L200 Power Supply Regulator. There are applications in which it is important for the supply voltage to be largely independent of the load level.
The L200 is a versatile voltage regulator designed to provide a stable output voltage while maintaining minimal dependency on load variations. This regulator can deliver an output voltage ranging from 3V to 32V, and it is capable of supplying up to 2A of current, making it suitable for a wide range of applications, including power supplies for electronic devices and circuits that require a consistent voltage level.
The L200 features an adjustable output voltage, which can be set using external resistors. The output voltage is determined by the ratio of these resistors, allowing for precise tuning to meet specific application requirements. Additionally, the regulator incorporates a current limiting feature, which protects both the regulator and the load from excessive current draw, thus enhancing the reliability of the overall circuit.
The device operates with a dropout voltage of approximately 2V, which means it requires a minimum input voltage that is 2V higher than the desired output voltage for proper regulation. This characteristic is crucial when designing circuits that operate from battery sources or other low-voltage power supplies.
Thermal management is also an essential consideration in the design of circuits using the L200. The regulator is equipped with thermal shutdown protection, which activates if the junction temperature exceeds safe limits, preventing damage due to overheating. Proper heat sinking should be implemented to ensure optimal performance and reliability in high-current applications.
The L200's pin configuration includes input and output pins, an adjustment pin for setting the output voltage, and additional pins for current limiting and thermal shutdown features. This allows for straightforward integration into various circuit designs, facilitating ease of use for engineers and designers.
In summary, the L200 power supply regulator is an effective solution for applications requiring stable voltage output with minimal load dependency. Its adjustable voltage, current limiting, and thermal protection features make it a robust choice for a wide range of electronic applications.L200 Power Supply Regulator There are applications in which it is important for the supply voltage to be largely independent of the level of the.. 🔗 External reference
One way to provide effective negative-voltage regulation is by using a low-dropout positive-voltage regulator operating from a well-isolated secondary winding of a switch-mode circuit transformer. This technique is applicable to any positive-voltage regulator, although the highest efficiency is achieved...
The circuit functions as a switch (S) that connects a microphone to a speaker, utilizing an electret microphone. The audio signal is routed through capacitor C9 to an integrated circuit (IC2) for amplification. The amplified signal is further processed...
The WS157 or WS106 is a low-power miniature switching power supply that has been developed in recent years. It functions as a regulated switching power supply control device, featuring integrated internal control circuitry and power switches on a single...
A battery-powered portable unit suitable for all types of televisions. This low-cost project allows audio reproduction from a TV without disturbing others.
This battery-powered portable audio unit is designed to provide a convenient solution for reproducing television audio discreetly. The...
A circuit that allows a microcontroller to toggle a GPIO pin for shutting down the entire system, including the microcontroller itself. The system is normally powered down. When a momentary button is pressed by the user, power is restored....
For generating approximately 12,000 volts DC for an ion generator, this circuit design may be suitable. It draws power from a 120 VAC power line and utilizes a small 6 kV camera flash trigger coil. The output signal is...
We use cookies to enhance your experience, analyze traffic, and serve personalized ads.
By clicking "Accept", you agree to our use of cookies.
Learn more