TC164-FR-0786R6L

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A resistor network, such as the TC164-FR-0786R6L, is a major component used in circuit boards for a variety of applications. Resistor networks generally consist of interconnected resistors and can be used to either add or adjust the resistance in a circuit. The resistance values of individual resistors combined together will give the total resistance of the network.

The TC164-FR-0786R6L is specifically designed to provide a path to ground potential in order to reduce cross-talk noise. This resistor network is commonly used in high-speed microcontroller and Ethernet applications. It is also widely used in chip level inductor circuits.

The TC164-FR-0786R6L is composed of two resistor chains that are connected in parallel. The first chain consists of twelve 0.05 ohms resistors which create a total of 0.6 ohms resistance. The second chain is composed of six 0.5 ohms resistors which create a total of 3 ohms resistance. The total resistance of the TC164-FR-0786R6L is 3.6 Ohms. This makes the device suitable for noise reduction applications that require a low-impedance path to ground.

The TC164-FR-0786R6L utilizes a combination of series and parallel resistor connections to maximize the resistance value. The resistors in the first chain are connected in series whereas the resistors in the second chain are connected in parallel. This creates a network structure which will provide an effective ground path with increased impedance.

The TC164-FR-0786R6L utilizes a range of resistance values and is designed to operate in a temperature range of -55°C to +125°C. The device is available in an SOT-23 package and its dimensions are 2.92 mm x 1.45 mm x 1.1 mm. Furthermore, its maximum power dissipation rate is 0.25 Watts and its maximum operating voltage is 35 Volts.

In summary, the TC164-FR-0786R6L is a resistor network which is optimized for noise reduction applications in high-speed microcontroller and Ethernet applications. It utilizes a combination of series and parallel connections to maximize the resistance along the path to ground.

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