Y4950V0008TT0L

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Resistor Networks, Arrays are used for dividing voltages, distributing currents, and filtering signals. Y4950V0008TT0L is a typical resistor network product that is widely used for of these applications.

Y4950V0008TT0L is an 8-resistor network voltage divider made of thick-film hybrid chip resistors. It provides 8 separated low-value, precisely equal resistors in one package, with the total resistance value of the array equal to the resistance of one of the each resistor in the array. It also provides 8 separate outer lead connection points as necessary for easily integrating the parts into multiple schematic layouts. The Y4950V0008TT0L is qualified with a moisture-resistance rating of 1000 MΩ per minute and a full temperature range of -55°C to +125°C. It offers an accuracy of ±1%, and a tight TCR of 25ppm/°C.

Y4950V0008TT0L is commonly used in signal processing and conditioning circuits, such as AC signal conditioning, DC signal conditioning, signal mixers, filters, RF antenna output control and matching circuits, multiplexers, and special circuit control systems. It provides good power dissipation with its maximum power rating of 100mW per resistor.

Y4950V0008TT0L working principle is based on establishing and dividing the equivalent resistance of the array. When several resistors are connected in series, the resistance of each resistor adds up to the total resistance of the circuit. When several resistors are connected in parallel, the total resistance of the circuit is equal to that of the lowest value of each resistor connected. Y4950V0008TT0L uses this theory to divide up the voltage into several different parts by being connected in a series and parallel arrangement.

For example, if a voltage of 12 volts is to be divided equally between two resistors, they can be connected in series, each resistor having a resistance of 6 ohms. When the voltage is applied across the two resistors, the same 6-volt voltage will be present on each of the two sections and the equivalent resistance of the overall network will be 6 ohms.

In general, Y4950V0008TT0L resistor network can be used when a certain amount of resistance is needed to divide a voltage into several different parts. It’s ideal for battery charging systems, AC signal conditioning, RF antenna output control and matching circuits, as well as many other applications. Its operating temperature range and tight TCR makes it suitable for circuits that require precise voltage division and signal conditioning.

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