Diodes Incorporated Other Function Regulators 2,400+

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Part RoHS Manufacturer Regulator Type No. of Terminals Package Code Terminal Form Maximum Input Voltage Absolute Maximum Voltage Tolerance Total Dose (V) Package Body Material Maximum Dropout Voltage-1 Surface Mount Operating Temperature (TJ-Max) Minimum Output Voltage-2 No. of Functions Technology Screening Level Package Shape Nominal Output Voltage-2 Operating Temperature (TJ-Min) Packing Method Minimum Output Voltage-1 Nominal Output Voltage-1 Package Style (Meter) Package Equivalence Code Maximum Line Regulation (%/V) Sub-Category Adjustability Terminal Pitch Maximum Operating Temperature Maximum Load Regulation (%) Maximum Line Regulation Minimum Operating Temperature Terminal Finish Terminal Position Maximum Output Voltage-1 JESD-30 Code Moisture Sensitivity Level (MSL) Maximum Seated Height Width Qualification Status Maximum Load Regulation Maximum Output Voltage-2 Minimum Input Voltage Maximum Output Current-1 JESD-609 Code Maximum Time At Peak Reflow Temperature (s) No. of Outputs Peak Reflow Temperature (C) Nominal Dropout Voltage-1 Length Maximum Input Voltage

LSP2170D318AD

Diodes Incorporated

LSP2170K518AD

Diodes Incorporated

LSP2170K515AD

Diodes Incorporated

LSP2170BDAD

Diodes Incorporated

LSP2159E50AE

Diodes Incorporated

LSP2170D309AD

Diodes Incorporated

LSP2170T315D

Diodes Incorporated

LSP1117D33G

Diodes Incorporated

LSP2170S15AD

Diodes Incorporated

LSP2170T530D

Diodes Incorporated

LSP2170D3AD

Diodes Incorporated

LSP2159D25AE

Diodes Incorporated

LSP2159E15AE

Diodes Incorporated

LSP2170BT18D

Diodes Incorporated

LSP2170K310AD

Diodes Incorporated

LSP2170D515AD

Diodes Incorporated

LSP2170T330D

Diodes Incorporated

LSP2170BD09AD

Diodes Incorporated

LSP2170K318AD

Diodes Incorporated

LSP2170T3285D

Diodes Incorporated

LSP2170D333AD

Diodes Incorporated

LSP2170K3AD

Diodes Incorporated

LSP2159D30AE

Diodes Incorporated

LSP2170BT12D

Diodes Incorporated

LSP2170T525D

Diodes Incorporated

LSP2170BT25D

Diodes Incorporated

LSP2170S285AD

Diodes Incorporated

LSP2170K530AD

Diodes Incorporated

LSP2159D18AE

Diodes Incorporated

LSP2170S12AD

Diodes Incorporated

LSP2170K312AD

Diodes Incorporated

LSP2170T533D

Diodes Incorporated

LSP1117E12G

Diodes Incorporated

LSP1117E18G

Diodes Incorporated

LSP2170T309D

Diodes Incorporated

LSP2159BD25AE

Diodes Incorporated

LSP2170BD25AD

Diodes Incorporated

LSP2170BD15AD

Diodes Incorporated

LSP2170BT09D

Diodes Incorporated

LSP1117E25G

Diodes Incorporated

LSP2170BT28D

Diodes Incorporated

LSP2170T518D

Diodes Incorporated

LSP2159BE33AE

Diodes Incorporated

LSP2170S18AD

Diodes Incorporated

LSP2170T310D

Diodes Incorporated

LSP2159E30AE

Diodes Incorporated

LSP2170T3D

Diodes Incorporated

LSP2159BD33AE

Diodes Incorporated

Other Function Regulators

Regulators are electronic circuits designed to maintain a stable output voltage or current in the presence of varying input voltage or load conditions. They are widely used in electronic devices and systems to provide stable and reliable power to various components. In addition to the commonly used fixed and adjustable regulators, there are various other types of regulators available for specific applications.

One type of regulator is the current regulator, which is designed to maintain a constant current in a circuit regardless of the input voltage or load conditions. They are commonly used in LED lighting applications and battery charging circuits. Another type of regulator is the linear regulator, which is designed to regulate the output voltage or current by dissipating excess energy as heat. They are commonly used in audio and video applications.

Switching regulators are another type of regulator that uses a switching element to regulate the output voltage or current. They are more efficient than linear regulators as they do not dissipate excess energy as heat. They are commonly used in power supplies, voltage converters, and battery chargers. Other types of regulators include digital regulators, which use digital control techniques to regulate the output voltage or current, and magnetic regulators, which use magnetic components to regulate the output voltage or current.