| Allicdata Part #: | MAXREFDES115B#-ND |
| Manufacturer Part#: |
MAXREFDES115B# |
| Price: | $ 20.27 |
| Product Category: | Development Boards, Kits, Programmers |
| Manufacturer: | Maxim Integrated |
| Short Description: | EVAL BOARD FOR MAX17599 |
| More Detail: | MAX17599 - DC/DC Converter 1, Isolated Outputs Eva... |
| DataSheet: | MAXREFDES115B# Datasheet/PDF |
| Quantity: | 4 |
| 1 +: | $ 18.23850 |
| Series: | -- |
| Part Status: | Active |
| Main Purpose: | DC/DC Converter |
| Outputs and Type: | 1, Isolated |
| Power - Output: | 20W |
| Voltage - Output: | 5V |
| Current - Output: | 4A |
| Voltage - Input: | 18 V ~ 36 V |
| Regulator Topology: | Flyback |
| Frequency - Switching: | 250kHz |
| Board Type: | Fully Populated |
| Supplied Contents: | Board(s) |
| Utilized IC / Part: | MAX17599 |
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MAXREFDES115B# is a unique power system designed for use in evaluation boards for off-line DC/DC and AC/DC switch mode power supplies (SMPS). The system is based on a controller system and provides for multiple power management solutions to meet users’ power requirements. It can be used in various applications such as motor drives, lighting, industrial automation, audio amplifiers, and various other consumer-electronic products.
MAXREFDES115B# is well suited for quick prototyping of a wide range of power applications. The evaluation board contains multiple integrated control features and a high-performance MOSFET switch mode power design to help minimize power losses and increase efficiency. This makes the evaluation board ideal for testing and prototyping a variety of DC/DC and AC/DC switch mode power supplies. In addition, the evaluation board features transient protection circuitry and a wide range of intelligent protection features to protect delicate components from overcurrent, overvoltage, and thermal events.
The evaluation board is also well suited for applications requiring maximum efficiency and low-EMI operation due to a closed-loop current-mode controller design. This allows the user to accurately regulate the output voltage while also optimizing efficiency and minimizing EMI. The board also features active current-sharing control circuitry which allows for precise power delivery without the need for external control circuitry.
The MAXREFDES115B# works on a principle of closed-loop control over the switching FETs. This means that the controller regulates the output of the FETs by monitoring the output voltage and the current level. The controller then uses this information to adjust the operating current leading to accurate and stable power regulation. The switch mode power design of the board also results in high efficiency and superior power delivery, as the FETs switch at high frequencies to reduce losses.
The Controller section of the evaluation board is made up of two main components, the power MOSFETs and the control circuitry. The MOSFETs are used to switch the input voltage and regulate the output power. The control circuitry provides the switching signals to the MOSFETs, and also performs a variety of safety and power management functions. The control circuitry also monitors the output voltage and current levels and adjusts the signals sent to the MOSFETs to maximize efficiency.
The evaluation board also contains a number of other features such as protection and auto-restart circuitry, as well as transient protection and surge protection features. Combined with an intuitive graphical user interface (GUI), the MAXREFDES115B# can be used to quickly build and test a wide range of DC/DC and AC/DC switch mode power supplies.
The MAXREFDES115B# provides a highly efficient and reliable power system for evaluation boards used in off-line DC/DC and AC/DC switch mode power supplies. Its advanced power management features and intuitive GUI allow for quick prototyping and testing of a wide range of power systems. The board is also well suited for applications requiring maximum efficiency and low-EMI operation. With a number of integrated features, the MAXREFDES115B# is an ideal solution for any power system application.
The specific data is subject to PDF, and the above content is for reference
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MAXREFDES115B# Datasheet/PDF