Two-Stage Approach to Highly Efficient, Super-Wide Input Voltage Range DC-DC Converters"
- This paper details a two-stage approach to DC-DC converter design that increases
the input voltage range without sacrificing efficiency for applications that require
a wide input range or have significant transient or voltage surges.
an Intelligent Pin-Out for High Amperage DC-DC Converters" - This
paper describes a pin-out design for high amperage converters (60+ Amps) that require
two sets of output pins. The design minimizes voltage drop and power dissipation,
resulting in an optimal solution for the customer.
"High Efficiency Pays" - This paper explores the substantial cost
savings associated with using a high-efficiency DC-DC converter. These savings include
reduced electricity consumption, smaller requirements for AC-DC power supply and
battery backup as well as less need for fans, cooling systems and real estate.
Calculator - download this file to input your own DC-DC converter
values and cost assumptions that are outlined in the "High Efficiency Pays" white
paper. This spreadsheet allows easy customization of the savings analysis to fit
your specific conditions.
of Kilo, Mega, Giga, Tera DC-DC Converters" - This paper details
the product's performance improvements and technical differences while answering
common questions about compatibility and part number changes within the Power
Qor family of DC-DC converter modules.
a New World without Baseplates" - This paper demonstrates the performance
and reliability advantages of using a DC-DC converter that is constructed with no
the Heatsink off your Back" - This paper demonstrates how synchronous
rectifier based DC-DC converters provide more usable output power without a heatsink
than do the conventional, Schottky diode based converters with a heatsink. -German Version-