Y4942V0133BB9L

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Resistor Networks, Arrays

The Y4942V0133BB9L series of resistor networks, arrays, and prototypes are widely used in a variety of applications. These networks are composed of high precision and highly reliable resistors that are capable of providing consistent electrical performance over a wide range of temperature and environmental conditions. The Y4942V0133BB9L is a miniature, low profile, 4-terminal, surface mount array of 0.71 ohm resistors in a 8 x 8 configuration with a ratio tolerance of ±0.1%.

The Y4942V0133BB9L series resistor networks offer superior control of circuit performance over a wide range of voltages and current. In addition, the resistor networks provide excellent thermal stability and uniform resistance values over a wide range of temperatures. The miniature size, low profile design, and high reliability of the Y4942V0133BB9L make it ideal for use in applications where space, cost, and reliability are key factors.

The Y4942V0133BB9L series of resistor networks are designed to provide high accuracy over a wide range of parameters. The temperature coefficients of the Y4942V0133BB9L products are typically ±500 ppm/K and the total resistance tolerance is ±0.1%. The networks are available in a variety of schematic configurations including 8 x 8, 12 x 12, and 16 x 16. The Y4942V0133BB9L is also available in a wide range of values including 0.2 ohm, 0.3 ohm, 0.5 ohm, 0.7 ohm, 1 ohm, and 2 ohm.

The Y4942V0133BB9L is used in a variety of applications including motors, projectors, amplifiers, and communication equipment. It is also used in automotive, consumer, industrial, medical, as well as in military electronic applications. The Y4942V0133BB9L series of resistor networks is also widely used in both high-speed and low-power applications.

In order to understand the operation of the Y4942V0133BB9L, it is important to understand the physics behind the resistive element used in the networks. A resistor is an electrical component that resists the flow of current. This resistance is the result of electrons having to pass through an insulating material, such as silicone, in order to reach the desired pathway. This is what gives the resistor its electrical resistive nature.

The resistance of a resistor is determined by the amount of current flowing through it. This is known as Ohm\'s law, where the Voltage (V) is equal to the current (I) multiplied by the resistance (R): V= IR. The resistance of a resistor is affected by both temperature and age. As temperature increases, the resistance will increase as well. As the components age, the resistance will decrease over time. The Y4942V0133BB9L series of resistor networks are designed to provide a high level of consistency with minimal variation caused by either temperature or age.

The Y4942V0133BB9L series of resistor networks are highly reliable and greatly reduce the cost, size, and complexity of a resistor network. These networks are designed for use in a wide range of applications and offer superior performance in both low-power and high-speed applications. The high level of accuracy, miniature form factor, and low profile design makes it ideal for use in numerous electronic applications.

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