Description
Linear/saturating choke
Flexible wire
Low noise development by using iron powder toroids instead of conventional iron lamination cores
Fully potted resign
Applications
Phase angle control circuits with thyristors, triacs or transistors
The choke acts at its optimum when it is mounted directly at the interference originator (thyristor, triac)
SCHURTER Inc
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Description
Description
Linear/saturating choke
Flexible wire
Low noise development by using iron powder toroids instead of conventional iron lamination cores
Fully potted resign
Applications
Phase angle control circuits with thyristors, triacs or transistors
The choke acts at its optimum when it is mounted directly at the interference originator (thyristor, triac)
Request a Quote
Email Supplier
Datasheet
Datasheet Summary Powered by GS/AI
The DLFP Linear/Saturating Choke from SCHURTER Inc. is designed for applications requiring effective interference suppression, particularly in phase angle control circuits utilizing thyristors, triacs, or transistors. It features a rated voltage of up to 440 VAC and a current range of 5 to 45 A at an ambient temperature of 45 ¬8C. The choke is constructed with iron powder toroids, which contribute to low noise development compared to traditional iron lamination cores, and is fully potted with a resin that meets UL 94V-0 standards.
The choke operates efficiently at a frequency of 50 Hz and has an isolation voltage of 2 kV between the windings and ambient. It is suitable for use in industrial environments and complies with various international standards, including IEC/UL 62368-1 for safety requirements in audio/video and communication technology equipment. The operating temperature range is from -25 ¬8C to 100 ¬8C, making it versatile for different applications. The product is available in multiple variants, each with specific inductance values and weights, allowing engineers to select the appropriate model for their needs.
Datasheet Summary Powered by GS/AI
The DLFP Linear/Saturating Choke from SCHURTER Inc. is designed for applications requiring effective interference suppression, particularly in phase angle control circuits utilizing thyristors, triacs, or transistors. It features a rated voltage of up to 440 VAC and a current range of 5 to 45 A at an ambient temperature of 45 ¬8C. The choke is constructed with iron powder toroids, which contribute to low noise development compared to traditional iron lamination cores, and is fully potted with a resin that meets UL 94V-0 standards.
The choke operates efficiently at a frequency of 50 Hz and has an isolation voltage of 2 kV between the windings and ambient. It is suitable for use in industrial environments and complies with various international standards, including IEC/UL 62368-1 for safety requirements in audio/video and communication technology equipment. The operating temperature range is from -25 ¬8C to 100 ¬8C, making it versatile for different applications. The product is available in multiple variants, each with specific inductance values and weights, allowing engineers to select the appropriate model for their needs.
Description
Linear/saturating choke
Flexible wire
Low noise development by using iron powder toroids instead of conventional iron lamination cores
Fully potted resign
Applications
Phase angle control circuits with thyristors, triacs or transistors
The choke acts at its optimum when it is mounted directly at the interference originator (thyristor, triac)
Description
Linear/saturating choke
Flexible wire
Low noise development by using iron powder toroids instead of conventional iron lamination cores
Fully potted resign
Applications
Phase angle control circuits with thyristors, triacs or transistors
The choke acts at its optimum when it is mounted directly at the interference originator (thyristor, triac)
