A voltage regulator is a circuit that generates and maintains a fixed output voltage, regardless of variations in input voltage or load conditions. Voltage regulators are available in versions with either a fixed or adjustable output voltage.
A linear voltage regulator typically has a dropout voltage of around 2 V. This means the input voltage must be at least 2 V higher than the desired output voltage in order to maintain proper regulation.
It is important to note that a linear voltage regulator operates by dissipating excess power as heat. As a result, a heatsink may be required in certain cases. A general rule for calculating power dissipation is: P tot = (V in – V out) * I out
Shows 1 - 50 of 58 products
product listing
Observe:
Enter your e-mail address, to recieve a message when the item is in stock
78L05 TO-92 Voltage regulator 5V 0.1A
STMicroelectronics
78L06 TO-92 Voltage regulator 6V 0.1A
78L08 TO-92 voltage regulator 8V 100mA
78L09 TO-92 voltage regulator 9V 0.1A
78L10 TO-92 voltage regulator 10V 0.1A
78L12 TO-92 voltage regulator 12V 100mA
78L15 TO-92 Spänningsregulator 15V 0.1A
Diotec
78L33 TO-92 Voltage regulator 3.3V 0.1A
STMicroelectronics
79L05 TO-92 voltage regulator -5V 0.1A
79L09 TO-92 voltage regulator -9V 0.1A
79L12 TO-92 voltage regulator -12V 0.1A
79L15 TO-92 Spänningsregulator -15V 0.1A
Diotec
L7805ABV TO-220 Voltage regulator 5V 1.5A
STMicroelectronics
L7805ACV TO-220 Voltage regulator 5V 1.5A
STMicroelectronics
L7805CD D2PAK voltage regulator 5V 1.5A
STMicroelectronics
L7805CDT DPAK Voltage regulator 5V 1A
STMicroelectronics
L7805CV TO-220 voltage regulator 5V 1.5A
STMicroelectronics
L7808CV TO-220 voltage regulator 8V 1.5A
Onsemi
L7809CV TO-220 voltage regulator 9V 1.2A
L7809CV TO-220 voltage regulator 9V 1.5A
STMicroelectronics
L7810CV TO-220 Voltage regulator 10V 1.5A
L7812ACV TO-220 Voltage regulator 12V 1.5A
STMicroelectronics
L7812CD2T D2PAK 12V 1.5A
L7812CV TO-220 voltage regulator 12V 1.5A
STMicroelectronics
L7815CD2T D2PAK 15V 1.5A
L7815CV TO-220 voltage regulator 15V 1A
L7818CV TO-220 Voltage regulator 18V 1A
L7824CV TO-220 voltage regulator 24V 1A
STMicroelectronics
L78L05 SOT-89 Voltage regulator 5V 0.1A
L7905CV TO-220 voltage regulator -5V 1A
STMicroelectronics
L7908CV TO-220 voltage regulator -8V 1A
L7909 TO-220 voltage regulator -9V 1A
L7912CD2T D2PAK Voltage regulator -12V 1.5A
L7912CV TO-220 voltage regulator -12V 1A
STMicroelectronics
L7915CV TO-220 voltage regulator -15V 1A
L7918CV TO-220 voltage regulator -18V 1A
L7924CV TO-220 voltage regulator -24V 1A
LM317 SO-8 Variable voltage regulator positive 100mA
Texas Instruments
LM317D2T D2PAK Adjustable voltage regulator 1.5A
STMicroelectronics
LM317HVT TO-220 voltage regulator adjustable
Texas Instruments
LM317L TO-92 variable voltage regulator 0.1A
STMicroelectronics
LM317MDT DPAK Adjustable Voltage regulator 0.5A
STMicroelectronics
LM317T TO-220 adjustable voltage regulator
STMicroelectronics
LM337 SO-8 Variable voltage regulator negative 100mA
Texas Instruments
LM337LZ TO-92 voltage regulator adjustable negative
Texas Instruments
LM337T TO-220 Adjustable voltage regulator negative
Texas Instruments
LM338T TO-220 Adjustable voltage regulator 1.24-32V 5A
Texas Instruments
LM350T TO-220 adjustable regulator 3A
LM7806 TO-220 voltage regulator 6V 1.5A
A voltage regulator is a circuit that generates and maintains a fixed output voltage, regardless of variations in input voltage or load conditions. Voltage regulators are available in versions with either a fixed or adjustable output voltage.
A linear voltage regulator typically has a dropout voltage of around 2 V. This means the input voltage must be at least 2 V higher than the desired output voltage in order to maintain proper regulation.
It is important to note that a linear voltage regulator operates by dissipating excess power as heat. As a result, a heatsink may be required in certain cases. A general rule for calculating power dissipation is: P tot = (V in – V out) * I out