以下是包含"magimag.ir"的结果
IEEE 389-2020 磁性元件测试条件与来料检验实战 CSDN博客
= df[ z_mag_ohm ] * np.cos(df[ phase_rad ]) df[ z_imag ] = df[ z_mag_ohm ] * np.sin(df[ phase_rad ]) # 感性区:虚部为正,Q = |Im| / Re df[ Q ] = np.where(df[ z_imag ] 0, df[ z_im... 绝缘测试分两类:一类是绝缘电阻(IR),加直流高压测漏电流;一类是耐压(Hipot),加交流或直流高压持续一段时间看是否击穿。顺序上必须先测 IR 再测 Hipot——IR 属于非破坏...
CSDN博客频道
演播室系统方案设计:704个信号节点全链路对齐方法 CSDN博客
421–580号为控制信号(GPIO/RS-422/AMX IR),581–704号为时钟与同步源(PTP grandmaster、Black Burst、Tri-Level Sync)。物理层设计的第一步,是将这704个点映射到... S11_imag s11_mag = np.sqrt(df['S11_real']**2 + df['S11_imag']**2) vswr = (1 + s11_mag) / (1 - s11_mag) max_vswr = vswr.max() print(f 最大VSWR: {max_vswr:.3f} ) # 要求...
CSDN博客频道
NeuralMag: an open-source nodal finite-difference code for inverse micromagnetics - PMC
1.Donahue, M. J. & Porter, D. G. OOMMF User’s Guide, Version 1.0. Report No. 6376 10.6028/NIST.IR.6376 (Accessed June 5, 2025) (National Institute of Standards and... 27.μMAG standard problem #4. https://www.ctcms.nist.gov/~rdm/std4/spec4.html(2024). 28.NeuralMag: an open-source nodal finite-difference code for inverse micromagne...
pmc.ncbi.nlm.nih.gov
没有更多结果了~
- 意见反馈
- 页面反馈