RS PRO 2 mH 2 A Common Mode Choke 45 mΩ 250V

Tehnička dokumentacija
Tehnički podaci
Proizvođač
RS ProProduct Type
Common Mode Choke
Inductance
2mH
Maximum DC Current
2A
Test Frequency
10kHz
Automotive Standard
No
Choke Voltage
250V
Mount Type
Through Hole
Inductance Tolerance
±30 %
Maximum DC Resistance
45mΩ
Termination Style
Solder Pad
Length
15mm
Height
18mm
Depth
7.5mm
Standards/Approvals
RoHS, REACH
Detalji o proizvodu
RS Pro Common Mode Chokes 2 x 0.7mH - 2 X 3.3mH
RS Pro Toroidal chokes are high quality and are an efficient means of filtering supply lines. The common mode chokes have in- phase signals of equal amplitude allowing equipment to meet stringent electrical radiation specifications. Wide frequency ranges can be filtered by using a high and low inductance Toroidal chokes in a series. Different mode signals can be attuned substantially when used together with input and output capacitors.
Informacije o stanju skladišta trenutno nisu dostupne.
€ 41,15
€ 8,23 komadno (u pakiranju od 5) (bez PDV-a)
€ 51,44
€ 10,288 komadno (u pakiranju od 5) (s PDV-om)
5
€ 41,15
€ 8,23 komadno (u pakiranju od 5) (bez PDV-a)
€ 51,44
€ 10,288 komadno (u pakiranju od 5) (s PDV-om)
Informacije o stanju skladišta trenutno nisu dostupne.
5
Tehnička dokumentacija
Tehnički podaci
Proizvođač
RS ProProduct Type
Common Mode Choke
Inductance
2mH
Maximum DC Current
2A
Test Frequency
10kHz
Automotive Standard
No
Choke Voltage
250V
Mount Type
Through Hole
Inductance Tolerance
±30 %
Maximum DC Resistance
45mΩ
Termination Style
Solder Pad
Length
15mm
Height
18mm
Depth
7.5mm
Standards/Approvals
RoHS, REACH
Detalji o proizvodu
RS Pro Common Mode Chokes 2 x 0.7mH - 2 X 3.3mH
RS Pro Toroidal chokes are high quality and are an efficient means of filtering supply lines. The common mode chokes have in- phase signals of equal amplitude allowing equipment to meet stringent electrical radiation specifications. Wide frequency ranges can be filtered by using a high and low inductance Toroidal chokes in a series. Different mode signals can be attuned substantially when used together with input and output capacitors.

