AF164-FR-0754K9L

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Resistors provide vital functions in electrical circuits ranging from supplying current to indicating signal levels. Because of their usefulness, resistors are available in many forms, including the AF164-FR-0754K9L network. Resistors are often combined into networks to increase their usefulness. These networks are called resistor arrays, and the AF164-FR-0754K9L is an example of such a network. A resistor network is essentially two or more resistors combined, often in an easily-connectable form factor.

The AF164-FR-0754K9L is a Resistor Network designed to accommodate into a “J-lead” with 0.1” pitch. It has a flat, square, PC board configuration with seven resistors connected in parallel. The AF164-FR-0754K9L’s parallel configuration ensures that all resistors have the same voltage and current drop across their terminals. This configuration also presents a low electrical impedance “across” its terminals meaning that the device will accept more power without being damaged.

In terms of construction, the AF164-FR-0754K9L uses one or more layers of copper material to form the resistors, which are often either printed or etched. The resulting layer is then coated with an insulating material such as lacquer or epoxy. The resistors are then connected to either the printed circuit board or via surface mount technology (SMT).

The AF164-FR-0754K9L’s seven individual resistors all have a resistance value of 75 kilo-ohms (75,000 ohms) each, giving the device a total resistance of 525 kilo-ohms. This resistance value translates to approximately 6 milliamps of current draw. It is important to note that the total resistance of the AF164-FR-0754K9L may be affected by the number, size, and shape of the resistors contained in it. Therefore, its total resistance should always be checked before use.

The AF164-FR-0754K9L works by providing a constant amount of resistance to electric current. This resistance creates a voltage drop across the network and voltage is diverted to ground. This voltage drop affects the signal level of the current passing through the network. Additionally, resistor networks like the AF164-FR-0754K9L are often used to reduce power in a circuit or control current levels to an acceptable level.

For example, the AF164-FR-0754K9L is often used in applications such as in power management systems to reduce the voltage output from a DC power supply. In this application, the resistor network limits the voltage output of the power supply, improving its overall efficiency and reliability. Similarly, it is an ideal choice for “shared” power applications such as LED lighting networks and PWM signal lines.

In general, the AF164-FR-0754K9L is a highly versatile Resistor Network that can be used in a variety of applications. Its ability to control the current and voltage passing through make it a very valuable component in any system that requires precision control.

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