RT1415B6TR13

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Resistor Networks, Arrays are widely used in various industries for different application. The RT1415B6TR13 is a popular resistor network that uses an innovative and versatile design to provide a reliable ceramic-core construction. The resistor networks are available in two different names: THT (Through Hole Technology) and SMT (Surface Mount Technology). This article will discuss the application field and working principle of the RT1415B6TR13.

Application Field

The RT1415B6TR13 resistor network is typically used in medical, automotive, military and consumer electronics applications. The networks of this series feature low noise and low-cost per channel. Additionally, the networks are Optimized for Power Integrity with high RCVESR (Resistor Capacitor Voltage Equivalent Series Resistance). The unique design of this resistor network helps to minimize the impact of temperature variation and dynamic changes in supply voltage. This performance results in reduced system noise, improved reliability, superior signal integrity and high-performance power supply designs.

Working Principle

The RT1415B6TR13 resistor network is based on an array of resistors connected in parallel. These resistors are arranged in a way that will reduce electrical noise, promote low-cost implementations and provide an overall improvement in the power supply design. The resistor network is connected to the power supply by connecting the resistor array to ground, the source of the power supply to the “L” and the ground of the power supply to the “E”. The output of the resistor network is set to the voltage regulated by the power supply. The resistance of the entire array of resistors is adjustable by using a trim or potentiometer, helping to fine-tune the power supply. The combination of resistors and trim ensures a highly reliable functioning of the power supply.

The RT1415B6TR13 resistor network provides a low-noise DC voltage that is ideal for today’s consumer electronic devices. It has a maximum power dissipation rating of 200mW per channel and a maximum DC voltage rating of 5.0V. It also features excellent Resistance Temperature Coefficient (RTC). The resistor network is also extremely reliable due to its hermetic sealing and protective moulding. The design of this resistor network helps to reduce the risks associated with power supply component failure and helps to improve the overall reliability and signal integrity of the device.

Conclusion

The RT1415B6TR13 resistor network is an attractive choice for applications requiring resistors with low noise, low-cost and reliable performance. Its design features an array of resistors connected in parallel that provide the power supply regulation and low-noise DC voltage. This combination of resistors and trim ensures a highly reliable functioning of the power supply. The rugged construction and hermetic sealing ensure long-service life and performance. Additionally, the resistor network is optimised for use in medical, automotive, military and consumer electronic applications.

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