MAX6365LKA26-T

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MAX6365LKA26-T, a precision voltage supervisor, is a paramount in its field set to precisely monitor voltage levels. It is typically used when a system requires the stability of a supervisory circuit that is immune to noise. In many cases, single power supply microcontroller applications necessitate a supervisory circuit to guarantee that at least one voltage level is not vulnerable to external noise. MAX6365LKA26-T is a meticulous product that was designed to consider output interrupt logic states, an active low reset signal (RESET). In other words, it enhances the security of a system by regulating its microcontroller\'s power supply levels.

The MAX6365LKA26-T is capable of monitoring both the supply voltage (VCC) as well as grounds when integrated with the proper external components. This voltage supervisor is a PING configuration, which means it provides an active low reset signal (RESET) when the voltage level falls below the low unit power supply voltage limit (VCC-L). This is an adjustable voltage supervisor, meaning that the user can determine the VCC-L threshold as per their needs. Additionally, the device effectuates an active high reset signal (RESET) when voltage drops below the low unit power supply voltage limit (VCC-L).

In regards to the operating temperature, the MAX6365LKA26-T supervisor is capable of functioning between the ranges of -40 °C to 85 °C (-40 øF to 185 øF). The absolute maximum pin ratings can be as little as -0.5V to VCC +0.5V, with a maximum current receipt of 30 mA. The rise time for low-to-high (VCC reset) is 190mS and the rising time for high-to-low (ground reset) is 270 ms.

Moreover, the device was designed to provide an accurate and immune method of monitoring a voltages power supply levels. The MAX6365LKA26-T has an input voltage range of 1.3V to 5.5V, a fault window of 11mV, a rising time of 250mV, and a response time of 200mV. The device also allows for both CMOS and TTL compatibility as well as output interrupt logic states to operate with both renewable and non-renewable supplies.

Each unit supplied with the MAX6365LKA26-T is equipped with a MAX9617 reset signal monitor IC and an automatically adjustable precision voltage regulator IC. This combination of components safeguards and stabilizes the voltage input to the device, providing superior accuracy in the monitoring of high and low unit power supply levels. In addition to being capable of functioning with both CMOS and TTL compatible input signals, the MAX6365LKA26-T is equipped to interrupt reset output signals when the power supply level drops below the low unit VCC limit.

The MAX6365LKA26-T supervisor is an ideal solution for applications that require precision voltage monitoring and accuracy. Its unique combination of components, along with its accurate response time, guarantees that system critical values are not compromised or impacted by electrical or EMF noise. In addition, its adjustable input voltage capability provides the versatility to accurately monitor different voltage levels with ease. The MAX6365LKA26-T outperforms other supervisors by a wide margin, making it an industry leading precision voltage supervisor.

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