2022-01-17 07:58 PM
2022-01-18 12:43 AM
Welcome, @SMadd.2, to the community!
The diagram is a little misleading. It represents the dependence of Idlim on the selected Rlim. The formula should therefore be read as: Idlim as a function of Rlim is the factor multiplied by the default value of Idlim (Max Drain Current Limitation, see datasheet, table 9).
The triangles, squares and diamonds represent (in this order) the respective max, typical and min values (tolerance).
Example:
Selecting Rlim=15kohms gives a factor of 79% (max), about 74% (typ) and 69% (min).
If you multiply this factor with Idlim from table 9 (min 0.75A, typ 0.8A, max 0.85A), you get the response threshold.
Does it answer your question?
Regards
/Peter
2022-01-18 12:43 AM
Welcome, @SMadd.2, to the community!
The diagram is a little misleading. It represents the dependence of Idlim on the selected Rlim. The formula should therefore be read as: Idlim as a function of Rlim is the factor multiplied by the default value of Idlim (Max Drain Current Limitation, see datasheet, table 9).
The triangles, squares and diamonds represent (in this order) the respective max, typical and min values (tolerance).
Example:
Selecting Rlim=15kohms gives a factor of 79% (max), about 74% (typ) and 69% (min).
If you multiply this factor with Idlim from table 9 (min 0.75A, typ 0.8A, max 0.85A), you get the response threshold.
Does it answer your question?
Regards
/Peter
2022-01-18 08:24 PM
yes it does. thank you so much!!! @Peter BENSCH
2022-01-18 11:40 PM
Great! :beaming_face_with_smiling_eyes:
If the problem is resolved, please mark this topic as answered by selecting Select as best. This will help other users find that answer faster.
/Peter