1 pcs
Mininum order quantity from 1PCS 5800-271-RC
Mininum order value from 1USD
2 days
lead time of 5800-271-RC is from 2 to 5 days
12 hours
Fast quotation of 5800-271-RC within 12 hours
60 days
60 days full quality warranty of 5800-271-RC
1, we will give you new and original parts with factory sealed package
2, Quality warranted: All products have to be passed our Quality Control before delivery.
2,If you need more details of 5800-271-RC,like pictures ,package,datasheet and so on, pls email to [email protected]
An inductoris a passive two-terminal electrical component used to store energy in a magnetic field. Any conductor has inductance although the conductor is typically wound in loops to reinforce the magnetic field.Inductors are one of the basic components used in electronics where current and voltage change with time, due to the ability of inductors to delay and reshape alternating currents. 5800-271-RC JW Miller A Bourns Company CHOKE RF HI CURRENT 270UH .400A
Inductors called chokes are used as parts of filters in power supplies or can be used to block AC signals from passing through a circuit. 5800-271-RC JW Miller A Bourns Company CHOKE RF HI CURRENT 270UH .400A
Inductors are used extensively in analog circuits and signal processing. Inductors in conjunction with capacitors and other components form tuned circuits which can emphasize or filter out specific signal frequencies.5800-271-RC JW Miller A Bourns Company CHOKE RF HI CURRENT 270UH .400A
This energy transfer ratio determines the input-voltage to output-voltage ratio. This XL is used in complement with an active semiconductor device to maintain very accurate voltage control.5800-271-RC JW Miller A Bourns Company CHOKE RF HI CURRENT 270UH .400A
Inductors are also employed in electrical transmission systems, where they are used to depress voltages from lightning strikes and to limit switching currents and fault current. In this field, they are more commonly referred to as reactors.5800-271-RC JW Miller A Bourns Company CHOKE RF HI CURRENT 270UH .400A