V24B24C150BG VICOR DC DC Converters Specifications

The V24B24C150BG is a cutting-edge DC-DC converter module that stands out for its high efficiency, robust performance, and adaptability across a wide range of demanding applications. This article delves into its specifications, features, and applications, alongside a comparison with alternatives and key purchasing considerations.

Catalog

V24B24C150BG Description

The V24B24C150BG is a high-performance DC-DC converter module from Vicor, part of their Maxi, Mini, Micro series. It operates efficiently within an input voltage range of 18 to 36 volts, delivering a steady 24-volt output with a maximum power capacity of 150 watts. Designed for demanding applications, including industrial systems and telecommunications, this module ensures reliable power conversion with advanced features such as overcurrent and overtemperature protection. Its compact design and robust performance make it an ideal choice for businesses seeking efficient power solutions.

With a proven track record in high-efficiency power systems, the V24B24C150BG is an excellent choice for bulk orders. This module offers reliability and precision in demanding environments. Contact us today to secure your bulk order and ensure consistent quality in your power supply solutions.

V24B24C150BG Specifications

V24B24C150BG Alternatives

V24B24C150BG Features

• Wide Input Voltage Range: Operates efficiently between 18V and 36V, accommodating various power sources.

• Regulated Output: Provides a stable 24V DC output with a power rating of 150W.

• High Efficiency: Designed for optimized power conversion, reducing energy losses.

• Compact Design: Small form factor suitable for space-constrained applications.

• Robust Performance: Ideal for industrial, telecommunications, and other demanding applications.

• Protection Features: Includes overcurrent and overtemperature protection to ensure safe operation.

• Thermal Management: Built to handle heat effectively under high-load conditions.

• Reliability: Tested for consistent performance under various environmental conditions.

• Ease of Integration: Compatible with standard mounting and connection interfaces.

• Compliance: Meets industry standards for safety and electromagnetic compatibility.

V24B24C150BG Applications

• Industrial and Process Control: The V24B24C150BG is ideal for powering control systems in industrial environments, ensuring stable and efficient operation for automation, monitoring, and machinery systems.

• Distributed Power Systems: Its high efficiency and reliable performance make it a perfect choice for distributed power architectures, where maintaining consistent voltage across multiple devices is critical.

• Medical Equipment: With its stable output and robust design, this converter supports sensitive medical devices, ensuring uninterrupted and reliable performance in critical healthcare applications.

• Automated Test Equipment (ATE): The V24B24C150BG delivers precision power for testing and diagnostic tools, making it suitable for ATE systems that require accuracy and dependability.

• Communications: This module supports telecom and data communication systems, offering consistent power for base stations, network equipment, and other infrastructure.

• Defense and Aerospace: Built to withstand challenging environments, the V24B24C150BG is well-suited for defense and aerospace applications requiring high reliability and efficiency under extreme conditions.

Factors to Consider When Buying V24B24C150BG

• Input Voltage Compatibility: Ensure the input voltage range of your application (18V to 36V) aligns with the V24B24C150BG's specifications.

• Output Voltage and Power Requirements: Verify that the 24V output and 150W power rating meet your system's needs without exceeding the module's capabilities.

• Thermal Management: Evaluate the thermal environment of your application to ensure adequate cooling and heat dissipation for reliable operation.

• Efficiency: Consider the converter's efficiency to minimize energy losses, especially in systems where power consumption is a critical factor.

• Physical Dimensions: Check the size and form factor to confirm it fits within your system's design constraints.

• Application Requirements: Assess whether the V24B24C150BG meets specific requirements for your industry, such as industrial automation, medical devices, or aerospace systems.

• Protection Features: Look for built-in safeguards like overcurrent and overtemperature protection to enhance safety and reliability in your application.

• Compliance and Standards: Ensure the module complies with industry safety and electromagnetic compatibility standards relevant to your use case.

• Environmental Conditions: Verify that the module can operate under the temperature, humidity, and vibration conditions expected in your application.

• Cost and Availability: Compare pricing and ensure availability for bulk orders if needed, especially for large-scale deployments.

V24B24C150BG Basic Module Operation

The provided diagram illustrates the basic operation and circuit connection of the V24B24C150BG DC-DC converter module. It highlights the input and output connections, as well as the essential supporting components required for optimal performance. The input section includes components such as C1 (0.2 µF) and C2, C3 (4.7 nF each), which serve as input capacitors to filter noise and stabilize the voltage at the input terminals. A fuse (F1) is included to protect the circuit against overcurrent conditions.

On the output side, capacitors C4 and C5 (4.7 nF each) are used to maintain stability and filter high-frequency noise, ensuring a clean and stable output voltage. The connections labeled +S and -S are the sense lines, used to regulate the output voltage accurately by compensating for any voltage drops across the load or wiring. Additionally, the pins PC and PR likely represent control and remote functionality, enabling additional operational features like remote shutdown or programming.

V24B24C150BG Mechanical Drawing

V24B24C150BG PCB Mounting Specifications

Comparison: V24B24C150BG vs. V24C48E100BF

When comparing the V24B24C150BG and V24C48E100BF DC-DC converters from Vicor, several distinctions make each module suitable for specific applications. Both operate within an input voltage range of 18V to 36V and have a nominal input voltage of 24V, but their output specifications differ significantly. The V24B24C150BG provides a 24V output at a power rating of 150W and a current of 6.25A, making it ideal for applications requiring higher power and current. In contrast, the V24C48E100BF delivers a 48V output at 100W and 2.08A, catering to systems with lower power demands but higher voltage requirements.

The mounting style is another critical differentiator. The V24B24C150BG is designed for through-hole mounting, offering robust mechanical connections for industrial and rugged environments. On the other hand, the V24C48E100BF uses a surface-mount design, which is better suited for compact and high-density PCB layouts. Additionally, the V24C48E100BF is smaller, featuring a quarter-brick form factor (2.28" x 1.45" x 0.5"), compared to the half-brick size (2.28" x 2.2" x 0.5") of the V24B24C150BG, making it a more space-efficient choice for constrained designs.

Efficiency and thermal management also play a role in selection. The V24C48E100BF offers slightly higher efficiency at up to 89%, which can help reduce heat generation and improve energy utilization in sensitive systems. In terms of operating temperature, the V24B24C150BG has a wider range, functioning from -20°C to +100°C, whereas the V24C48E100BF operates between -10°C and +100°C, making the former a better option for colder environments.

The V24B24C150BG is ideal for applications requiring higher power output, through-hole mounting, and operation in colder environments. Conversely, the V24C48E100BF is better suited for compact designs requiring a 48V output, surface-mount technology, and slightly improved efficiency. Both options offer reliable performance but cater to different design and operational needs.

Conclusion

In summary, the V24B24C150BG exemplifies efficiency, reliability, and flexibility in power conversion, making it a valuable asset for industrial systems and other critical applications. Its wide input voltage range, robust protection features, and high efficiency ensure it meets the rigorous demands of modern electronics. For tailored advice or to secure your bulk order, reach out today and equip your operations with this trusted power module.

Datasheet PDF

V24B24C150BG Datasheet: