RK102PJ5R1CS

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RK102PJ5R1CS belongs to the family of Resistor Networks, Arrays. Resistor Networks, Arrays are a type of distributed passive two terminal electrical components which contain multiple resistors combined into an integrated unit. Common network topologies include series, shunt, resistor matrix, star and/or ring configurations.

The RK102PJ5R1CS is a 5-resistor array in a 10-pin DIP (Dual In-line Package) package. This device is based on thick thin film technology offering stability and long term reliability. Each of the resistors in this package has 10-mil substrate spacing for thin profile devices, and the body is made of ceramic compound insulated with epoxy.

RK102PJ5R1CS has 3 input and 3 output pins. It maintains stability and has high thermal resistance. The series combination of resistors works as a voltage divider and can also be used for voltage matching that requires a precise ratio of resistor values. Its high value of resistance make it ideal for applications with low currents. Its low thermal coefficient of resistance makes it suitable for high-limit and low-limit applications.

Resistor Arrays are widely used in computers, automotive, industrial, military and telecommunications equipment. They can be used for audio signal conditioning, transmitting data over digital links, filtering signals, providing transient surge immunity, balancing signal paths, fusing circuits, and for other electronic protection and control needs. The RK102PJ5R1CS is ideal for high speed automotive signal lines, photovoltaic systems, battery charging circuits, and in medical instrumentation.

Because of its high resistance and excellent thermal consistency, the RK102PJ5R1CS finds application in harsh environmental conditions such as high temperature welding, extreme temperature variation and dynamic shock and vibration. It is also used for audio and video signal conditioning in monitor image and control systems.

The working principle of RK102PJ5R1CS is based on the resistance and reactance of each individual resistor connected in series. The resistor array reduces the I/V (input/output) resistance of a circuit by implementing a voltage divider circuit, which generates a higher voltage output than the supply voltage input. The voltage divider ratio can be adjusted by changing the ratio between the input and output resistors.

The RK102PJ5R1CS is designed to provide reliable performance and superior long-term stability. It features low thermal degrees of resistance, low power dissipation, and good humidity immunity. It provides flexibility to precisely match different voltage requirements without additional components. In addition, it\'s also used for input threshold, output voltage clamp, and programming in power supplies and other circuit applications.

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