MAX395CAG+T

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The MAX395CAG+T is an IC belonging to the category of interface-analog switches, multiplexers, and demultiplexers. It is a single 16:1 switch which operates in a very low current supply voltage range. The device is built in an 8-pin small-outline package (SOP), making it the ideal solution for applications that need low-profile yet reliable high-performance switches.

The on-resistance of the MAX395CAG+T is typically 2.0 ohms ranging from 1.5 to 3.5 ohms over the common-mode voltage range from 0 to 11 volts. This makes it one of the competitively lowest on-resistance switches in the market. It’s high switching speed of 50 nanoseconds for the lower frequency range allows for a fast and efficient routing of signals. Moreover, its unique design employs two complementary N-channel cables, boosting the output interference immunity at high frequencies.

The device is suitable for a wide range of applications like digital switching, testing instrumentation, distributing signals and multiplexing. In a digital switch application, the MAX395CAG+T can be used to route the input from one point to multiple outputs, allowing for efficient communication and the sharing of resources. When used in a testing instrumentation application, the device’s low on-resistance lets it provide a more accurate measurement of variations in resistance. For other applications, the MAX395CAG+T is also suited for sharing signals and multiplexing, allowing for the efficient distribution of resources.

The basic architecture of the MAX395CAG+T consists of a CMOS transmission gate made up of two complementary N-channel MOSFETs and a latch. The device is fed with a supply voltage (VCC) and ground referenced voltage. Upon application of a logic signal to the analog switch, the transistor in the low side of the transmission gate is turned on, connecting the supply voltage to the respective input pin. Similarly, when a logic signal is applied to the analog switch control pad, the transistor in the high side of the transmission gate is turned off and the input pin is connected to ground. Thus, the device allows to route the input from one point to multiple outputs depending on the logic level applied to the control pad and the transmission gate.

The MAX395CAG+T also includes two active low enable pins on the SOP package. Upon applying a logic signal to these pins, the transmission gate is turned off and the input pins are connected to the respective ground. The device provides a 10k ohms pull-down resistor in order to sink any current when the transmission gate is off. The logic levels of these enable pins are independent of the logic level applied to the control pad.

In conclusion, the MAX395CAG+T is a small low-profile IC suited for a wide range of applications. It’s enhanced output interference immunity and fast switching speed makes it one of the best choices for high-speed digital applications. It’s easy to use and comes in an 8-lead SOP package, making it the ideal solution for low-level, high-performance switches applications.

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