767141561GP

Resistor Networks, Arrays

A 767141561 GP is an array of resistors connected in series with each other. This type of resistor network is often used in circuits to regulate the amount of current passing through it. It is a four-terminal, two-quadrant network of resistors (or even diode networks) that can be used to regulate current, provide immunity to power supply spikes, or just provide a simple, low-cost solution for reducing power consumption.

The 767141561 GP has two parts, a common gate and four active resistors (R1-R4). The common gate is the connection point between all four resistors and is the point from which the currents that pass through the resistors originate. The voltage drop across R1-R4 is calculated by the number of ohms (measured in ohms) of each resistor multiplied by the current passing through it. Thus, by adjusting the values of R1-R4 the amount of current passing through the network can be controlled.

In addition to providing precise control over current, the 767141561 GP also offers immunity to power supply spikes. This is done by connecting the common gate to ground. When a sudden surge of voltage is applied, the resistance of the resistors will instantly increase, thereby dissipating the excess voltage. The impedance of the network also increases, providing increased protection against excessive power supply spikes.

Another key benefit of the 767141561 GP is that it can provide a simple, low-cost solution for reducing power consumption. By adjusting the resistor values, the current drawn from the power supply will be reduced, thus reducing power usage. Since the resistors used have low dissipation figures, the overall current and power drawn from the circuit are reduced. The benefits of this are two-fold, as the current drawn from the circuit will be less but the circuit will also be more efficient since less energy is being wasted.

Overall, the 767141561 GP is a very versatile resistor network that can be used for many different applications. It is a powerful tool for regulating current, providing immunity to power supply spikes and reducing power consumption. With its versatile design and low cost, it is an ideal choice for many different types of circuits.