768201752GPTR13

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Resistor networks and arrays are used in many electronic applications. The 768201752GPTR13 resistor network is one such type of resistor, and it offers unique characteristics which make it suitable for many electronic applications. This article will describe the applications and working principles of the 768201752GPTR13 resistor network.

The 768201752GPTR13 is a surface-mount resistor array with two separate terminals. It has an integrated resistor which is 100 ohms at 100 mW, with a tolerance of 1%. This resistor features a unique package design, with a squared-off base for easy soldering and an indented portion for improved mounting. It also has an anti-tabulation coating which ensures a good electrical connection between the two terminals.

The 768201752GPTR13 is commonly used in circuitry where 400mV of DC current needs to be passed through. In these applications, the two terminals of the resistor are connected in series, and the 100 ohm resistor will effectively reduce the voltage being passed through from 400mV to 200mV. This allows for a more efficient and reliable signal transmission with minimal power dissipated in the process.

Additionally, the 768201752GPTR13 is often used in digital logic systems. The two terminals can be used to connect a logic gate\'s input and output, and the 100 ohm resistor will reduce any unwanted charge leakage from the output side. This ensures that the logic gate operates at the desired voltage, improving overall system performance and reliability.

The 768201752GPTR13 also has many other applications in analog electronics. It can be used in analog filters to change the input signal frequency, in oscillators to set the resonance frequency, in attenuators to reduce the output signal level, and in Darlington circuits to increase the current gain. It is also commonly used in speaker amplifiers to create a dampening effect, and in loudspeakers to protect them from overloading.

The working principle of the 768201752GPTR13 is fairly straightforward. The resistor works by developing a voltage drop across its terminals when a current passes through it. This voltage drop is equal to the resistance value of the resistor multiplied by the current. This ensures that the voltage seen across the two terminals is reduced to the desired level.

In addition to its described applications, the 768201752GPTR13 resistor network has other uses as well. It can be used in many electronic circuits as a voltage divider, voltage regulator, or current limiter. Its two terminals also make it ideal for use in signal conditioning circuits, amplifiers, and comparators. The versatile package and solid performance of the 768201752GPTR13 make it a great choice for many different electronic applications.

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