MAXREFDES115C#

The MAXREFDES115c# is a synthesized DC to DC / AC to DC switching power supply, which provides a highly integrated solution for low noise and isolated power supplies. It is an 85 dB linear phase cascade post-filter circuit, with an input to output isolation of 10kVrms. The MAXREFDES115c# is targeted for motor and power system applications, as well as programs requiring high uniformity, low noise, and long-term reliability.

The MAXREFDES115c# provides up to 5V, and 12V outputs with 15V input voltage, while also providing cable-fed inductor current limit control for both the input and output boost converters. Its input to output isolation enables it to provide a wide range of uninterruptible power supply (UPS) solutions with fast response time and no load or standby power consumption.

The MAXREFDES115c# utilizes state-of-the art, analog and digital, field-programmable gate array (FPGA) technology. Its integrated analog compensator controller minimizes jitter, ensuring remarkable performance in both transient and steady state. The MAXREFDES115c# also features a low-noise, wide-bandwidth, power-supply-frame-independent architecture that enables it to operate in both balanced and unbalanced grid topologies.

The MAXREFDES115c# features high power-supply rejection ratio (PSRR) over the full load current range, enabling excellent line rejection and reliable operation in high noise environments. Its digital generation of control signals enables pulse-width modulation (PWM) accuracy, and no moving parts also provide a very low cost solution for designs requiring enhanced power delivery.

The MAXREFDES115c# design is also compatible with various isolated power inductors, allowing system designers to optimize their supply requirements and performance. Furthermore, the MAXREFDES115c# design also supports remote synchronization, enabling low supply latency and enhanced transient response.

The MAXREFDES115c# is a highly-integrated board designed to provide an efficient and low-cost solution for DC-DC/AC-DC power supplies. It is ideal for a wide range of industrial, automotive, and aerospace applications for which a robust and high-performance board is required. The board is capable of providing a wide range of high-current/high-efficiency supply regulation solutions, along with unparalleled accuracy.