TC124-FR-07287KL

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Resistor networks and arrays are components used in circuit design that consist of multiple resistors connected to one another to form a single assembly. The TC124-FR-07287KL is a resistance network that provides a variety of advantages in many different applications. This article provides an overview of the TC124-FR-07287KL’s application field and its working principle.

The TC124-FR-07287KL resistance network is a 4-resistor pack that is made of thick film technology. The network is composed of four individual packaged resistors which are connected in parallel and have an overall resistance value of 7.287K ohms. It features a low temperature coefficient of -600ppm/°C and is rated for 125V, 1W power dissipation. This resistance network is ideal for use in a variety of circuits such as linear and switching power supply designs, motor control systems, car audio systems, and displays.

The TC124-FR-07287KL can also be used to help reduce noise in sensitive circuits. This is done by using their tightly matched resistor values and low temperature coefficients which allow them to maintain their resistance values over a wide range of temperatures. This makes them a useful solution for applications such as precision thermometry, medical applications, or vibration monitoring.

The TC124-FR-07287KL resistance network works by providing a consistent voltage divider across its four resistors. The voltage drops across the four resistors are inversely proportional to their resistance values. This is known as a voltage divider network and it provides the circuit designer with an easy way to adjust the voltage output of a circuit without having to modify each individual resistor.

The TC124-FR-07287KL is a versatile and reliable resistance network that can be used in a wide variety of applications. Its low temperature coefficient and tightly matched resistor values offer an excellent solution for applications that require precise control over voltage, current, and power. Its low profile design also makes it an ideal choice for use in circuit boards that require space efficiency and minimal heat generation.

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