5623 Inductors, Coils, Chokes

Fixed Inductors are widely used in many applications, including the coupling of circuits involved in energy storage, sensors, rectifiers, and generators. This article will explore the 5623 application field and working principle in further detail.Fixed Inductors are basically an electrical component that store energy in the form of a magnetic field. They are surrounded by a housing with two metal plates or loops that a current can travel through. When current passes through the inductor, a back inductance is generated between the plates, which absorbs energy from the current and stores it in the form of a magnetic field. The amount of inductance produced depends on the number of turns in the inductor, as well as the type of core material.The inductance produced by an inductor is measured in units called Henries. This measurement is made up of two components: inductance per unit length and inductance per unit of current. Inductance per unit length is the amount of inductance induced per unit length of the inductor, while inductance per unit of current is the amount of inductance induced per unit of current passing through the inductor.The 5623 is a type of fixed inductor that features two sets of electrical contacts, each with two silver plates. This type of inductor is one of the most common types found in both industrial and consumer applications, due to its affordability and small size. This type of fixed inductor is also known for its low inductance and a consistent volumetric output. The 5623 is mainly used in power supplies and DC-DC voltage regulators, as well as in amplifiers and radio receivers. Its ability to provide low impedance helps reduce any unwanted interference while providing stable output. This type of inductor can also be used as a load on a generator, to reduce the total emissions from the generator.The 5623 application field and working principle of an inductor is based on Faraday\'s Law of Induction. This law states that when a current-carrying conductor moves through a magnetic field, a voltage is induced in the conductor. The amount of voltage induced depends on the rate of change of the magnetic flux through the conductor, as well as the amount of current flowing through the conductor.The current flowing through the 5623 is known as the "primary winding", and this current creates a magnetic field around the inductor. This magnetic field induces a voltage across the "secondary winding" in the opposite direction of the original current. The voltage produced is proportional to the rate of change of the magnetic flux through the secondary winding. This process is known as mutual inductance.In addition to its use as a load in power supplies and DC-DC voltage regulators, the 5623 can also be used for high frequency applications such as antennae and RF circuits. Its ability to provide low impedance helps reduce any unwanted interference while providing stable output. Its low inductance makes it ideal for applications where frequency and current stability is needed.The 5623 application field and working principle of an inductor are important for many types of applications. This type of inductor is one of the most common types found in both industrial and consumer applications, due to its affordability and small size. Through Faraday\'s law of induction, this type of inductor can be used to provide low impedance and stable output for a variety of energy storage and electrical components.

5623-018	Bivar Inc.	0.0 $	1000	MOUNT RECT DIODE RESISTOR...
LTD-5623AJG	Lite-On Inc.	1.04 $	1000	LED 7-SEG 2DIGIT RED LC 0...
LTC-5623E	Lite-On Inc.	1.05 $	1000	LED 7-SEG 4DIGIT ORN 0.56...
LTC-5623HR	Lite-On Inc.	1.05 $	1000	LED 7-SEG 4DIGIT HER 0.56...
LTC-5623P	Lite-On Inc.	1.05 $	1000	LED 7-SEG 4DIGIT RED 0.56...
LTC-5623Y	Lite-On Inc.	1.05 $	1000	LED 7-SEG 4DIGIT YLW 0.56...
LTC-5623JHR	Lite-On Inc.	1.13 $	1000	LED 7-SEG 4DIGIT RED LC 0...
LTC-5623G	Lite-On Inc.	2.37 $	961	LED 7-SEG 4DIGIT GRN 0.56...
LTD-5623BG	Lite-On Inc.	0.74 $	1000	LED 7-SEG 2DIGIT GRN 0.56...
LTD-5623AG	Lite-On Inc.	0.42 $	1000	LED 7-SEG 2DIGIT GRN 0.56...
HDSP-5623	Broadcom Lim...	1.39 $	1000	LED 7-SEG 14.2MM 2DIG CC ...
HDSP-5623-GH000	Broadcom Lim...	--	1000	DISPLAY 7SEG GREEN CC 13M...
5623-13	Eaton	0.92 $	1000	FUSE CLIPFuse Circuit
5623-10	Eaton	0.0 $	1000	FUSE CLIP CARTRIDGE CHASS...
5623-11	Eaton	0.0 $	1000	FUSE CLIP CARTRIDGE CHASS...
5623-RC	Bourns Inc.	0.0 $	1000	FIXED IND 1MH 3.5A 195 MO...
5623	Bourns Inc.	0.0 $	1000	FIXED IND 1MH 3.5A 195 MO...
562350-3	TE Connectiv...	116.01 $	1000	CRIMPER WIRE
KIT 5623	Pimoroni Ltd	8.72 $	9	SERVO:LITE BOARD FOR MICR...
M39003/01-5623	Vishay Sprag...	8.76 $	1000	CAP TANT 56UF 5% 15V AXIA...
M39003/01-5623H	Vishay Sprag...	8.76 $	1000	CAP TANT 56UF 5% 15V AXIA...
M39003/01-5623/HSD	Vishay Sprag...	8.85 $	1000	CAP TANT 56UF 5% 15V AXIA...
M39003/01-5623/TR	Vishay Sprag...	6.37 $	1000	CAP TANT 56UF 5% 15V AXIA...
M80-5623405	Harwin Inc.	16.2 $	48	17+17 WAY MALE CRIMP L/BO...
76011-5623	Molex, LLC	0.0 $	1000	CONN HEADER 84POS R/A 7RO...
562371-2	TE Connectiv...	251.35 $	1000	ANVIL
562308-5	TE Connectiv...	89.17 $	1000	INSULATION CRIMPER
5623B-6-B	Fluke Electr...	0.69 $	1000	PROBE INDUSTRIAL PRT 1/4 ...
5623B-6-D	Fluke Electr...	0.69 $	1000	PROBE INDUSTRIAL PRT 1/4 ...
5623B-6-G	Fluke Electr...	0.69 $	1000	PROBE INDUSTRIAL PRT 1/4 ...
5623B-6-I	Fluke Electr...	0.69 $	1000	PROBE INDUSTRIAL PRT 1/4 ...
5623B-6-J	Fluke Electr...	0.69 $	1000	PROBE INDUSTRIAL PRT 1/4 ...
5623B-6-L	Fluke Electr...	0.69 $	1000	PROBE INDUSTRIAL PRT 1/4 ...
5623B-6-M	Fluke Electr...	0.69 $	1000	PROBE INDUSTRIAL PRT 1/4 ...
5623B-6-S	Fluke Electr...	0.69 $	1000	PROBE INDUSTRIAL PRT 1/4 ...
5623B-6-P	Fluke Electr...	0.69 $	1000	PROBE INDUSTRIAL PRT 1/4 ...
55903-5623	FLIR	0.0 $	1000	FLIR T620BX WITH NIST CAL...
562306-1	TE Connectiv...	54.19 $	1000	SCREW ADJUSTMENT
562325-1	TE Connectiv...	109.77 $	1000	CRIMPER WIRE