LTSPICE好像没有官方的询问渠道，真诚的希望在这里能够找到可执行的答案，谢谢！
想要仿真一个可饱和电感，类似与现实世界。（当通过电感的电流，或伏秒积超过一个值时，电感量会开始急剧下降，或者变为一个很小的电感值。）
想到的实现思路：
①是否有语句可以实现，用查表的方式，当电流在不同的区间，变为不同的电感量（5A>I>0A , L=100UH ; I>=5A , L=0.5UH）。之前在网上查到过可变电阻的仿真方式，如下。但是电感用同样的方法不能实现，仿真会报错。
②能够导入更为专业的磁芯模型，根据实际的B-H曲线，来实现饱和电感。
The translation is as follows.
There appears to be no official inquiry channel dedicated to LTspice, and we sincerely anticipate finding practical and actionable solutions in this community. Thank you for your assistance.
I want to simulate a saturable inductor that is similar to the real world. (When the current through the inductor or the volt-second product exceeds a certain value, the inductance will start to drop sharply or become a very small inductance value.)
Proposed implementation ideas:
① Is there a statement to achieve this by using a lookup table, where the inductance changes to different values when the current is in different ranges? （5A>I>0A , L=100UH ; I>=5A , L=0.5UH）I previously found a simulation method for variable resistors online, as shown below.
However, this method cannot be applied to inductors, and the simulation will report an error.
② It is possible to import more professional magnetic core models and implement the saturable inductor based on actual B-H curves.
