MAX14566BEETA+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

The MAX14566BEETA+T is an interface switch applied to special purpose. It is an efficient bridge device between electronic components and microprocessors to achieve superior analog signal transmission and control. Its main application field lies in battery charging systems, sum and difference amplifiers, power measurement and several other calculation systems, etc.

It is a single-pole, 6 position, analog switch module with multiple configurations. Each pole has one common terminal, three single-ended signal terminals and two differential inputs. The enable pin makes it easy to control the module directly with a logic level board. It has also a 28Ω integrated resistor to protect against voltage outbreaks. As a result, it is suitable for battery charging systems, level shifters and voltage offset adjustment.

The MAX14566BEETA+T is composed of three operational blocks fixed in a single monolithic device. The switch block is implemented by a single-pole, 6-position analog switch array. It is responsible for transferring signals between the terminals with low off-state leakage and low distortion. The detection block consists of two detectors with an on/off threshold adjustable from 0.5V to 4.5V, which trigger corresponding values for the AFE and DAC blocks. The AFE and DAC blocks cooperate to adjust gain and timing parameters. The switch capacitance is minimized thanks to complementary pull-down transistors.

The working principle of the MAX14566BEETA+T is quite simple. Firstly, a logic signal is transmitted to the enable pin of the device for switch control. Then, the signal is amplified and shifted when passing through the switch block. Finally, the detection block sends a signal back to the logic level board to trigger relevant action.

In short, the MAX14566BEETA+T is an interface switch applied to special purpose, mainly battery charging systems, power measurement and other calculation systems. Its integrated 28Ω resistor helps protect against voltage outbreaks. The switch blocks, detection blocks and AFE and DAC blocks cooperate to ensure signal transmission and control at an optimal rate. It is a very efficient bridge device used in many components and microprocessors.

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