MAX14805CCM+T

The MAX14805CCM+T is a special purpose analog switch that is commonly used in consumer electronics and design applications. It is a type of interface used for switching input signals on a wide range of consumer and commercial applications.

This switch has a low on-state resistance of <20 mΩ and drains a supply current of <3.3 mA. It is a differential-input/differential-output (DIDO) switch that is suitable for applications requiring a wide range of input and output voltages. The operating temperature range is from -40°C to +85°C.

This special purpose analog switch uses a Kelvin-connection architecture that is designed to reduce mirror-image noise. It features low distortion less than 0.1 dB across a wide range of frequencies. This enables the MAX14805CCM+T to switch signals with low attenuation of distortion.

The MAX14805CCM+T has a working principle that involves two voltage sources that form a differential pair. A reference voltage is applied to one side of the differential pair and the other side is connected to an analog signal of variable amplitude. With the switch open, the differential voltage is determined by the difference between the voltage applied to the pair and the input signal. When the switch is closed the output voltage is equal to the difference between the reference voltage level and the input signal amplitude.

The working principle of the MAX14805CCM+T makes it suitable for applications that require low voltage swings, precision control and high speed operation. Its kelvin-connection architecture makes it ideal for applications requiring reliable noise performance. This includes automotive applications, industrial and consumer applications and a variety of instrumentation designs.

The MAX14805CCM+T can be used in applications such as audio routing, volume control and switch-debouncing. It can also be used in automated test and measurement instruments, data acquisition systems and motor control systems. This analog switch is mainly used in consumer and industrial electronics, medical and instrumentation systems, and automotive applications.

The MAX14805CCM+T offers designers an array of features that make it ideal for usage in a variety of applications. Its low on-state resistance and low operating current enables it to respond more quickly than other special purpose switches. Its kelvin-connection architecture reduces noise, ensuring reliable performance. Its low distortion design allows for low attenuation of distortion when switching signals. Furthermore, its working principle enables the device to be used for a variety of applications.