VI Chip, ChiP and VIA Packages BCM Family

VI Chip®, ChiP™ and VIA™ Packages BCM® Family Isolated, Fixed-Ratio DC-DC Converter Modules ® S C US C NRTL US For use in three-phase AC industrial power and DC transmission systems for remote unmanned vehicles; high-end computing systems, industrial systems, telecom/datacom systems and 384VDC power distribution architectures; 48V intermediate bus architecture power systems, automated test equipment, communication and transportation Description Features & Benefits Vicor BCMs are power components that provide voltage • Input range transformation, current multiplication and isolation for designs ■■Ultra-high voltage: 400 – 800V input that require high power density, high efficiency, small size and low ■■High voltage: 200 – 410V input weight. Essentially a very small high-frequency DC-DC transformer, (meets ETSI requirements) the BCM steps down its input voltage by a range of ratios and provides galvanic isolation. BCMs support a broad range of output ■■Low voltage: 36 – 60V input voltages and power levels. With peak efficiencies of up to 98% • High efficiency and power densities of up to 2,870W/in³. The family is available ■■Ultra-high voltage: Up to 97% in a variety of temperature grades. The robust VIA package also ■■High voltage: Up to 98% provides integrated PMBus communication and EMI filtering. These ■■Low voltage: Up to 97.6% flexible modules can be easily paralleled into higher power arrays. In addition, the BCM outputs can be connected in series to achieve • High power density higher VOUT. Vicor BCM products offer benchmark performance in ■■Ultra-high voltage: Up to 700W/in³ a small, cost-effective package. ■■High voltage: Up to 2,735W/in³ Utilizing Vicor resonant Sine Amplitude Converter™ (SAC) ■■Low voltage: Up to 2,870W/in³ topology, BCMs leverage high-frequency Zero-Voltage Switching • Parallel inputs and outputs for high-powered arrays (ZVS) and Zero-Current Switching (ZCS) to deliver unmatched efficiency and power density with low noise and fast transient • Connect outputs in series for higher output voltages response. In addition, the BCM’s low AC impedance, beyond • Bidirectional capability the bandwidth of most downstream regulators, enables bulk • VIA Package capacitance, normally located at the input of a regulator, to be placed at the high-voltage input to the BCM. This reduces bulk ■■Available in chassis- or PCB-mount form-factor capacitance requirement an offers saving of board area and system ■■Simplifies thermal design cost. When BCMs operate in reverse, they provide an efficient ■■Provides integrated filtering step-up conversion. ■■Available with PMBus® Communication Offered in a range of package options and power levels, BCMs • VI Chip Full and Half provide unmatched performance to meet the demanding ■■SMT or Through-hole form-factor requirements of modern power system designs. • ChiP Package ■■Through-hole form-factor ■■PMBus capable (using Digital Isolator/Digital Supervisor) BCM6123 ChiP 2.402 x 0.990 x 0.284in [61.00 x 25.14 x 7.21mm] BCM4414 VIA BCM3814 VIA 4.35 x 1.40 x 0.37in 3.76 x 1.40 x 0.37in [110.55 x 35.54 x 9.40mm] (95.59 x 35.54 x 9.40mm) Full VI Chip 1.280 x 0.866 x 0.265in [32.50 x 22.00 x 6.73mm] BCM6123 ChiP 2.494 x 0.898 x 0.284in Half VI Chip [63.34 x 22.80 x 7.21mm] 0.866 x 0.650 x 0.265in (22.00 x 16.50 x 6.73mm) vicorpower.com Rev 1.0 08/2019

Part Numbers Input Output Output Output Control Model Number Package Voltage Voltage Power Current Interface BCM4414xG0F4440yzz 544V (400 – 700V) 34V (25 – 43.75V) 40.0A 1600W VIA Digital BCM4414xH0E5035yzz 650V (500 – 800V) 40.6V (31.3 – 50V) 35.0A BCM6123TD0G5030yzz [a] 270V (200 – 400V) 33.8V (25 – 50V) 1000W 30.0A BCM6123TD1E5117yzz [a] 800W 16.9A BCM6123TD1E5126yzz [a] 48V (32.5 – 51.3V) 1200W 25.7A BCM6123TD1E5135yzz [a] 1750W 35.0A ChiP Digital / Analog BCM6123TD1E2663yzz [a] 24V (16.3 – 25.6V) 1500W 62.5A BCM6123TD1E1368yzz [a] 384V (260 – 410V) 800W 68.0A 12V (8.1 – 12.8V) BCM6123TD1E13A3yzz [a] 1500W 125.0A BCM4414xD1E5135yzz 48V (32.5 – 51.3V) 1750W 35.0A BCM4414xD1E2663yzz 24V (16.3 – 25.6V) 1500W 62.5A VIA Digital BCM4414xD1E13A3yzz 12V (8.1 – 12.8V) 1500W 125.0A BCM352T440y330A00 44V (41.25 – 45.63V) 325W 7.7A BCM352T125y300A00 352V (330 – 365V) 12.5V (11.79 – 13.04V) 300W 26.0A Full BCM352T110y300B00 11V (10.3 – 11.4V) 300W 28.5A Analog VI Chip BCM384x480y325Bzz 48V (45 – 50V) 325W 7.1A 384V (360 – 400V) BCM384x120y300Azz 12V (11.3 – 12.5V) 300W 27.3A BCM6123x60E10A5yzz 6 – 10V 1500W 150A ChiP Digital / Analog BCM6123x60E15A3yzz 9 – 15V 1950W 130A 36 – 60V BCM3814x60E10A5yzz 6 – 10V 1500W 150A VIA Digital BCM3814x60E15A3yzz 9 – 15V 1950W 130A BCM48Bx030x210A00 2.4 – 3.4V 210W 70A BCM48Bx040y200B00 3.2 – 4.6V 200W 50A BCM48Bx060y240A00 4.75 – 6.87V 40A BCM48Bx080y240A00 6.34 – 9.16V 240W 30A BCM48Bx096y240A00 7.6 – 11.0V 25A Full BCM48Bx120y300A00 38 – 55V 9.5 – 13.8V 300W 25A VI Chip Analog BCM48Bx160y240A00 12.7 – 18.3V 240W 15A BCM48Bx240y300A00 19 – 27.5V 12A BCM48Bx320y300A00 25.3 – 36.7V 300W 9A BCM48Bx480y300A00 38.0 – 55V 6A BCM48Bx120y120B00 9.5 – 13.75V 120W 11.3A Half VI Chip [a] Bidirectional capability. Typical Applications 24V or 48V 26 – 55V 0.7 – 55V 380VDC HV BCM PRM VTM LOAD 4V, 6V, 8V, 9.6V, 12V, 16V, 24V, 48V 48VNOM LV BCM PoL 3.3V (38 – 55V) (36 – 60V) PoL 5V 12V, 24V or 48V 380VDC HV BCM PRM 20 – 55V PoL 2V PMBusTM ZVS Buck LOAD System LOAD Processor LOAD 3-Phase 48V, 24V 25 – 44V 12V AC Input s or 12V UHV BCM48V BCM 380V BCM OutputDC DC LOAD LOAD Digital Digital PMBus TM TM System Digital Digital PMBus System Isolator Supervisor Processor Isolator Supervisor Processor High-Voltage DC Transmission for Unmanned Vehicles 640V 40V UHV BCM UHV BCM 40V ©2019 Vicor Corporation. All rights reserved. The Vicor name is a registered trademark of Vicor Corporation. PMBus® is a registered trademark of SMIF, Inc. All other trademarks, product names, logos and brands are property of their respective owners. vicorpower.com Rev 1.0 08/2019