LM236H-2.5

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The LM236H-2.5 is a voltage reference designed to give precise control of output voltage and is typically used in applications where reliable, accurate and stable reference voltages are needed. It is part of the Power Management and Interface Circuits (PMIC) family, grouping it together with Voltage Reference ICs.

The LM236H-2.5 is a two-terminal voltage reference, and is offered in a TO-92 package. With a precise output voltage of 2.5V, it can provide a precise voltage reference for a wide range of applications such as linear and switching power supplies, and automotive systems. It also features a high output impedance, low temperature coefficient, low noise, and a wide operating temperature range.

The LM236H-2.5 can operate at a wide voltage range, between 2.7V to 5.5V, with a temperature range of -40°C to +125°C. This makes it suitable for a variety of industrial and automotive applications. The output current of the voltage reference is 600µA, which is sufficient for most applications. The maximum input offset voltage is low, at 0.2mV, and the voltage noise is also low, below 0.2mV.

The LM236H-2.5 has a guaranteed accuracy of ±0.5mV, and a temperature coefficient of ±25ppm/°C. This makes it ideal for applications where precise voltage references are required. It also has a high input impedance and a wide gain bandwidth product, providing low noise and distortion performance.

The LM236H-2.5 features a number of protection features, such as thermal shutdown, input and output over-voltage protection, and reverse-voltage protection. This makes it extremely robust and reliable, and gives it a long service life. It also has an under-voltage lockout function, allowing it to be configured to shut off the output if the input voltage falls below a certain threshold.

The LM236H-2.5 is an ideal voltage reference for a wide range of applications, and its robust design and reliable performance make it the perfect choice for applications requiring reliable and precise voltage references. Its small size, low cost, and wide operating temperature range make it an attractive option for engineers looking for a cost effective solution.

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