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Linear Voltage Regulators Of Potential Quality, Reliable, And Upgraded Versions Available Online

How Do Linear Voltage Regulators Work?

For the maintenance of constant voltage across output terminals, the linear voltage regulators use a feedback loop (closed). They feature negative-feedback controlled transistors for generating specialized output voltages that remain stable, avoiding any fluctuations in input voltages and load currents.

What are the Benefits of Linear Voltage Regulators?

Linear voltage regulators offer various advantages. They are typically highly integrated, easy to use, have low input noise, and are low-cost with maximum flexibility. Furthermore, they offer less noise output than other regulators.

Available Types of Linear Voltage Regulators

There are two types of linear voltage regulators based on the connection load: Series regulator and Shunt regulator.

Series Regulator: Connected in series with the load designed to stabilize the output voltage of a regulator.

Shunt Regulator: Connected in parallel to the load, designed to stabilize the output voltage of the device.

Where are Linear Voltage Regulators Used?

These regulators are mostly found in a wide variety of applications and multiple devices, such as:

Industrial applications

Automotive applications

Mobile phone

Computers

Laptops

Mobile chargers

TVs

Power generator systems

Solar panels/power plants

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MAX1627ESA+, Maxim

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LT3015EDD#PBF, Linear Technology

IC REG LDO NEG ADJ 1.5A 8DFN

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MAX1771EPA+, Maxim

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MC78M18CDTG, ON Semiconductor

MC78M00/MC78M00A Linear voltage regulator, ON Semiconductor The ON Semiconductor MC78M00 / MC78M00A linear voltage regulator is a robust device that combines Internal current limiting, thermal shutdown and output transistor safe operating area protection. It can be used in many applications including local, on-card voltage regulation. Available in 5 V, 8 V, 12 V, 15 V, 18 V, 20 V and 24 V with an output current of up to 500 mA with used with a suitable heat sink. Pb Free Packages available Linear Voltage Regulators, ON Semiconductor

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MC79L12ACDG, ON Semiconductor

MC79L00 Linear voltage regulator, ON Semiconductor The MC79L00 series linear voltage regulator by ON Semiconductor is a negative voltage regulator. This family has a fixed output voltage of 5 V, 12 V or 15 V. There is no need for any external devices and is suitable for applications that require 100 mA. The ON Semiconductor MC79L00 range features the Internal short circuit current limiting and also the thermal overload protection making them a robust Integrated circuit (IC). Applications include on card regulation or where a negative voltage level with a small current output is needed. There are no external devices required for operation. Pb-Free Packages available Linear Voltage Regulators, ON Semiconductor

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MC78M15ABDTG, ON Semiconductor

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MAX17521ATG+, Maxim

Reduces External Components and Total Cost No Schottky Synchronous Operation All-Ceramic Capacitors, Compact Layout Reduces Number of DC-DC Regulators to Stock Wide 4.5V to 60V Input Each Output Adjustable From 0.9V to 92%VIN Pin-Selectable 560kHz or 300kHz Switching Frequency Independent Input Voltage Pin for Each Output Reduces Power Dissipation Peak Efficiency > 90% PFM Mode Enables Enhanced Light-Load Efficiency 1μA Shutdown Current Operates Reliably in Adverse Industrial Environments Hiccup Mode Overload Protection Adjustable Soft-Start Pin for Each Output Built-In Output Voltage Monitoring with Active-Low RESET for Each Output Adjustable Threshold for Each Output Monotonic Startup Into Prebiased Load Overtemperature Protection High Industrial -40°C to +125°C Ambient Operating Temperature Range/-40°C to +150°C Junction Temperature Range Applications CPU, DSP, or FPGA Power Distributed Supply Regulation General-Purpose Point of Load Industrial Control Power Supplies

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BA178M12FP-E2, ROHM

ROHM's broad lineup of 78 series regulators is available in 11 output voltages (5V, 6V, 7V, 8V, 9V, 10V, 12V, 15V, 18V, 20V, and 24V), 2 current types, and different package configurations, making them ideal for a wide variety of applications. Pin-compatible models are also available for greater compatibility. In addition, multiple protection circuits are integrated (i.e. overcurrent, overvoltage), ensuring a high degree of reliability under any environment. Built-in overcurrent and thermal cutoff circuits Excellent ripple rejection characteristics Two package types　(TO220CP-3, TO252-3) available for greater compatibility Applications: Refrigerator Digital Tuner Module

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MAX8860EUA18+, Maxim

The MAX8860 low-noise, low-dropout linear regulator operates from a +2.5V to +6.5V input and is guaranteed to deliver 300mA. Typical output noise for this device is 60μVRMS, and typical dropout is 105mV at 200mA. In addition to the six available preset output voltages (+1.8V, +2.5V, +2.77V, +2.82V, +3V, and +3.3V), the Dual Mode™ feature allows the device to be configured as an adjustable output regulator from +1.25V to +6.5V. Designed with an internal P-channel MOSFET pass transistor, the MAX8860 has a low 120μA supply current. An output fault-detection circuit indicates loss of regulation. Other features include a 10nA, logic-controlled shutdown mode, short-circuit and thermal-shutdown protection, and reverse battery protection. The MAX8860 is available in a miniature 8-pin μMAX® package. High Output Current (300mA) Low Output Voltage Noise: 60μVRMS Low 105mV Dropout at 200mA Output Low 120μA No-Load Supply Current Thermal-Overload and Short-Circuit Protection Reverse Battery Protection 10nA Logic-Controlled Shutdown Active-low FAULT Indicator Small, Space-Saving μMAX Package (1.1mm max height) Small 2.2μF Output Capacitor Saves Space and Cost Applications DSP Core Power Electronic Planners Handheld Instruments (PDAs, Palmtops) Palmtop Computers PCMCIA Cards Wireless Handsets

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MAX664ESA+, Maxim

Adjustable LDO (Low Dropout) Linear Voltage Regulators, Maxim Integrated LDO (Low Dropout) Linear Voltage Regulators, Maxim Integrated The Low dropout or LDO is a linear voltage regulator. We have a wide range of linear regulators. The LDO regulator can operate with a small input–output differential voltage. LDO voltage regulators may offer fast transient response, wide input voltage range, low quiescent current and low noise with high PSRR.

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