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Voltage Regulator Design
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IC voltage regulators are three-terminal devices that provide a constant DC output voltage that is independent of the input voltage, output load current, and temperature. IC voltage regulators are used in power supplies that hold their output voltage constant over a wide range of load variations.
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Supplier: Newark / element14Description: Buck Regulator Design Kit; Silicon Manufacturer:International Rectifier; Silicon Core Number:IR3651; Kit Application Type:Power Management - Voltage Regulator; Application Sub Type:Synchronous Buck Converter; Kit Contents:Board
- Category: Development Suite / Kit
- Supported System: Power
- Manufacturer: Other
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Supplier: Phenix Technologies, Inc.Description: input voltages from 120 volts to 13.8 kV, and three different transformer designs to choose from, we are sure to have a regulator that meets your specific application.
- Phase: Single Phase, Three Phase
- Configuration / Form Factor: Floor / Free Standing
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Supplier: Semtech Corp.Description: Solution for DDR termination designs, while meeting the JEDEC requirements
- Configuration / Function: Other
- Output Voltage Type: Other
- IC Package Type: SOIC / SOP, Other
- Life Cycle Stage: Maturity
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Supplier: Proportion-Air, Inc.Description: Electro-pneumatic closed loop pressure control valve. Two loop design accepts a feedback signal from a wide ranges of external sensors. Pressure ranges from full vacuum up to 1000 psi. Variety of analog and digital command signals. High accuracy of +/- 0.25% F.S. typical. Analog monitor output
- Control Input: Voltage Control, Current Control
- Connection / Pipe Size: 1/8" NPT, British Standard Pipe Thread
- Body Material: Brass, Steel - Stainless
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Supplier: Wieland Electric Inc.Description: Single-phase switch-mode power supplies horizontal design
- Technology: Switching
- Style / Mounting: Enclosed, DIN Rail
- Discrete DC Output Voltage: +24 V, Other Voltages
- Phase: Single-Phase
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Supplier: Robot MarketPlace (The)Description: and everything stops. Thats OK if you are running 24v or more worth of batteries. But that isnt always possible in lightweight designs. Or if your batteries voltage drops a little under the load. But with the IBC, there's no need to worry, the switching voltage regulator design will keep the circuitry ticking
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Supplier: Cummins Power GenerationDescription: Heavy-duty, field-proven design for long life Capped voltage regulation Environmental protection for adverse conditions Low harmonic distortion Dual mounting configurations Remote mountable solid state electronic voltage regulator 50/60 Hz switchable
- Portability: Permanent
- Phase: AC Three Phase Power
- Applications: Industrial
- Frequency: 50 Hz, 60 Hz
Featured Products for Voltage Regulator Design Top
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The MSK5031, Step Down Switching Regulator Controller is capable of delivering up to 2A of current to the load. This device will soon be available screened to Class "H" and is already available in the industrial version. These Regulator Controllers offer a user selectable switching frequency between 200KHz and 2.4MHz allowing for the use of smaller inductors minimizing the required board space for a given design while improving efficiency. The MSK5031 switching frequency can also... (read more)Browse IC Switching Voltage Regulators Datasheets for M.S. Kennedy Corp.
Parts by Number for Voltage Regulator Design Top
| Partb # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| 201122B | Amazon | ACCEL | Automotive Parts and Accessories | ACCEL 201122B Black Hybrid Design Voltage Regulator |
| 201122C | Amazon | ACCEL | Automotive Parts and Accessories | ACCEL 201122C Chrome Hybrid Design Voltage Regulator |
| 201121C | Amazon | ACCEL | Automotive Parts and Accessories | ACCEL 201121C Chrome Hybrid Design Voltage Regulator |
Conduct Research Top
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Technical Article: The Mechanical Voltage Regulator
in industrial settings worldwide, the mechanical voltage regulator is being displaced by the electronic voltage regulator. While the mechanical voltage regulator comes in a broad variety of designs they all share the characteristics of having one or more servomotors to physically move some component
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Technical Article: The AC Automatic Voltage Regulator
The Mechanical (Type) Voltage Regulator . 7 The Electronic (Type) Voltage Regulator. Complete Table of Contents... Home - About Us - eNewsletter - Contact Us - Help Me - Espanol. Products - FAQs - Solutions - Knowledgebase - Support - News and Events - Site Map. Site Design by L&P Media. Copyright (C
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Technical Article: Electronic Tap Switching Voltage Regulator
of electronic tap switching voltage regulator uses SCRs connected to taps in a fashion similar to the FPS design, however the ST design uses additional transformer components to isolate the SCRs from the load current path. This isolation provides the ST type of electronic tap switching voltage regulator
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Technical Article: Electronic Voltage Regulator Advantages & Disadvantages
The EVR is the modern standard for voltage regulation in most power quality applications. While an EVR will be about 25% higher in cost than a comparable mechanical voltage regulator, the difference in correction speed often precludes the use of mechanical units. * Output voltage regulation is good
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Technical Article: Double Conversion Electronic Voltage Regulator Operation
The Electronic (Type) Voltage Regulator. Complete Table of Contents... Home - About Us - eNewsletter - Contact Us - Help Me - Espanol. Products - FAQs - Solutions - Knowledgebase - Support - News and Events - Site Map. Site Design by L&P Media. Copyright (C) 2007 Utility Systems Technologies, Inc. All rights
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Technical Article: Magnetic Induction Voltage Regulator Operation
costs, high accuracy, solidstate designs and programability favor increased use of digital controls, however analog controls can be very inexpensive and tolerant of higher temperatures. Quick Links. 1 The AC Automatic Voltage Regulator. 2 Automatic Voltage Regulators and Power Conditioners. 3
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Technical Article: Mechanical Voltage Regulator Advantages & Disadvantages
in AC Power Applications. 6.4 Mechanical Voltage Regulator Advantages & Disadvantages. Advantages. The advantages of mechanical AVRs, either tap changing or magnetic induction type, vary by design but generally include: Very accurate output voltage regulation. Wide choice of kVA rating, voltage
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Technical Article: Tap Changing Voltage Regulator Operation
The Electronic (Type) Voltage Regulator. Complete Table of Contents... Home - About Us - eNewsletter - Contact Us - Help Me - Espanol. Products - FAQs - Solutions - Knowledgebase - Support - News and Events - Site Map. Site Design by L&P Media. Copyright (C) 2007 Utility Systems Technologies, Inc. All rights
Engineering Web Search: Voltage Regulator Design Top
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Power Management Download Tools | Power Management | Analog...
ADI Linear Regulator Design Tool and Parametric Search v. 2011D ADP120, ADP121, ADP122, ADP123, ADP124, ADP125, ADP130, ADP150, ADP151, ADP160,
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Eval Board 09-Jun-2009 LM26420YMHEVAL LM26420 Buck, Switcher, Voltage Regulator Eval Board 03-Feb-2005 LM5025AEVAL LM5025A Buck, Switcher, Isolated,
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Boost Voltage Converters (Step Up) Voltage Regulators
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M.S. Kennedy for design,production of analog...
08.29.2011 Negative Adjustable Linear Regulator 08.29.2011 Rad Hard High Voltage Synchronous Switching Regulator Controller 08.29.2011 Rad Hard 2.0A
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International Rectifier - DC-DC Reference Design Kits
IRDC38 Series (Gen2.1) Integrated Point of Load DC-DC Voltage Regulator
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International Rectifier - Technical Information Application...
Design Considerations for a New Generation Mid-voltage Power MOSFET Technology PDF - as presented at APEC 2005 -
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DC/DC Converter (Integrated Switch) -...
1.5-A Peak Boost/Buck/Inverting Switching Regulator
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CPLD - MAX II CPLDs
Design Tools & Services Design Software On-chip voltage regulator accepts 3.3-V, 2.5-V, or 1.8-V supply
