AXB030X43-SRZ Datasheet/PDFDC DC Converters
DC to DC converters is an electrical circuit which converts a source of direct current from one voltage level to another. DC-DC converters products are commonly found in automotive, commercial, industrial and medical applications.
AXB030X43-SRZ is a widely used series of DC-DC converters. It is a High Efficiency, Wide Input Voltage (4:1) DC to DC Converter that can accept an input voltage from 4.5V to 18V and it will provide a regulated output voltage with maximum power of 30W.
Its main features are: wide operating temperature range of -55°C to +100°C, high efficiency (up to 86%), highly reliable switching frequency up to 500kHz, various protections such as OTP, Output Over Voltage, Thermal Shut-Down and Short-Circuit, high power density of 43.4W/in3, and wide input range.
AXB030X43-SRZ can be used in various applications like automotive applications, consumer electronics, computer peripherals, communication equipment, industrial control systems. It is ideal for applications including, but not limited to, power supply for computing devices, vehicle electronics, electric vehicle and renewable energy.
The working principle of AXB030X43-SRZ involves the transfer of energy using transformer. A transformer is a device which enables transferring electrical energy between two parts of the circuit with varying current and voltage levels. It works by using an alternating current to magnetize the core material and then demagnetizing the core to induce electric current. This DC converter includes two windings, one on the primary side and another on secondary side. The primary winding is connected to the input DC voltage source and the secondary winding is connected to the output load. When the primary winding is energized by the input DC voltage source, a magnetic field is created in the core which induces a voltage on the secondary winding. This induced voltage is transmitted to the output load, producing the desired output voltage.
AXB030X43-SRZ DC-DC converter is a reliable and cost effective solution for providing isolated and efficiency power for many applications. It is designed to be used in rugged environment and requires minimal design effort. The output is finely adjustable as well as monitored to obtain the required output with the highest possible efficiency. Furthermore, it has built-in protection against overcurrent, overvoltage and thermal conditions.