4816P-1-270LF

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The 4816P-1-270LF resistor network is an effective tool for providing standard resistance values, dividing voltages, implementing voltage sharing schemes and providing logic level translation. As part of the resistor network family, the 4816P-1-270LF is a precision, low-valued, low-profile, eight-pin package that consists of four resistor networks. As part of resistive network families, the 4816P-1-270LF is effective in providing much higher levels of precision compared to the configuration of multiple discrete resistors. This device was built with a tight tolerance of ±0.5%, and a temperature coefficient of resistance (TCR) that was measured at ±50ppm/°C.

The intended application of the 4816P-1-270LF is for systems which require a low value precision resistor network in order to keep noise and current flowing through the chip as low as possible. This means that it is perfect for designs which require high accuracy amplifier gain blocks, audio and power control or any other application where low-valued resistors must be used. The low profile of the package also makes it perfect for portable electronics as it is very compact and will not take up too much space.

The working principle of the 4816P-1-270LF lies in its ability to efficiently provide resistance that converges in a predictable and uniform manner across its four resistor networks. The resistor networks of this four resistors package consist of two resistors which are placed in series, and two resistors which are placed in parallel. By combining these resistors in the network, resistance values are generated which range from 2.7 ohms in series to 270 ohms in parallel with a very tight tolerance level. This allows currents to be split in two directions or voltage to be divided more accurately across the chip.

The outputs of the resistor network can also be used as the inputs of logic-level translation. This means that the 4816P-1-270LF can be used in situations where a logic-level input must be translated to a different logic voltage level. This is especially useful for translating TTL signals into more power efficient signals such as CMOS or other lower-level logic.

In conclusion, the 4816P-1-270LF provides an effective way of providing precision, low-value resistors in applications where low current, low noise, and accurate precision is required. By combining two resistors in series and two resistors in parallel, a wide range of resistance values can be generated that accurately divide voltages and provide logical level translation across the chip. This makes the 4816P-1-270LF a very effective tool for any design that requires these types of precision resistors.

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