MAX6310UK33D1-T

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The MAX6310UK33D1-T is a microprocessor Supervisory Circuit (MCU) developed by Maxim Integrated and is a reliable, cost-effective solution for maintaining reliable system power in a variety of different applications. This MCU provides advanced power-on reset (POR) capability, system initialization and monitoring of real-time processor activity in applications like lighting, consumer electronics, automotive, industrial process control and medical instrumentation.

The MAX6310UK33D1-T is designed to ensure that the system does not experience reset or brown-out conditions due to a power supply failure. It features a programmable reset timeout delay and an interrupt input that allows external monitoring of system conditions other than voltage. A reset output pin is used for system and/or processor reset. The MAX6310UK33D1-T also features a Power-On Reset (POR) output, circuit protection from transients, and an active-low reset output.

The device is housed in an SO-28 package and is guaranteed to operate over an industrial temperature range of -40 to +85°C. The supply voltage range of the MAX6310UK33D1-T is from 1.8V to 5.5V, with a typical reset threshold voltage of 2.06V. The POR delay is adjustable through programmable resistors on addresses A0 and A1. The typical timeout delay is 1.25 ms (max) at VCC=3V.

In addition to providing reliable reset and monitoring capabilities, the MAX6310UK33D1-T also features a power-ok output (POK) and an active low interrupt output (INT). The POK output is used to provide a logic “high” signal just prior to a reset condition, thus alerting other circuits in the system of an impending reset. The INT output is triggered by various conditions, such as a watchdog timer timeout, a supply voltage drop below a preset threshold, or an overtemperature alert. Both POK and INT outputs are individually programmable.

The MAX6310UK33D1-T employs a proprietary circuit design based on an advanced current-differencing structure with a built-in power supply sequencer, which minimizes the system’s per-device power consumption while still providing reliable operation and unbeatable long-term stability and accuracy. Its patented precision voltage threshold technology allows for both accurate and programmable device reset thresholds. Finally, the device is implemented with low-power CMOS technology and is available in a 20-pin SO-28 package.

The MAX6310UK33D1-T is perfect for applications requiring reliable, cost-effective system power monitoring and monitoring of real-time processor activity. It’s suitable for use in a wide range of applications from consumer electronics to automotive, industrial process control, and medical instrumentation. It\'s also an ideal choice for reliable, low-cost power supervision in a power-sensitive environment. With its advanced power on reset, system initialization and monitoring capabilities, the MAX6310UK33D1-T is the perfect choice for a wide range of industrial applications.

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