VTM™ Current Multiplier
VTM48KP020x088AA1
S
®
C
NRTL US
Sine Amplitude Converter™ (SAC™)
Features & Benefits
Product Ratings
• 43.2VDC to 1.8VDC 88A current multiplier
VIN = 0 to 55V
IOUT = 88A (nom)
K = 1/24
■■Operating from standard 48V or 24V
PRM™ regulators
VOUT = 0 to 2.3V (no load)
■■Up to 55 Volts DC input
Product Description
■■K of 1/24 provides up to 88A DC output current
• High efficiency (>95%) reduces system
power consumption
The Vicor’s 1323 ChiP VTM current multiplier is a high efficiency
(>95%) Sine Amplitude Converter™ (SAC™) operating from
a 0 to 55VDC primary bus to deliver a 0 to 2.3VDC low voltage
output. The Sine Amplitude Converter offers a low AC impedance
beyond the bandwidth of most downstream regulators; therefore
capacitance normally at the load can be located at the input
to the Sine Amplitude Converter. Since the K factor of the
VTM48KP020x88AA1 is 1/24, the capacitance value can be
reduced by a factor of 576, resulting in savings of board area,
materials and total system cost.
• High density (921A/in3)
• Vicor’s 1323 ChiP package enables
low impedance interconnect to system board
• Provides enable / disable control,
internal temperature monitoring,
internal current monitoring
The VTM48KP020x088AA1 is provided in Vicor’s 1323 ChiP
package compatible with standard pick-and-place assembly
processes. The co-molded ChiP package provides enhanced
thermal management due to a large thermal interface area and
superior thermal conductivity. The high conversion efficiency of
the VTM48KP020x088AA1 increases overall system efficiency and
lowers operating costs compared to conventional approaches.
• ZVS / ZCS resonant Sine Amplitude Converter topology
• Parallel up to 10 modules
Typical Applications
• Computing and Telecom Systems
■■Optimized for the Intel VR12.5 Processor Specification
• Automated Test Equipment
The VTM48KP020x088AA1 enables the utilization of Factorized
Power Architecture™ which provides efficiency and size benefits
by lowering conversion and distribution losses and promoting high
density point of load conversion.
• High Density Power Supplies
• Communications Systems
VTM™ Current Multiplier
Page 1 of 3
Rev 1.5
07/2017