MAX4524EUB+

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Introduction

The MAX4524EUB+ is a low on-resistance, low charge injection low distortion CMOS analog switch. The device is available in a small, miniature 8-pin plastic package. It is ideal for space-limited applications such as portable electronics, battery powered systems, pc cards and medical electronics. The MAX4524EUB+ is characterized for operation from -40°C to 85°C.

Application Fields

Interface: The MAX4524EUB+ is designed for analog switches, multiplexers, and demultiplexers in Interface applications such as automatic testing systems, instrumentation, telecom, cell phones and media players. The device features low on-resistance and low charge injection. It is also suited for analog switching for low frequency signals. The low on-resistance provided by the device makes it ideal for applications requiring low power consumption, such as audio switching.

Working principle

The device has two independent switches, each rated up to 20V and 250mA. Each switch channel can be independently enabled by means of a logic input and the switches can be turned on and off very quickly due to the exceptionally low on-resistance. The device can also be used as a single pole double throw (SPDT) switch by connecting both control pins together.

The device features a low offset voltage, low terminal capacitance and low power consumption. Low power consumption allows the device to be used in battery-powered applications and other low power applications. The low on-resistance of the switches reduces power consumption and the low terminal capacitance makes the MAX4524EUB+ ideal for switching low frequency signals.

Conclusion

The MAX4524EUB+ is a low on-resistance, low charge injection low distortion CMOS analog switch. It is ideal for use in Interface applications such as automatic testing systems, instrumentation, telecom, cell phones and media players. The device has two independent switches, each rated up to 20V and 250mA. Each switch channel can be independently enabled by means of a logic input and the switches can be turned on and off very quickly due to the exceptionally low on-resistance. The low power consumption, low on-resistance and low terminal capacitance make it the ideal choice for applications requiring low power consumption, such as audio switching.

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