MAX5491WA30000+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor networks and arrays provide many useful functions in circuit design and component research. The MAX5491WA30000+T is an example of a component which falls into this category.

Introduction to the MAX5491WA30000+T

The MAX5491WA30000+T is a 4-bit, 10-MHz, low-power, gate-doubler, resistor network. The device consists of a low-power, low-swing resistor network driver with four 8-channel receivers, each with a high logic threshold. The device supports up to 10 parallel inputs, allowing it to operate up to 10MHz. The device also features auto-zeroing, power-down shutdown, and auto-zero reset.

The MAX5491WA30000+T is a low-power, low-swing resistor network driver and four 8-channel receivers. Each receiver has a high logic threshold and can operate up to 10MHz. The device features auto-zeroing, power-down shutdown, and auto-zero reset. It is also immune to total-ionizing-radiation (TIR) shocks.

Applications of the MAX5491WA30000+T

The MAX5491WA30000+T is suitable for applications that require a high-performance, low-power resistor network. The device can be used for RF signal switching and signal conditioning applications. The device also has wide applications in the automotive, consumer, and medical industries where high reliability and low-power operation is necessary.

The device can be used for RF signal switching applications in cars, marine vessels, and commercial aircraft. The device is also used in consumer goods such as radio receivers, television transmitters, and remote controls. Additionally, it is used in medical applications such as prosthetics, dialysis, and patient monitoring equipment.

Working Principle of the MAX5491WA30000+T

The MAX5491WA30000+T operates on the principle of voltage-controlled resistors (VCRs). The device contains four 8-channel receivers, each with a high logic threshold. When a logic input is applied to one of the receivers, the resistance across it is controlled by the input voltage. Different combinations of voltages can be used to change the resistance of the receiver and thus control the resistance of the resistor network.

In addition to voltage-controlled resistors, the MAX5491WA30000+T also features auto-zeroing, power-down shutdown, and auto-zero reset. These features allow for improved performance and reliability. The device also features a total-ionizing-radiation (TIR) shock-immune capability, allowing it to remain operational in extreme conditions.

Conclusion

The MAX5491WA30000+T is a 4-bit, 10-MHz, low-power, gate-doubler, resistor network. The device operates on the principle of voltage-controlled resistors (VCRs) and can be used for RF signal switching and signal conditioning applications. The device features auto-zeroing, power-down shutdown, and auto-zero reset, as well as total-ionizing-radiation (TIR) shock-immune capability. The MAX5491WA30000+T is suitable for high-performance, low-power resistor network applications in the automotive, consumer, and medical industries.

The specific data is subject to PDF, and the above content is for reference