4605X-101-103LF

Resistor Networks, Arrays are extensively used in the modern world for a multitude of applications. From industrial and military applications to Miniaturization, they are versatile components. One example of a great resistor network is the 4605X-101-103LF, which can offer customers a wide range of features and benefits.

The 4605X-101-103LF Application

The 4605X-101-103LF resistor network is designed to fit into a variety of sensor and high impedance device applications. This model is available as a high value resistor network, allowing consumers to switch from one value to the next without any size or form factor considerations. This feature helps reduce component count, saving manufacturers time and money in the development and design phases. Additionally, the 4605X-101-103LF is also offered as a slim-profile device, which is especially advantageous in applications where space is a limitation.

The 4605X-101-103LF offers a wide range of termination styles for customer convenience, including axial leads, snap-in, and through-hole options. By having these terminations available, customers can use the resistor network for a wide variety of applications. The device also comes with a 10,000ppm temperature coefficient, which helps stabilize the network in high-temperature applications. Additionally, the 4605X-101-103LF comes with a matte finish for improved protection against shock and mechanical corrosion.

Working Principle

Resistor networks, such as the 4605X-101-103LF, are used in sensor and other high impedance device applications. In these environments, the 4605X-101-103LF is designed to modify electrical signals to meet desired specifications. This is done by connecting the resistor network with associated integrated resistor components. The resistor network will then use a combination of resistors to apply a voltage across a circuit. It is this voltage which is then adjusted to meet the desired specifications. When the voltage drops below the desired level, the resistors will adjust in order to boost the voltage back up to the desired level. This strategy allows the 4605X-101-103LF to provide a consistent and reliable output in a wide range of environments. Additionally, the low temperature coefficient helps to further ensure that the resistor network performs as desired in high-temperature applications.

Conclusion

The 4605X-101-103LF is an excellent example of a resistor network. It offers customers a wide range of features and benefits, allowing them to use the device in a variety of applications. The device’s slim profile and wide range of terminations make it an ideal choice for numerous applications, while its low temperature coefficient helps to ensure that it performs reliably in high-temperature environments. Additionally, its combination of resistors helps to adjust the output voltage to meet the desired specifications. With these features, the 4605X-101-103LF is an excellent choice for numerous applications.