Name: LM317DCY IC REG LIN POS ADJ 1.5A SOT223-4
Brand: Texas Instruments
SKU: LM317DCY
Price: 1.072 USD
Availability: InStock
Rating: 4.9 (2 reviews)

Question 1

What is the Mfr

Accepted Answer

Mfr refers to the component's producing company, whose brand and manufacturing processes directly impact the component's performance, consistency, and traceability, making it a key reference during selection.

Question 2

What is the Series

Accepted Answer

Series indicates a manufacturer’s organized range of components, often named with a common prefix or code, to streamline product selection and ensure compatibility across similar models.

Question 3

What is the Package

Accepted Answer

his term denotes the protective casing (often made of plastic, ceramic, or metal) that encapsulates an integrated circuit, determining its size, reliability, and suitability for different mounting technologies like through-hole or SMT.

Question 4

What is the Base Product Number

Accepted Answer

By using the Base Product Number, manufacturers and customers can efficiently communicate about component families without detailing every specification, streamlining the procurement process.

Question 5

What is the Number of Regulators

Accepted Answer

Number of Regulators refers to the total count of independent voltage or current regulation circuits integrated within a single power management IC or module, with the unit being "regulators" (e.g., 2 regulators).

Question 6

What is the Supplier Device Package

Accepted Answer

Supplier Device Package refers to the specific nomenclature or code used by a component manufacturer or distributor (supplier) to designate the physical outline and pin arrangement of an electronic component they produce or sell.

Question 7

What is the Current - Output

Accepted Answer

Current - Output refers to the continuous or instantaneous current value that a circuit, device, or component (e.g., power supply, amplifier, driver IC) can source or sink at its output port, with the base unit of Amperes (A).

Question 8

What is the Voltage - Output (Max)

Accepted Answer

Specifies the highest safe DC potential a power supply, regulator, or driver can continuously provide at its output terminals, measured in volts (V). This absolute maximum rating defines the upper boundary of the device's adjustable or fixed output range

Question 9

What is the Package / Case

Accepted Answer

Package / Case refers to the protective housing that encases an electronic component, providing mechanical support, electrical connections, and thermal management.

Question 10

What is the Voltage - Output (Min/Fixed)

Accepted Answer

Specifies the minimum guaranteed or factory-set output voltage level of a power supply or voltage regulator, measured in volts (V). For adjustable regulators, this is the lowest voltage achievable within its range; for fixed regulators, it is the nominal

Question 11

What is the Control Features

Accepted Answer

These are the configurable parameters or dedicated hardware/software interfaces that enable an operator or system to adjust, command, or monitor a device's operational state. They include inputs for enabling/disabling functions, setting thresholds (e.g.,

Question 12

What is the Product Status

Accepted Answer

Product Status indicates the commercial availability and production stage of the component, such as Active, Not for New Design (NRND), Obsolete, or Last Time Buy (LTB).

Question 13

What is the PSRR

Accepted Answer

Power Supply Rejection Ratio (PSRR) quantifies an integrated circuit's ability to attenuate noise and ripple present on its power supply rail, preventing these disturbances from corrupting the output signal. It is expressed in decibels (dB) as the logarit

Question 14

What is the Voltage Dropout (Max)

Accepted Answer

This parameter specifies the minimum required difference between the input and output voltages for a linear voltage regulator to maintain its specified output regulation. It is the maximum allowable input-to-output differential at which the regulator can

Question 15

What is the Protection Features

Accepted Answer

These are integrated electronic circuits or firmware functions designed to safeguard a component, subsystem, or end-user from electrical faults and abnormal operating conditions. Core functions include over-voltage, over-current, over-temperature, and sho

Question 16

What is the Operating Temperature

Accepted Answer

The operating temperature is the range of ambient temperature within which a power supply, or any other electrical equipment, operate in. This ranges from a minimum operating temperature, to a peak or maximum operating temperature, outside which, the powe

Question 17

What is the Output Configuration

Accepted Answer

This parameter specifies the electrical arrangement and signal type of a component's output stage, such as push-pull, open-drain, open-collector, or differential. It defines the output's drive capability, logic levels, and compatibility with other circuit

Question 18

What is the Output Type

Accepted Answer

Output Type describes the configuration of the amplifier's output stage, such as Rail-to-Rail, which can swing close to both power supply rails, or a more traditional design with a defined voltage headroom near each rail.

Question 19

What is the Current - Quiescent (Iq)

Accepted Answer

It specifies the current drawn by an integrated circuit or module from its power supply when it is enabled and active but not driving any external load or performing its primary switching/signal processing function. This parameter, measured in microampere

Question 20

What is the Voltage - Input (Max)

Accepted Answer

Specifies the absolute maximum DC or AC voltage that can be safely applied to a component's input terminal without risking permanent damage or dielectric breakdown. This is a critical safety parameter in the Absolute Maximum Ratings section of a datasheet

Question 21

What is the Mounting Type

Accepted Answer

Mounting Type refers to the standardized classification of the method by which an electronic component or module is physically secured and electrically connected to a printed circuit board, chassis, or panel. It defines how the component integrates into t

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