluate to 2.22 mm. TIP Many text boxes in KiCad support mathematical expressions, including unit0 码力 | 53 页 | 2.32 MB | 1 年前3
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