NJM78L06UA-TE1 Integrated Circuits (ICs)

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The NJM78L06UA-TE1 is a low-voltage linear voltage regulator (PMIC - Voltage Regulators - Linear) with a 6V input and adjustable output from 1.2V to 6V. It is typically used for supplying small current up to 200mA, or in applications such as audio amplifiers, computer sound cards or portable instrumentation.

The NJM78L06UA-TE1 is typically used in consumer electronics, data storage and medical device applications due to its superior power conversion performance and excellent control accuracy. Its small size makes it ideal for use in small spaces such as printed circuit boards (PCBs). The device is also RoHS compliant to meet industry standards.

The NJM78L06UA-TE1\'s working principle is simple and effective. It withdraws excess voltage from the input source, converts it into regulated power, and feeds it back into the load. This process is essentially a self-sustaining cycle, so no external power source is needed. As a result, the NJM78L06UA-TE1 can provide stable, reliable power over a wide range of input and load conditions.

In addition to its duties as a voltage regulator, the NJM78L06UA-TE1 also boasts a wide range of features that allow for precise control of the output voltage. This includes adjustable output voltage via the Internal Reference Voltage (INTVcc) pin, which can be set between 1.2V and 6V. The device also has excellent dynamic response with a low dropout voltage, low standby current and high ripple rejection.

Other key features of the NJM78L06UA-TE1 include a low-noise output with less than 1mV (typical) of output voltage noise, a wide operating temperature range of -40°C to +85°C and the ability to source up to 200mA of output current. It is also equipped with a thermal-shutdown circuit that helps protect the device in case of an over-temperature event.

Overall, the NJM78L06UA-TE1 is an excellent low-voltage linear voltage regulator that is ideal for use in consumer electronics, data storage and medical device applications. Its reliable power conversion performance, precise control accuracy and multiple features make it a great choice for engineers who need dependable performance in their designs.

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