RK102PJ204CS

RK102PJ204CS is a surface mount resistor array. This type of resistor networks array is made up of 12 resistors with each per unit resistance value of 2Kω. It is also known as a single in-line package (SIP). With its low profile and small size, it is the ideal choice for a variety of applications that require compact designs.

Applications of RK102PJ204CS resistor networks array:

RK102PJ204CS resistor network arrays can be used in a wide range of applications. These include:

• DC/DC and DC-AC converters
• Analog-to-digital and digital-to-analog converters
• High-replication value applications in communication systems
• Various electronic circuits, including filter, evendistribution and multiplex networks

Working Principle of RK102PJ204CS resistor networks array:

RK102PJ204CS resistor network arrays are designed to provide precise resistive values in low-profile applications. The series of resistors that makes up the array are connected in parallel, with each resistor having a separate contact point on the underside of the device. All of the resistors in the array are connected then to a common connection point also on the underside. The device is mounted on a printed circuit board, and when a voltage is applied to the connections, the total resistance of the array will be equal to the sum of all individual resistors in the array.

The advantage of using the RK102PJ204CS resistor network arrays is that the resistors are in a single package, meaning that space-restricted areas are not a problem. Since the resistors are very close together, the array also has a very low thermal resistance. This allows for a more efficient thermal management and dissipation of heat.

Conclusion:

RK102PJ204CS resistor networks array is a surface mounted resistor array, with 12 resistors of 2Kω offering precision resistive values in a low-profile package. Its main applications include DC/DC, DC-AC converters, analog/digital, digital/analog converters and other electronic circuits. Its advantages include a single package design, low thermal resistance and good heat dissipation.