MAX16046CETN+

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 MAX16046CETN+ is a supervisor PMIC (power management integrated circuit) designed to provide robust power-on reset (POR) and power-fail functions for the use in microprocessor-based systems. It has been specifically designed for low-voltage applications and tailored to meet the needs of modern design requirements. The supervisor IC has a single low-voltage reset input and an active-high reset output which can be used to drive a variety of logic levels. It also provides an adjustable timeout as well as a programmable active-high power-fail (VIN < VTH) input.

The MAX16046CETN+ supervisor IC is extremely versatile and offers a wide range of applications in various systems such as temperature and voltage monitoring, power sequencing, and power sequencing with fault tolerant fail-safe logic. Its ability to easily integrate with most microcontrollers, processors, and microprocessors makes it a great choice for designers who are looking for a compact, low-power supervisor IC that can be quickly and easily deployed.

When it comes to application field of the MAX16046CETN+, some of the most common uses are in automotive, industrial, security, consumer electronics, medical, and communications industries. In automotive applications, the MAX16046CETN+ can be used to monitor the temperature and voltage of electronic components and systems, protect circuits from potential overloads, supervise power sequencing and power up the system. It can also be used in industrial applications where safety and reliability are fundamental requirements for machine operation. Security systems such as alarm panels, access control panels, and electronic locks often rely on MAX16046CETN+ for robust power-on reset and power-fail functions.

When it comes to consumer electronics, the MAX16046CETN+ can be used to perform power-on reset and power-fail functions in televisions and other video displays, as well as in portable gaming systems and smart home devices. In medical systems, the MAX16046CETN+ can be used to provide a secure power-on reset and power-fail functions and supervise the power up of medical devices such as monitors and infusion pumps. Last but not least, the MAX16046CETN+ also finds applications in communication systems, where its reliable reset, power-fail, and power-on sequencing along with its ability to drive logic levels make it an ideal choice for cellular towers, routers, and other communication devices.

The working principle of the MAX16046CETN+ is based on a combination of a low-voltage POR detection circuit, a power-fail (VIN < VTH) input, and an adjustable timer. The POR circuit is triggered when the voltage level of the reset input pin (RESET) drops below a 2.0V internal threshold. This resets the supervisor chip and sets an active-high reset output (RST) to the logic ‘low’ state. The power-fail input (VIN < VTH) triggers the supervisor IC when the voltage level at the POWER pin drops below the internal VTH threshold. The adjustable timer is then used to provide a delay before the output returns to the logic ‘high’ state.

The MAX16046CETN+ supervisor PMIC provides a reliable power-on reset and power-fail function for both high-voltage and low-voltage applications. It is designed to easily integrate with a wide variety of microprocessors and microcontrollers. Thanks to its well-defined reset and power-fail functions, it can be used in a wide range of systems from automotive to consumer electronics to medical and communication applications.

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