MAX5490GA01000+T

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[Intro] MAX5490GA01000+T is a type of resistor networks, arrays, widely applied in the production of resistance components, and has become a popular choice for various electrical applications. This article provides a detailed explanation of the application fields and the working principles of MAX5490GA01000+T.

[Applications]The MAX5490GA01000+T resistor network, array offers a wide range of applications, which include, but are not limited to, designing portable electronic equipment, improving the voltage regulator’s efficiency in human-machine interface (HMI) system, and accurately controlling the power consumption in various industries like power electronics, medical, and aerospace.

The MAX5490GA01000+T also provide varying levels of electrical resistance, making them an ideal choice for designing circuit protection devices and managing the power consumed by pulsed circuits. The resistor networks also feature low-power consumption, making them the perfect choice for mission critical equipment in industries like industrial automation, automotive and aerospace. Moreover, these resistor networks are highly reliable and provide superior performance for long timespans consistently without any downtime.

[Working Principle]The MAX5490GA01000+T works on a straightforward principle that involves the resistance voltage divider operation. This operation comprises of two resistors connected in series, between the input voltage and output voltage. When a current runs through the resistors, the voltage drop across each resistor is a fraction of the total voltage across the two resistors. The ratio of the voltage drops reads the same for the ratio of the resistances.

The key benefits of the resistors in the mentioned resistor network, array models are their accurate resistance values, low power, and wide resistance range. The resistor networks offer a maximum rating of 500 mW, and a resistance range of 1 Ohm to 1 MegaOhm with up to 0.05% accuracy of resistance. Moreover, the current regulation of the resistor networks is highly stable, and won’t be affected by self-heating.

Other key traits of the MAX5490GA01000+T include its isolation between the input and output, which means that the current will only flow across one resistor at a time. This is advantageous for applications like op amps and audio-video (AV) circuits where the noises can be monitored and minimized. Additionally, its operating temperature range of –40°C to +85°C ensures that the resistor can efficiently work even in extreme temperatures, making it a highly reliable choice for many applications.

[Conclusion]The MAX5490GA01000+T resistor networks, arrays are one of the most popular resistor networks used in the electronic industry due to its reliability and durability. Its construction offers a wide range of applications, including designing portable electronic equipment, improving the voltage regulator’s efficiency in HMI system, controlling the power consumption and designing circuit protection. The resistor networks can maintain accurate resistance values for up to 0.05% accuracy, and also offer wide range of temperature tolerance up to –40°C to +85°C.

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