TC124-FR-07102KL

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The TC124-FR-07102KL is a product from a family of dense resistor networks. Resistor networks, arrays  comprise an array of resistors mounted on an insulating substrate such as printed circuit board.  This type of resistor network is commonly used in electronic systems where different voltage levels need to be created.

The TC124-FR-07102KL is a dual-in-line package resistor array with 10 adjustable resistors. It is designed to be used in low noise applications and is suitable for use in a wide range of applications. Its main feature is that it is relatively easy to configure. It can be programmed using either a jumper wire on each pin or a ZIF programming device.

The resistor network is also used in power management applications. It helps balance the current between power supplies and isolates parts of the system to prevent them from affecting each other. It is commonly used in DC-DC converters, as it can provide a stable current level. This enables the converter to manage the current levels without any interference.

The TC124-FR-07102KL has a maximum power rating of 500mW and a total resistance of 450ohms. Each resistor has a tolerance of 5%. It is available in a variety of sizes and package types, making it a versatile option for many applications. 

The working principle behind the resistor network is simple. Each of the ten adjustable resistors is connected to the input voltage and the output voltage is varied by changing the resistance of each one. This is done by using either a jumper wire on each pin or a ZIF programming device. The resistance of each single resistor is determined by the number of turns of the wire or pins, and the total resistance of the entire resistor network is the sum of all resistors.

In summary, resistor networks, arrays  are an important component in the field of electronics. The TC124-FR-07102KL is a versatile product designed for applications requiring low noise and a power rating of 500mW. It works by changing the resistance of each adjustable resistor, which in turn affects the output voltage. 

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