What is the difference between an inductor and an inductor?Let's follow the inductance factory ịghọta:
Ngwunye ume
Ngwurugwu ahụ nwere ọnya waya nke gbara gburugburu ma gbaa ya gburugburu nke na-ekpuchi ibe ya, eriri tube ahụ nwere ike bụrụ oghere, ma ọ bụ nwee ike ịnwe isi igwe ma ọ bụ isi ntụ magnet.
Inductance coils are devices that work on the principle of electromagnetic induction.When an electric current flows through a wire, an electromagnetic field is generated around the wire, and the wire itself is induced to the wire in the electromagnetic field.The effect on the wire itself, which produces the electromagnetic field, is called "self-induction", that is, the changing current generated by the wire itself produces a changing magnetic field, which further affects the current in the wire;The effect on other wires in this electromagnetic field range is called mutual inductance.
The electrical properties of an inductor coil are the opposite of those of a capacitor, "switching low frequencies and blocking high frequencies".High frequency signal will encounter great resistance when passing through the inductance coil, and it is difficult to pass.The resistance to the low-frequency signal passing through it is relatively small, that is, the low-frequency signal can pass through it easily.The resistance of an inductor to direct current is almost zero.
Resistance, capacitance, and inductance all exhibit resistance to the flow of electrical signals in a circuit. This resistance is called "impedance".The impedance of an inductor to a current signal utilizes the coil's self-induction.Inductance coils are sometimes referred to simply as "inductance" or "coil", denoted by the letter "L".When winding an inductor coil, the number of turns of the coil wound is commonly referred to as the number of turns of the coil.
inductor
Inductors bụ ihe enwere ike ịchekwa site na ịgbanye ike eletriki ka ọ bụrụ ike ndọta. Ihe inductor dị ka ihe yiri ya na onye na-agbanwe ọkụ mana ọ nwere naanị otu winding. Otu onye na-arụpụta ihe nwere ihe ụfọdụ na-egbochi mgbanwe nke ugbu a. ala nke na-enweghị ugbu a na-agafe, ọ ga-anwa igbochi ugbu a ị gafere site na ya mgbe emechiri sekit ahụ; Ọ bụrụ na onye na-arụ ọrụ ahụ nọ n'ọnọdụ ọ dị ugbu a, ọ ga-anwa ijide nke ugbu a mgbe eriri ahụ kwụsịrị. , chernobyl, ike chernobyl.
Enwere ike ime ka ihe ghara ime site n'iji ihe na-eme ihe na-eme ihe, nke a na-ejikarị eriri ọla kọpa, ma ọ bụ wepụ isi ya ma ọ bụ dochie ya na ihe nke ferromagnetic. E nwere ọtụtụ ihe dị iche iche, nke ọtụtụ n'ime ha na-ekpuchi na enamelled coils ọbọp gburugburu ferrite spindles, ebe ụfọdụ na-echebe inductors na-etinye eriri igwe kpamkpam n'ime ferrite. A na-edozi isi nke ụfọdụ ndị na-emepụta ihe. Enwere ike ịgbanwere ndị na-emepụta obere ihe na PCB ozugbo, na-eji usoro ịtọgbọ egwu egwu. A pụkwara ịmebanye ihe ndị na-abaghị uru na sekit dị na otu usoro dị ka ndị transistors. Na ngwa ndị a, njikọta aluminom bụ Ma ọ bụ, ihe mgbochi kachasị na-adabere na iji ya eme ihe n'ezie bụ sekit a na-akpọ rotator, nke na-eji capacitor na a Ihe eji eme ihe iji kewapu oke ikuku na-ejikarị waya nke na-agafe na kọlụm magnetik ma obu bead.
Ngwunye inductance dị iche na inductor
Ihe ntinye ihe bu ihe di nkpa n'ime ndi mmadu, n'ihi na ndi mmadu mejuputara ogwu, ikuku (coil), ọta, ihe nkwakọ ngwaahịa, isi magnet ma obu isi, wdg.
Inductors bụ ihe enwere ike ịchekwa site na ịgbanye ike eletriki ka ọ bụrụ ike ndọta. Ihe inductor dị ka ihe yiri ya na onye na-agbanwe ọkụ mana ọ nwere naanị otu winding. Otu onye na-arụpụta ihe nwere ihe ụfọdụ na-egbochi mgbanwe nke ugbu a. ala nke na-enweghị ugbu a na-agafe, ọ ga-anwa igbochi ugbu a ị gafere site na ya mgbe emechiri sekit ahụ; Ọ bụrụ na onye na-arụ ọrụ ahụ nọ n'ọnọdụ ọ dị ugbu a, ọ ga-anwa ijide nke ugbu a mgbe eriri ahụ kwụsịrị. , chernobyl, ike chernobyl.
Inductance coils are devices that work on the principle of electromagnetic induction.When an electric current flows through a wire, an electromagnetic field is generated around the wire, and the wire itself is induced to the wire in the electromagnetic field.The effect on the wire itself, which produces the electromagnetic field, is called "self-induction", that is, the changing current generated by the wire itself produces a changing magnetic field, which further affects the current in the wire;The effect on other wires in this electromagnetic field range.
radial inductor 1mh RLP0913W3R-6.5MH-E
Ihe a dị n'elu bụ inductance coil na inductance nwere ihe dị iche iji webata; Anyị bụ ndị na- inductor emeputa , nabata ka anyị mata: axial inductor , radial inductor ....
Post oge: Dec-16-2020