GE  151X1215DC10SA01  Buffer Module

• Voltage and current buffering: It can effectively buffer the sudden changes of voltage and current. Through internal capacitors and other components to store and release energy, it absorbs overvoltage and surge current generated in the circuit, and protects power devices from damage. For example, at the moment when the switch tube is turned on and off, it can suppress voltage spikes and current impacts.
• Signal stabilization: It can buffer signals, offset instantaneous waveform distortion caused by uneven data transmission rate, delayed processing operations, etc., provide protection for signal gain and isolation, enable circuits with different speeds to work in coordination, and improve the overall performance of the system.
• Circuit protection: For example, in the power supply soft-start circuit, when connected between the drain and gate of the semiconductor switch tube, it can increase the equivalent capacitance between the drain and gate, extend the Miller platform time of the semiconductor switch, reduce soft-start loss, reduce the impact on the bus capacitor, and avoid damage to the bus capacitor.

• Industrial automation field: It can be used in frequency converters, servo drives and other equipment to protect the power devices, ensure the stable operation of the equipment, and guarantee the continuity of industrial production processes.
• Power system: It is suitable for switching power supplies, power converters and other devices, which can improve the stability and reliability in the power conversion process and reduce the occurrence of circuit faults.
• New energy field: In solar photovoltaic power generation systems and wind power generation systems, it can protect related power electronic circuits. For example, in photovoltaic inverters, it can buffer and protect switching elements in the circuit, improving the stability and service life of the system.
• Other fields: It is also used in some equipment with high requirements for power supply stability, such as medical equipment and communication base stations. It can ensure that the electronic circuits in the equipment work in a stable electrical environment, and avoid the impact of voltage fluctuations and other factors on the normal function of the equipment.