BA033SFP-E2

BA033SFP-E2, or referred to as BA033, is an voltage regulator designed and developed by ICT. It is an integrated solution that combines a 9-40V input with a 5V/9A power supply to ensure a broad operating temperature range (-40 to +125oC). The BA033 features excellent efficiency with its low quiescent current (50uA) and low output voltage noise (1mVrms).

The BA033 can be used for various applications, such as regulating a 12V input to 5V for powering an industrial control system, powering LED lighting, providing a 5V power source for digital equipment, and more. Its compact size and high efficiency make it ideal for use in space-constrained and energy-efficient solutions.

The BA033 operates on a simple linear voltage regulator principle, which converts a high-voltage input to a stable, low output voltage. The input voltage is applied to a series of rectifying diodes, which act like one-way check valves, allowing the positive or negative parts of the wave to pass through to the capacitor. The capacitor is used to store the excess energy, which is then used to maintain a stable output voltage. The regulator also uses an output voltage control to ensure the output voltage remains steady and without fluctuation. The output voltage is monitored and adjusted if necessary using a voltage comparator and a control circuit.

The BA033 also features a surge protection mechanism that acts as a supplemental safeguard against any spikes in the input voltage. The surge protection circuit senses and absorbs any such spikes, keeping the input voltage steady and within an acceptable range. The protection circuit is especially useful in industrial and outdoor applications, where surges and other voltage inconsistencies are common.

Overall, the BA033 is an ideal solution for applications requiring a 5V/9A power source. With its highly efficient design, the BA033 can deliver a stable output voltage even in the most space-constrained and energy-intensive environments. Its surge protection circuit provides all-around protection for the input and output voltage, ensuring consistent performance in various applications.