Vicor expands high voltage Bus Converter Family with new K=1/16, 384VDC – 24VDC in a ChiP package
Vicor expands high voltage Bus Converter Family with new K=1/16, 384 – 24VDC in a ChiP package
Summary: The new BCM6123TD1E2663Txx is a high-density, high-efficiency, fixed ratio DC-DC converter module in a ChiP package, which operates from a 384VDC nominal input and delivers an isolated and Safety Extra Low Voltage (SELV) 24V secondary output. The new BCM 6123 ChiP is offered in a through-hole form factor measuring 61mm x 23mm x 7.26mm.
The introduction of the new BCM6123TD1E2663Txx expands Vicor’s family of high voltage bus converters to include K=1/8 (384 – 48VNOM), K=1/32 (384 – 12VNOM), and the new K=1/16 (384 – 24VNOM) highlighted in the below table:
Announced today and existing:
|Part Number||Package[a]||K-Factor||Nominal Input
|Nominal Output Voltage
|Current (A)||Peak Efficiency|
|BCM6123TD1E1368Txx||6123 ChiP||1/32||384||260 – 410||12||8.1– 12.8||68||97.4|
|BCM6123TD1E13A3Txx||6123 ChiP||1/32||384||260 – 410||12||8.1– 12.8||125||97.4|
|BCM6123TD1E2663Txx||6123 ChiP||1/16||384||260 – 410||24||16.3 – 25.6||62.5||97.4|
|BCM6123TD1E5117Txx||6123 ChiP||1/8||384||260 – 410||48||32.5 – 51.3||16.9||97.7|
|BCM6123TD1E5126Txx||6123 ChiP||1/8||384||260 – 410||48||32.5 – 51.3||25.7||97.9|
|BCM6123TD1E5135Txx||6123 ChiP||1/8||384||260 – 410||48||32.5 – 51.3||35||98|
Table 1 – Items in green are newly released, others were previously announced.
[a] These are offered in a through-hole form factor
Targeting industrial, telecom, and lighting applications, Vicor’s family of high voltage bus converters give system designers a simple and cost effective means to create common bus voltages of 12V, 24V, and 48V directly from 384VDC.
Based on the patented Sine-Amplitude Converter topology, high voltage BCM ChiPs are able to reach peak efficiencies of 98% and achieve power densities up to 2400W/in³. These flexible modules can be easily paralleled into high power arrays and outputs can be put in series to achieve higher VOUT. In addition, the high voltage BCMs are offered with either analog or digital signal interface and all have an operating temperature range of -40˚ to 100˚C.
Since all Vicor BCMs are bi-directional, designers have the opportunity to incorporate this unique feature in new designs to enhance system functionality.
Lastly, high voltage BCMs allow designers to reduce the amount of bulk capacitance needed at the load by utilizing the Sine-Amplitude Converter’s low AC impedance relative to the down-stream regulator, effectively ‘reflecting’ the capacitance across the module.
With the new K=1/16 model, 500 µF of 24V point-of-load capacitance can be effectively provided by 2 µF on the module’s primary side.
Learn more about these products at:
About Vicor Corporation
Vicor Corporation designs, develops, manufactures and markets modular power components and complete power systems based upon a portfolio of patented technologies. Headquartered in Andover, Massachusetts, Vicor sells its products to the power systems market, including enterprise and high performance computing, industrial equipment and automation, telecommunications and network infrastructure, vehicles and transportation, aerospace and defense. www.vicorpower.com
Power Component Design Methodology
Vicor’s Power Component Design Methodology enables power system designers to reap all of the benefits of modular power component design – predictable component and system functionality and reliability, fast design cycles, and easy system configurability, re-configurability and scaling – while achieving system operating efficiency, power density and economy that rival the best alternative solutions. Utilizing Vicor’s Power System Designer, engineers can select from an extensive portfolio of proven Vicor power components to architect, optimize and simulate their complete power system, all the way from their input sources to their points of load. This innovative approach to power system design delivers fast time-to-market and state-of-the-art performance while minimizing the possibility of last minute surprises and delays that so often occur with conventional or custom design methodologies.
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