RT2300B6TR13

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Resistor Networks, Arrays

RT2300B6TR13 devices are a new type of resistor network or array used for many applications, including in-circuit, board-level testing and circuit design. These small and efficient components are especially useful in automotive, military, and aerospace applications, and in industrial contexts where high voltage and current requirements exist. RT2300B6TR13 devices are available with a range of one, two or four inputs, and can be configured for a variety of topologies – e.g., two-wire, three-wire, five-wire, and so on. Each device consists of two metal-oxide silicon (MOS) active elements and an array of resistors.

RT2300B6TR13 networks and arrays are based on the principal of negative temperature coefficient (NTC or negative resistance), i.e., as the temperature increases, the network or array resistance decreases and vice versa. This phenomenon is achieved by a simple circuit design with a single active element, such as a MOSFET or bipolar transistor. NTC resistors can be used to create analog or digital systems, depending on the desired application.

The RT2300B6TR13 network is designed with an extra-low resistance-to-capacitance ratio. This minimizes the power loss associated with the device and increases the speed of the transistor, allowing for more accurate operation of the system. The network is further designed to operate in a wide range of temperatures, making it ideal for applications needing extra-low temperatures. Furthermore, these devices also offer the desirable benefits of a reinforced leadframe which improves mechanical strength and stability, as well as a robust internal structure which prevents component failure due to ESD or other extreme temperatures. This makes them ideal for applications in extreme environments.

The working principle of RT2300B6TR13 is quite simple. The device consists of two metal-oxide silicon (MOS) active elements, which are connected in series. When a voltage is applied to the circuit, the active elements conduct, producing a variation in the electrical resistance of the circuit. This variation creates a negative feedback loop, resulting in a decrease in the overall resistance. This change in resistance can be used to control a variety of circuit functions such as attenuation, equalization, modulation, and so on.

In conclusion, RT2300B6TR13 resistor networks and arrays are a relatively new technology that offer great efficiency and accuracy for a variety of applications. With their extra-low resistance-to-capacitance ratio, RF-friendly construction, and robust internal structure , these devices are ideal for use in military, aerospace, automotive, and industrial applications. It is important to note that these networks and arrays need to be used with caution, as they can easily be damaged through ESD or overheating.

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