741-402

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

741-402, otherwise known as the 4047 Integrated Silicon Rectifier, is a full wave rectifier circuit commonly used in electronics applications. The device functions by converting AC voltage into DC voltage and is widely used in power supply designs and in audio circuitry.

The 741-402 integrated silicon rectifier is composed of six parallel silicon diodes, two in each of the three legs. The rectifier itself is arranged in a full wave bridge topology, making it able to function in applications utilizing both single and three phase power outputs. The 741-402 is capable of up to 1200V peak repetitive reverse voltage and 0.5A continuous forward current.

The purpose of the 741-402 is to act as a converter of alternating current, or AC, to direct current, or DC. This conversion is achieved by using the diodes, which are electric components capable of preventing reverse current flow. The 741-402 is designed to accept AC voltage inputs from either single or three phase applications and output the converted DC voltage.

The operation of the 741-402 begins with the application of AC voltage to the input terminals. This voltage passes through the diodes in a specific pattern. As the voltage passes through each diode, current flows in only one direction, eventually resulting in an output voltage that is a steady, direct current.

The 741-402 offers several distinct advantages when compared to other rectifier solutions. For starters, The 741-402 is able to maintain a high degree of efficiency while operating with a wide voltage range., This makes it suitable for many different types of applications in both commercial and consumer electronics designs. In addition, the 741-402 is also resistant to overvoltages, meaning it is unlikely to get damaged or suffer degradation due to power surges or other spikes in voltage.

The 741-402 is a highly useful device for both commercial and consumer electronics applications. It is able to convert AC to DC voltage efficiently and has a wide voltage range. Additionally, it is resistant to overvoltages ensuring it is able to function in many different types of scenarios without worry of malfunction. As a result, the 741-402 proves to be an invaluable tool used in many modern electronics designs.

The specific data is subject to PDF, and the above content is for reference