MAX14802CCM+

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MAX14802CCM+ is a highly configurable, high-speed, multi-channel switch and multiplexer from Maxim Integrated. It is designed for applications in the aerospace and defense, instrumentation and test and measurement, medical, industrial, and automotive markets. The device has two channels, each consisting of two switch elements that allow up to four selectable channels. The selector is optimized for low power consumption and low on-resistance, providing crisp switching and a wide operating range.

The device features a 10V input and output range and offers a variety of control configurations, including manual and programmable control. It is also extremely low-power; the device draws just 0.2mA at 5V and only 1.3mA at 10V. Additionally, the device has an internal pull-up current of 50mA at 10V, allowing it to be used in a variety of applications.

When used in a multiplexer application, the MAX14802CCM+ can be used to select one of the four channels for operation. It can be used to switch between two separate devices, select one device at a time from a larger set of devices, or multiplex several devices into a single output stream. When used in switch applications, it can be used to connect two separate devices or to switch connect/disconnect commands for one device. In addition, the device can be used to increase the voltage range of an output device, reducing noise levels.

The MAX14802CCM+ operates on two logic pins - one input and one output. The input pin controls the device’s output selection, while the output pin provides feedback that the device has been successfully selected. The device also provides a very high speed of operation, providing a fast transition time and a low bounce time. The device is programmed through I²C or SPI, making it easily configurable to a variety of applications.

The MAX14802CCM+ is designed to meet the requirements of the most demanding applications and is ideal for use in harsh environments. The device meets the requirements of MIL-208-01 and is certified for operation at altitudes up to 5.6km above sea level. It is also highly resistant to shock, vibration, and electromagnetic interference. Furthermore, the device is rated to withstand temperatures of up to 150°C and is compatible with the most common electrical engineering standards. Finally, the device is fully nonvolatile, providing reliable operation even after a power outage.

In conclusion, the MAX14802CCM+ is an ideal solution for a variety of aerospace, instrumentation and test and measurement, medical, industrial, and automotive applications. With its low power consumption, fast speed of operation, and high resistance to shock, vibration, and EMI, the device is perfectly suited for harsh applications and extreme environments. Additionally, the device is fully configurable using I²C or SPI, making it easy to integrate into existing systems. For these reasons, the MAX14802CCM+ is an ideal solution for applications requiring high speed, flexible switching, and high resistance.

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