Technical Document
Specifications
Brand
MurataProduct Type
Common Mode Choke
Maximum DC Current
2A
Series
DLW5BT
Impedance
1000Ω
Packaging
Embossed Tape
Test Frequency
100 MHz
Minimum Operating Temperature
-40°C
Maximum Operating Temperature
85°C
Automotive Standard
No
Choke Voltage
50 V
Mount Type
Surface Mount
Height
2.35mm
Depth
5mm
Maximum DC Resistance
34mΩ
Termination Style
Solder Pad
Length
5mm
Standards/Approvals
No
Package/Case
2020
Country of Origin
Japan
Product details
Murata DLW5BT Series SMD Common Mode Chokes
The DLW5BT series of common mode chokes from Murata are a compact, low profile solution. Featuring high rated current and high common mode impedance, these common mode chokes are ideal for noise suppression applications.
Applications
Recommended uses include DC-DC converters and battery charges in power line equipment and portable equipment such as printers, PCs and PDAs.
Murata SMD Common Mode Chokes
Stock information temporarily unavailable.
P.O.A.
Each (Supplied on a Reel) (ex VAT)
Production pack (Reel)
5
P.O.A.
Each (Supplied on a Reel) (ex VAT)
Stock information temporarily unavailable.
Production pack (Reel)
5
Technical Document
Specifications
Brand
MurataProduct Type
Common Mode Choke
Maximum DC Current
2A
Series
DLW5BT
Impedance
1000Ω
Packaging
Embossed Tape
Test Frequency
100 MHz
Minimum Operating Temperature
-40°C
Maximum Operating Temperature
85°C
Automotive Standard
No
Choke Voltage
50 V
Mount Type
Surface Mount
Height
2.35mm
Depth
5mm
Maximum DC Resistance
34mΩ
Termination Style
Solder Pad
Length
5mm
Standards/Approvals
No
Package/Case
2020
Country of Origin
Japan
Product details
Murata DLW5BT Series SMD Common Mode Chokes
The DLW5BT series of common mode chokes from Murata are a compact, low profile solution. Featuring high rated current and high common mode impedance, these common mode chokes are ideal for noise suppression applications.
Applications
Recommended uses include DC-DC converters and battery charges in power line equipment and portable equipment such as printers, PCs and PDAs.
