In-line I-shaped inductor for current testing? Let us study and discuss it!

  I-shaped inductors are very common inductors. Generally, I-shaped inductors are very common in our circuits. So how do we generally test the current of I-shaped inductors? First of all, the current of the I-shaped inductor generally has a certain relationship with the size of the wire diameter we use. There are also many wire diameters, so the wire diameter cannot be too large, so the current with a large amount of inductance cannot be very large, which will promote unlimited and full conditions, and it is difficult to cover the outer casing. An inductor uses a wire to pass an AC voltage current. The inductor can store a certain point inside the wire. The ratio of the magnetic flux of the wire to the current that produces it.

1. How to test the current of in-line I-shaped inductor?

  The most important current for an I-shaped inductor is that the larger the wire diameter, the larger the current. The large-sized I-shaped inductor can pass a larger current than the average. Generally, most circuits have certain requirements for the current of the I-shaped inductor. There is a requirement for high current, a requirement for small current, etc. Of course, there are some circuits that require a relatively large current, so it is necessary to use a larger I-shaped inductor for docking, because the use of a general I-shaped inductor may cause a short circuit in the circuit Happening. So when you use it, you have to choose the right product and avoid some problems as much as possible. So, can I-shaped inductors be replaced with other inductors, which is generally possible, as long as your parameters can be connected to the previous parameters, you can Replacement. For example, color ring inductors, chip inductors and other products can be used.

Second, the test parameters of in-line I-shaped inductor?

  Inductance range: 1.0uH to 100000uH

  Rated current: Do not exceed 20oC based on temperature rise.

  Operating temperature range: between -20oC and 80oC.

  Terminal strength: more than 0.5 kg.

Third, the application of in-line I-shaped inductor?

   TV and audio equipment.

   Communication equipment.

   Buzzer and alarm.

   Power controller.

   Systems that require frequency bands and high Q values.

   Other noise filters.

   There are many links for the current test of in-line I-shaped inductors. The main point is to consider and analyze the above three points!