Y1680V0004AB9L Resistors

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Resistor networks and arrays are essential components in modern electronics applications. The type of resistor networks available in the market today can be grouped into four main categories: surface-mount networks, leaded networks, switched networks, and printed networks. Y1680V0004AB9L is a resistor network that belongs to the surface-mount category. This network is often used in a wide range of applications, such as automotive power systems, lighting systems, and instrumentation. Here, we will take a closer look at Y1680V0004AB9L’s application fields and working principle.

Application Fields

Y1680V0004AB9L is an SMT low inductance chip resistor network. This product has a resistance value of 1680Ω with a voltage rating of 300V for its individual resistors. It is designed with eight (8) individual resistors to create a single network array, all housed on a single chip. Due to its low inductance and small size, it is highly suitable for applications that require space-saving and high-frequency performance. Y1680V0004AB9L is often used in automotive power systems, such as in-car entertainment systems, electric power steering systems, and automotive infotainment systems. It is also a practical choice for lighting applications, including outdoor and temporary lighting systems.

Apart from the automotive and lighting industries, Y1680V0004AB9L can also be used in instrumentation equipment, computer interface cards, audio amplifiers, and other types of wideband amplifiers. Its size and capacity make it ideal for use as a termination resistor in high-speed data applications, such as computer networks and local area networks, video networking, and telecommunication systems. It is also sometimes used to terminate transmission lines in broadband systems.

Working Principle

Y1680V0004AB9L is a low inductance resistor network that consists of eight individual resistors. Each of these resistors has a resistance value of 1680Ω and a voltage rating of 300V. The network is designed such that the individual resistors are connected in parallel with each other. By having the resistors connected in parallel, the total resistance of the network is equal to the sum of the individual resistor’s resistance value, or 1680Ω. The network is designed such that the voltage applied across it is distributed equally among the individual resistors. This helps to reduce the stress on each transistor and therefore increases the lifetime of the network. This also helps to reduce the noise and interference present in the circuit.

Y1680V0004AB9L is designed with two types of terminals – pad terminals and lead terminals. Pad terminals are surface-mount terminals using which the user can easily attach the resistor network to other components on the board. The lead terminals are used to connect the resistor network to a power source or other components. This type of connection is recommended when dealing with high power components, as it allows for improved conduction and minimizes the risk of failure.

Conclusion

In conclusion, Y1680V0004AB9L is an SMT low inductance chip resistor network designed for a variety of applications. It has a resistance value of 1680Ω with a voltage rating of 300V for its individual resistors and is designed with eight (8) individual resistors connected in parallel. It is often used in automotive power systems, lighting applications, and instrumentation. It is also suitable for high-speed data applications, such as computer networks, local area networks, video networking, and telecommunication systems. It has been designed with pad terminals and lead terminals to enable easy connection.

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