Industrial-Grade DC-DC Converters Suitable for both Industrial Applications and Renewable Energy Solutions
In the rapidly evolving world of datacenters and telecommunications, efficient and reliable power management is crucial. PULS, a leading technology and market innovator, offers a range of DC-DC converters specifically designed for use in datacenters with 48VDC bus systems.
These converters are engineered to provide high efficiency, reliability, compact design, and compatibility with 48V telecom standards. This enables stable and efficient power conversion from the common 48V supply to the lower voltages required by server and networking equipment.
One of the key advantages of PULS DC-DC converters is their optimisation for 48V DC telecom bus systems. They efficiently step down from 48V telecom power supplies, which are standard in datacenters and telecom infrastructures, providing reliable intermediate power rails.
The high power density and compact form factor of these converters allow for significant power output with minimal board space, facilitating dense hardware installations typical in datacenters. This minimizes energy loss, reducing heat generation and improving overall system energy efficiency, critical for power-hungry datacenter environments.
Robust and long-lasting operation is another crucial feature. Designed to operate continuously under demanding telecom and datacenter conditions, these converters come with features such as overcurrent protection, thermal management, and high mean time between failures (MTBF).
Advanced monitoring and control interfaces are also available, offering precise voltage and current telemetry via PMBus or I2C. This enables remote monitoring and system integration to enhance power management and fault diagnostics.
PULS DC-DC converters are also compatible with a wide input voltage range, suited for the varying voltage conditions found in telecom power systems. They maintain stable output through fluctuations, ensuring interoperability and reliability in telecom-grade 48V environments.
In addition to these features, PULS DC-DC converters offer a "DC OK" signal and various connection options, such as spring clamps, screw terminal, and plug connectors. They are available for use in a variety of industries, including hazardous locations, marine, semiconductor, and DeviceNet systems, in addition to industrial, machine building, and smart factories.
Output voltages for PULS DC-DC Converters range from 5VDC to 56VDC, with power levels from 100W to 500W. They can be used in railway and medical applications, and in low-power applications through the PULS MiniLine product range.
Operating temperatures for PULS DC-DC Converters range from -40°C to 70°C, depending on the model. The compact design saves space on a DIN-rail, and higher voltage options for renewable energy applications are available, including 96-100 VDC, 110:150 VDC, 110-300VDC, and 600 VDC.
PULS is renowned for its DIN-rail power supplies, with the PULS product range DMENSION offering best-in-class DIN-Rail power supply units. The company's SilverLine product range has been performing reliably since the mid 1990's, making PULS a trusted name in the industry.
In essence, PULS DC-DC converters are specifically engineered to leverage the telecom-standard 48VDC power bus, delivering stable, efficient, and monitored power for servers and networking equipment in datacenters, while maximizing uptime and minimizing space and cooling requirements.
- In the datacenter industry, PULS DC-DC converters, designed with compatibility for 48V telecom standards, offer a solution for stable and efficient power conversion with financial implications, as they minimize energy loss, reduce heat generation, and enhance overall system energy efficiency.
- Expanding beyond datacenter applications, PULS DC-DC converters are suited for use in various industries, such as telecommunications and energy, where they provide reliable intermediate power rails via optimized power conversion from the standard 48V supply, promoting energy efficiency and technology advancements.
