
Allicdata Part #: | VE-J5P-CW-B1-ND |
Manufacturer Part#: |
VE-J5P-CW-B1 |
Price: | $ 0.00 |
Product Category: | Power Supplies - Board Mount |
Manufacturer: | Vicor Corporation |
Short Description: | DC DC CONVERTER 13.8V 100W |
More Detail: | Isolated Module DC DC Converter 1 Output 13.8V ... |
DataSheet: | ![]() |
Quantity: | 1000 |
1 +: | 0.00000 |
Current - Output (Max): | 7.25A |
Base Part Number: | VE-J5P |
Size / Dimension: | 2.36" L x 2.28" W x 1.08" H (59.9mm x 57.9mm x 27.4mm) |
Package / Case: | Half Brick |
Mounting Type: | Through Hole |
Efficiency: | 90% |
Operating Temperature: | -25°C ~ 100°C |
Features: | OCP, SCP |
Applications: | ITE (Commercial) |
Voltage - Isolation: | 3kV |
Power (Watts): | 100W |
Series: | VE-J00™ |
Voltage - Output 3: | -- |
Voltage - Output 2: | -- |
Voltage - Output 1: | 13.8V |
Voltage - Input (Max): | 200V |
Voltage - Input (Min): | 100V |
Number of Outputs: | 1 |
Type: | Isolated Module |
Part Status: | Active |
Packaging: | Bulk |
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DC/DC converters play a pivotal role in transforming the current in electrical circuits, especially in converting the DC power that is available to an appropriate voltage or current for specific applications. The VE-J5P-CW-B1 DC/DC converter is one such power converter that is specifically designed for the industrial, commercial, and scientific application fields. This converter is one of the most efficient ways to manage and optimize the power levels you need in order to properly run your systems.
The core purpose of the VE-J5P-CW-B1 DC/DC converter is to convert the voltage or current of a power source into the exact right type in order to operate a motor, charge batteries, light up LED lights, heat pumps, or anything else you may need. This converter is designed to easily fit on your circuit boards and is highly reliable due to the hermetically sealed aluminum casing that protects it from environmental conditions, dust, and flying particles. Additionally, this converter also has a wide input voltage range so that you can use it in almost any environment.
The main feature of the VE-J5P-CW-B1 DC/DC converter is its wide conversion range efficiency. It operates efficiently throughout the entire input voltage range, allowing for efficient operation with minimal power dissipation across different loads. It has a nominal input voltage of 3.3 to 18V and a nominal output voltage of either 4.5V or 5V. It has a nominal current rating of up to 10A and a maximum efficiency of up to 92%.
When it comes to the working principle of the VE-J5P-CW-B1 DC/DC converter, it follows a simple yet powerful protocol. The main goal is to take the available input voltage and regulate it to the desired output voltage. This is handled by a combination of components and circuits. The input voltage is applied to a positive and a negative terminal and the output voltage is generated from an internal high-efficiency linear regulator. This regulator is configured to regulate the voltage according to the output power requirement. The output voltage is then further divided and distributed through several secondary regulators.
The VE-J5P-CW-B1 DC/DC converter is extremely useful in a variety of applications and industries. It is commonly used for industrial applications such as motor controllers, telecom power supplies, and batteries. It is also used for commercial applications, such as appliance power supplies and solar systems, and for scientific applications, such as aerospace, robotics, and medical devices.
To summarize, the VE-J5P-CW-B1 DC/DC converter is an efficient and reliable way to maintain and optimize the power levels you need for a variety of applications. It is specifically designed for industrial, commercial, and scientific application fields and is equipped with an aluminum casing that helps to keep the converter safe from any environmental conditions. It has a wide input voltage range and a wide conversion range efficiency, which allows for efficient operation across different loads. Lastly, the working principle is to take the available input voltage and regulate it to the desired output voltage through the use of a linear regulator and secondary regulators.
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