Premier Magnetics, Inc. DC/DC Power Conversion Transformer TSD-913

Description
Designed for use with Leading Controller Chips Design Engineenring Support Available. Provides DC/DC Conversion & Isolation Multiple Configurations. Premier Magnetics' Switch Mode Output transformers have been designed for use with the most popular current- mode switching regulators such as Linear Technologies LT1X7X & National Semiconductors LM25XX series of High Efficiency Switching Regulators. These output transformers have been optimized to provide maximum power throughput in the smallest packages currently available. This combination of components finds wide use in Distributed Power Systems where a main dc voltage bus is converted for use on or near the circuits being served. These types of switching regulators provide a very simple solution to power conversion designs. The inductor or transformer used are critical to the overall performance of the converter and typically define the overall efficiency, output power and physical size. The following tables of transformers were designed for use in the Flyback Buck-Boost circuit configuration. This conversion topology allows the output voltage to be regulated higher or lower than the input voltage. It can also provide isolated or non-isolated multiple outputs. Typical efficiency of this topology is 75%. Below is a typical application circuit utilizing Linear Technologies LT1X7X switching regulator in the flyback buck- boost configuration. The use of Premiers VTP-01XXX or VTK-01XXX optional output filter choke will drastically reduce output ripple and noise. The component values listed are intended for reference purposes only. The Output Filter(s), Damper Network & Foldback Current Limiting Network are optional depending on the specific application
Description
Designed for use with Leading Controller Chips Design Engineenring Support Available. Provides DC/DC Conversion & Isolation Multiple Configurations. Premier Magnetics' Switch Mode Output transformers have been designed for use with the most popular current- mode switching regulators such as Linear Technologies LT1X7X & National Semiconductors LM25XX series of High Efficiency Switching Regulators. These output transformers have been optimized to provide maximum power throughput in the smallest packages currently available. This combination of components finds wide use in Distributed Power Systems where a main dc voltage bus is converted for use on or near the circuits being served. These types of switching regulators provide a very simple solution to power conversion designs. The inductor or transformer used are critical to the overall performance of the converter and typically define the overall efficiency, output power and physical size. The following tables of transformers were designed for use in the Flyback Buck-Boost circuit configuration. This conversion topology allows the output voltage to be regulated higher or lower than the input voltage. It can also provide isolated or non-isolated multiple outputs. Typical efficiency of this topology is 75%. Below is a typical application circuit utilizing Linear Technologies LT1X7X switching regulator in the flyback buck- boost configuration. The use of Premiers VTP-01XXX or VTK-01XXX optional output filter choke will drastically reduce output ripple and noise. The component values listed are intended for reference purposes only. The Output Filter(s), Damper Network & Foldback Current Limiting Network are optional depending on the specific application
Datasheet
Datasheet Summary
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The TSD-913 from Premier Magnetics, Inc. is a DC/DC power conversion transformer designed for use with Linear Technologies LT1171 switching regulators. It operates within an input voltage range of 10-30 VDC and provides a regulated output of 5 VDC at a maximum current of 1.2 A. The transformer features an isolation voltage of 1500 Vrms and is suitable for applications requiring opto feedback. It is optimized for efficiency and compactness, making it suitable for distributed power systems. The operating temperature range is specified from 0°C to +70°C. This transformer is particularly useful in designs that require reliable DC/DC conversion and isolation in a small footprint.

Datasheet Summary
Powered by GS/AI

The TSD-913 from Premier Magnetics, Inc. is a DC/DC power conversion transformer designed for use with Linear Technologies LT1171 switching regulators. It operates within an input voltage range of 10-30 VDC and provides a regulated output of 5 VDC at a maximum current of 1.2 A. The transformer features an isolation voltage of 1500 Vrms and is suitable for applications requiring opto feedback. It is optimized for efficiency and compactness, making it suitable for distributed power systems. The operating temperature range is specified from 0°C to +70°C. This transformer is particularly useful in designs that require reliable DC/DC conversion and isolation in a small footprint.

Suppliers

Company
Product
Description
Supplier Links
DC/DC Power Conversion Transformer - TSD-913 - Premier Magnetics, Inc.
Lake Forest, CA, USA
DC/DC Power Conversion Transformer
TSD-913
DC/DC Power Conversion Transformer TSD-913
Designed for use with Leading Controller Chips Design Engineenring Support Available. Provides DC/DC Conversion & Isolation Multiple Configurations. Premier Magnetics' Switch Mode Output transformers have been designed for use with the most popular current- mode switching regulators such as Linear Technologies LT1X7X & National Semiconductors LM25XX series of High Efficiency Switching Regulators. These output transformers have been optimized to provide maximum power throughput in the smallest packages currently available. This combination of components finds wide use in Distributed Power Systems where a main dc voltage bus is converted for use on or near the circuits being served. These types of switching regulators provide a very simple solution to power conversion designs. The inductor or transformer used are critical to the overall performance of the converter and typically define the overall efficiency, output power and physical size. The following tables of transformers were designed for use in the Flyback Buck-Boost circuit configuration. This conversion topology allows the output voltage to be regulated higher or lower than the input voltage. It can also provide isolated or non-isolated multiple outputs. Typical efficiency of this topology is 75%. Below is a typical application circuit utilizing Linear Technologies LT1X7X switching regulator in the flyback buck- boost configuration. The use of Premiers VTP-01XXX or VTK-01XXX optional output filter choke will drastically reduce output ripple and noise. The component values listed are intended for reference purposes only. The Output Filter(s), Damper Network & Foldback Current Limiting Network are optional depending on the specific application
  • Designed for use with Leading Controller Chips
  • Design Engineenring Support Available.
  • Provides DC/DC Conversion & Isolation
  • Multiple Configurations.

Premier Magnetics' Switch Mode Output transformers have been designed for use with the most popular current- mode switching regulators such as Linear Technologies LT1X7X & National Semiconductors LM25XX series of High Efficiency Switching Regulators. These output transformers have been optimized to provide maximum power throughput in the smallest packages currently available. This combination of components finds wide use in Distributed Power Systems where a main dc voltage bus is converted for use on or near the circuits being served. These types of switching regulators provide a very simple solution to power conversion designs. The inductor or transformer used are critical to the overall performance of the converter and typically define the overall efficiency, output power and physical size. The following tables of transformers were designed for use in the Flyback Buck-Boost circuit configuration. This conversion topology allows the output voltage to be regulated higher or lower than the input voltage. It can also provide isolated or non-isolated multiple outputs. Typical efficiency of this topology is 75%. Below is a typical application circuit utilizing Linear Technologies LT1X7X switching regulator in the flyback buck- boost configuration. The use of Premiers VTP-01XXX or VTK-01XXX optional output filter choke will drastically reduce output ripple and noise. The component values listed are intended for reference purposes only. The Output Filter(s), Damper Network & Foldback Current Limiting Network are optional depending on the specific application

Supplier's Site Datasheet

Technical Specifications

  Premier Magnetics, Inc.
Product Category Power Transformers
Product Number TSD-913
Product Name DC/DC Power Conversion Transformer
Transformer Type Buck-Boost Transformers; Flyback Transformer (FBT); Power Transformer
Mounting PCB/SMD
Primary Frequency 50 / 60 Hz
Single Phase Configuration Single
Input Voltage 10 volts
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