LM336Z25X Integrated Circuits (ICs)

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The LM336Z25X is a semiconductor which is historically known as a Programmable Voltage Reference. It was developed by the National Semiconductor Corporation in the late 1970s and is still used today in many applications. The LM336Z25X is an adjustable zener diode and it can be used in such applications as fixed-voltage linear power supplies, battery powered equipment and voltage regulator controls. This type of semiconductor has excellent temperature stability and low power consumption.

The LM336Z25X has three main operating parameters which are Zener Voltage, Operating Current and Temperature Coefficient. The Zener Voltage describes the amount of voltage which the reference will maintain constant regardless of any changes in the current or temperature of its nearby environment. The Operating Current is that current drawn to maintain the output voltage at its set voltage level, even when dealing with external influences. The Temperature Coefficient is simply the amount of change in the Zener Voltage due to changes in temperature.

The LM336Z25X is a very versatile device, and is found in many applications today. It can be used as a voltage reference in voltage reference circuits and as a voltage regulator in linear power supplies. It can also be used for temperature-compensated timing circuits, such as a clock generator, where the accuracy and repetition rate is of paramount importance. It can also be used as a current limiter where the current flow is maintained at a specific level.

Due to its programmed Zener Voltage, the LM336Z25X can be used as an adjustable voltage reference in voltage regulator circuits. In this application an external voltage source such as a battery is applied to the device and the LM336Z25X will generate a reference voltage based on the input voltage. This reference voltage is then compared against a fixed voltage in the regulator circuit, which ensures that the output voltage will remain constant. This type of circuit is found in many battery-operated systems, and its programmable Zener Voltage removes the need for multiple references.

The LM336Z25X is also a useful device for fixed-voltage linear power supplies. It can be used to maintain a fixed voltage across the load regardless of changes in the input voltage. This type of circuit is particularly useful for modern electronic designs where load current is unpredictable. By using the LM336Z25X a fixed voltage will be available at all times, allowing components to be used without fear of damage due to a sudden drop in voltage.

The LM336Z25X can also be used in battery-powered equipment as a voltage regulator. This type of circuit will ensure a battery operated equipment remains stable despite changes in the battery output voltage. This application also eliminates the need for multiple external references, as the LM336Z25X will maintain the correct output voltage regardless of changes in the input voltage.

Overall, the LM336Z25X is a very versatile and reliable device which has been used for many years in a variety of applications. Its Programmable Zener Voltage, Operating Current and Temperature Coefficient make it an ideal solution for many linear power supplies, battery-operated equipment, voltage regulators and other forms of voltage reference circuits.

The LM336Z25X is a practical and reliable answer for many modern applications.

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