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Supplier: Standex-Meder Electronics
Description: 20W-150W Planar Transformers Size P035 with 30A max current rating, frequency range 200-400kHZ. Patented (U.S. PAT. 7,129,809) design with superior thermal management. Topologies include Half Bridge, Forward (w/active rest), Flyback. High efficiency (low losses), ultra compact,
- Operating Frequency Range: 200000 to 400000 Hz
- Power Rating: 20 to 150 watts
- Transformer Types / Applications: Planar Transformer
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Supplier: Standex-Meder Electronics
Description: 10W-50W Planar Transformers Size P025 with 20A max current rating, frequency range 300-500kHZ are available in surface mount (SMD) or through hole designs and forward (w/active rest), flyback topologies. Patented (U.S. PAT. 7,129,809) design with superior thermal management.
- Operating Frequency Range: 300000 to 500000 Hz
- Power Rating: 10 to 50 watts
- Transformer Types / Applications: Planar Transformer
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Supplier: Standex-Meder Electronics
Description: 100W-500W Planar Transformers Size P075 with 50A max current rating, frequency range 150-300kHZ. Patented (U.S. PAT. 7,129,809) design with superior thermal management. Topologies include Full Bridge, Half Bridge, Full Bridge ZVS, Push-Pull, Flyback. High efficiency (low
- Operating Frequency Range: 100000 to 300000 Hz
- Power Rating: 100 to 500 watts
- Transformer Types / Applications: Planar Transformer
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Supplier: Standex-Meder Electronics
Description: 50W-200W Planar Transformers Size P055 with 50A max current rating, frequency range 175-300kHZ. Patented (U.S. PAT. 7,129,809) design with superior thermal management. Topologies include Half Bridge, Forward (w/active rest), Flyback. High efficiency (low losses), ultra compact,
- Operating Frequency Range: 175000 to 300000 Hz
- Power Rating: 50 to 200 watts
- Transformer Types / Applications: Planar Transformer
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Supplier: Coilcraft, Inc.
Description: Three different schematics and 15 turns ratios to meet a variety of applications Rated for 140 Watts output between 200 kHz and 500 kHz Designed for -48 V input, making them ideal for Intermediate Bus Converters (IBC) High efficiency, low DCR and low
- Cooling: Dry-type / Air Cooled
- Maximum Primary Voltage Rating: 36 to 75 volts
- Operating Frequency Range: 200000 Hz
- Operating Temperature: -40 to 85 C
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Supplier: Coilcraft, Inc.
Description: Specifically developed for use with the TI LM5035 PWM Controller Listed on TI AN-1435 Application Note Low profile, high efficiency planar transformer Designed for 100 Watt applications Handles current to 30 A
- Cooling: Dry-type / Air Cooled
- Operating Temperature: -40 to 85 C
- Standards: RoHS Compliant
- Type: Isolation Transformer, Planar Transformer
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Supplier: Coilcraft, Inc.
Description: Specially developed for use with the TI UCC2897A Active Clamp PWM Controller Featured on PMP4804 and PMP5997 Demo Board/Reference Design Low profile, high efficiency planar transformer
- Cooling: Dry-type / Air Cooled
- Operating Temperature: -40 to 85 C
- Standards: RoHS Compliant
- Type: Planar Transformer
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Supplier: Coilcraft, Inc.
Description: Developed for Maxim MAX5069A PWM Controller For push-pull, half-bridge and full-bridge topologies Ideal for use in high-current power supply applications Designed using Coilcraft Planar Prototyping Kit C356.
- Cooling: Dry-type / Air Cooled
- Operating Temperature: -40 to 85 C
- Standards: RoHS Compliant
- Type: Isolation Transformer, Planar Transformer
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Description: Specifies the shapes and dimensions of ferrite cores for inductive components (transformers and chokes). Their coil is typically constructed by multi-layer board or is part of the motherboard. Also provides general considerations upon which the design of this range of cores is based.
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Description: Specifies the shapes and dimensions of ferrite cores for inductive components (transformers and chokes). Their coil is typically constructed by multi-layer board or is part of the motherboard. Also provides general considerations upon which the design of this range of cores is based.
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Supplier: CSA Group
Description: Specifies the shapes and dimensions of ferrite cores for inductive components (transformers and chokes). Their coil is typically constructed by multi-layer board or is part of the motherboard. Also provides general considerations upon which the design of this range of cores is based.
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Supplier: CSA Group
Description: Specifies the shapes and dimensions of ferrite cores for inductive components (transformers and chokes). Their coil is typically constructed by multi-layer board or is part of the motherboard. Also provides general considerations upon which the design of this range of cores is based.
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Supplier: RS Components, Ltd.
Description: EPCOS ELP ferrite cores enable the design of flat transformers and feature excellent thermal performance due to the large core surface. Planar E shape transformer cores offer an attractive alternative to conventional core shapes, ideal for when low profile magnetic
- Inductance: 8400 nH
- Length: 58.4 mm
- Width: 38.1 mm
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Supplier: RS Components, Ltd.
Description: EPCOS ELP ferrite cores enable the design of flat transformers and feature excellent thermal performance due to the large core surface. Planar E shape transformer cores offer an attractive alternative to conventional core shapes, ideal for when low profile magnetic
- Inductance: 14000 nH
- Length: 64 mm
- Width: 50.8 mm
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Supplier: RS Components, Ltd.
Description: EPCOS ELP ferrite cores enable the design of flat transformers and feature excellent thermal performance due to the large core surface. Planar E shape transformer cores offer an attractive alternative to conventional core shapes, ideal for when low profile magnetic
- Inductance: 7400 nH
- Length: 58.4 mm
- Width: 38.1 mm
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Supplier: RS Components, Ltd.
Description: EPCOS ELP ferrite cores enable the design of flat transformers and feature excellent thermal performance due to the large core surface. Planar E shape transformer cores offer an attractive alternative to conventional core shapes, ideal for when low profile magnetic
- Inductance: 7300 nH
- Length: 43.2 mm
- Width: 27.9 mm
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Supplier: Visual Sound, Inc.
Description: Sound Advance The Sound Advance® CT8 is a unique, extended bandwidth, wide-dispersion planar loudspeaker designed for use in commercial installations. Patented Planar Diaphragm Technology? allows a CT8 that has been properly installed in a ceiling or wall boundary to
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Supplier: Infineon Technologies AG
Description: transformer design Accurate driving scheme of both primary and secondary MOSFETs Benefits BiC efficiency for ZVS PSFB topology Optimal use of CoolMOS™ and OptiMOS™ BiC devices High power density Graphica user interface
- Category: Development Board
- Host Interface: Other
- Supported System: Other
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Supplier: Infineon Technologies AG
Description: output voltage Benefits System solution using GaN, SiC and Si Highest efficiency and power density High power density planar transformer Re-rush current control Digital control for both converters List of Components
- Category: Development Board
- Supported System: Other
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Supplier: TE Connectivity
Description: Component Design : Heat Shrink Material System : Crosslinked Polyolefin Power Cable End Cap Shrink Ratio : > 2:1 Usage Conditions Chemical Resistance : Transformer Oil VDE
- Applications: Residential / General-Purpose
- RoHS Compliant: Yes
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Supplier: TE Connectivity
Description: Component Design : Heat Shrink Material System : Crosslinked Polyolefin Power Cable End Cap Shrink Ratio : > 2:1 Usage Conditions Chemical Resistance : Transformer Oil
- Applications: Residential / General-Purpose
- RoHS Compliant: Yes
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Supplier: TE Connectivity
Description: Component Design : Heat Shrink Material System : Crosslinked Polyolefin Power Cable End Cap Shrink Ratio : > 2:1 Usage Conditions Chemical Resistance : Transformer Oil
- Applications: Residential / General-Purpose
- RoHS Compliant: Yes
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Supplier: TE Connectivity
Description: Component Design : Heat Shrink Material System : Crosslinked Polyolefin Power Cable End Cap Shrink Ratio : > 2:1 Usage Conditions Chemical Resistance : Transformer Oil
- Applications: Residential / General-Purpose
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Featured Products Top
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Vishay’s SGTPL-28 series introduces 150 W low-profile, space-grade planar transformers optimized for 28 V forward converters in avionics, military, and space applications. Featuring multiple secondary outputs with center taps, they can power up to two 12 V channels or four 5 V channels (read more)
Browse Transformers Datasheets for New Yorker Electronics Co., Inc. -
, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. Each engineer has direct ownership and manages projects from initial concept through production. (read more)
Browse Isolation Transformers Datasheets for Triad Magnetics -
, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. Each engineer has direct ownership and manages projects from initial concept through production. (read more)
Browse Datasheets for Triad Magnetics -
, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. Each engineer has direct ownership and manages projects from initial concept through production. (read more)
Browse Datasheets for Triad Magnetics -
, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. Each engineer has direct ownership and manages projects from initial concept through production. (read more)
Browse Transformers Datasheets for Triad Magnetics -
, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. Each engineer has direct ownership and manages projects from initial concept through production. (read more)
Browse Signal Transformers Datasheets for Triad Magnetics -
, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. Each engineer has direct ownership and manages projects from initial concept through production. (read more)
Browse Switch Mode Transformers Datasheets for Triad Magnetics -
, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. Each engineer has direct ownership and manages projects from initial concept through production. (read more)
Browse Current Sense Transformers Datasheets for Triad Magnetics -
, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. Each engineer has direct ownership and manages projects from initial concept through production. (read more)
Browse Industrial Control Transformers Datasheets for Triad Magnetics -
, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. Each engineer has direct ownership and manages projects from initial concept through production. Let us help you customize a solution to fit your specific needs. (read more)
Browse Board Mount Transformers Datasheets for Triad Magnetics
Conduct Research Top
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Transformers: Frequently Asked Auestions
a certain characteristic, i.e., low radiated noise, low profile, surface mount, etc. Various core geometries that lend themselves to a low-profile design are: EFD, EPC, LP, Planar, U-U, and U-I. These geometries exhibit low build height and high throughput power density.
More Information Top
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Design of the planar transformer in llc resonant converters for micro-grid applications
Kim investigated different planar transformer structures with copper wire and PCB winding [9] and Fu [10] proposed some fundamental principles for the planar transformer design in the LLC resonant converter with several winding arrangements.
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Overview of Planar Magnetic Technology—Fundamental Properties
Although their accuracy can- not be guaranteed in practical planar transformer design due to certain restrictions, the most commonly used equation for the winding-loss calculation is still based on Dowell’s contribution.
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Push-Pull DC-DC converter with planar transformer for PV applications
E. Planar Transformer Design .
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Applying Response Surface Methodology to planar transformer winding design
Experimental testing was performed on the twenty- five planar transformer designs on one PCB, shown in Fig. 3 using an LCR meter with 0.1% accuracy to attain models of the leakage inductance, resistance, inter-winding capacitance, and intra-winding capaci- tance.
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Design aspects of planar and conventional SMPS transformer: a cost benefit analysis
As in any high-frequency planar transformer de- sign , steps 1)–10) are the same as any conventional transformer design of the same power and frequency rating.
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Analysis and Simulation of Parasitic Parameters for PCB Planar Transformer
[2] Jeremy Ferrell, Jih-Sheng Lai, Troy Nergaard, Xudong Huang, Lizhi Zhu, and Roy Davis, “The role of parasitic inductance in high-power planar transformer design and converter integration,” IEEE Applied Power Electronics Conference and Exposition, APEC’04, vol.1, pp. 510 …
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2004 Subject Index
Sheng-Yuan Ou, + , PEDS-03 2003 1317-1319 Vol.2 parasitic inductance, high-power planar transformer design and converter integrat., role.
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Model and design of PCB parallel winding for planar transformer
winding loss model with only a series winding connections is well known and commonly employed in planar transformer de- signs [1].
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http://dspace.mit.edu/bitstream/handle/1721.1/43071/244250021-MIT.pdf?sequence=2
4 Planar Transformer Design .
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Design and modeling of planar transformer-based silicon integrated passive devices for wireless applications
At first, this paper presents high-efficiency planar transformer designs with an arbitrary winding turn ratio, and the development of scalable physical lumped models for transformers.