753101472GPTR13

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

Resistor Networks, Arrays are composed of interconnected resistors and have many applications in the fields of telecommunication, power electronics, audio engineering, electrical engineering and computer technology. The most common type of resistor network is the 753101472GPTR13, a 4-terminal network featuring 5 ohms of resistance. The 753101472GPTR13 has four terminals, aptly labeled A, B, C and D. When all four terminals are rightly connected to an external voltage source, A output current, flows through it. Every connection from A to B to C then to D and back to A forms a closed loop where voltage is applied in one direction and it is dissipated as heat due to the generation of electric current between terminals A and D. The 753101472GPTR13 is used in a variety of applications from high performance electronic amplifiers to voltage dividers, but its primary use is in Regulation Circuits. Regulation circuits are used to maintain a constant voltage between a power source and a load, regardless of the variation of the load impedance. It works by applying a voltage to a resistor network and adjusting the current flowing through it based on the measured voltage. The 753101472GPTR13 creates a voltage divider circuit, whereby a variable input voltage is divided into two segments, with their voltage proportional to the resistances of the A and D terminals. The current that flows through the resistor network is controlled by the value of the resistors connected to each terminal. As the load or power source voltage changes, the voltage divider circuit (which includes the 753101472GPTR13 resistor network) changes the voltage drop across each resistor, adjusting the current and keeping the power supply voltage within the required range. This particular resistor network is also useful in transporting signals, since it can provide a voltage buffering or isolation between two stages of the system. This is especially useful in audio and video distribution, which requires precise signals to be passed over long distances. By using the 753101472GPTR13 resistor network, the signal is buffered or isolated from any signal interference or outside noise, while still delivering a consistent signal quality over long distances. The 753101472GPTR13 is also used in power conversion and energy management applications. By providing a voltage conversion, power supply and protection in one step, the 753101472GPTR13 is a perfect candidate for applications that require a high level of precision and efficiency. By controlling the current flow and ensuring that the right amount of current passes through the resistor network, the 753101472GPTR13 eventually helps boost the efficiency of the complete system. The 753101472GPTR13 is a very versatile resistor network that finds applications in many different fields. Its ability to convert, protect and regulate voltages makes it an invaluable tool for power and energy management, audio/video distribution and precision power conversion.

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