LM324 - LM258 - LM358 - LM339 - LM348 - LM385 - LM311 - LM393 Integrated Circuit

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LM324 - LM258 - LM358 - LM339 - LM348 - LM385 - LM311 - LM393 Integrated Circuit

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MOQ : 500 Units

LM324 - LM258 - LM358 - LM339 - LM348 - LM385 - LM311 - LM393 Integrated Circuit Specification

Mounting Type
Through Hole, Surface Mount

Connector Type
IC pins (socket, solder mount)

Surface Finish
Matte epoxy, tin/lead or lead-free pins

Shape
Rectangular (DIP, SOIC, or TO-99 packages)

Humidity %
Up to 95% RH (non-condensing)

Overheating Protection
No intrinsic over-temp protection

Efficiency
High for intended low-power analog use

Feature
Low input bias current, wide supply voltage range, low power

Insulation Material
Molded plastic (package body)

IP Rating
Not rated (not applicable to ICs)

Operating Temperature
0C to +70C (commercial), -40C to +85C (industrial)

Product Type
Linear Integrated Circuit (IC)

Application
Signal processing, filtering, amplification, voltage comparison, instrumentation, data acquisition, oscillators

Protection Level
Standard ESD protection, no special ingress rating

Frequency (MHz)
Unity-gain bandwidth up to 1 MHz (device dependent)

Rated Voltage
Single supply: 3V to 32V or dual 1.5V to 16V (typical)

Energy Consumption
Low power consumption, typ. 0.7 mA per amplifier

Output Type
Analog (Op-Amp output - voltage, Comparator output - open collector/voltage)

Color
Black (package)

Dimension (L*W*H)
Standard DIP8/DIP14: approx. 19mm x 7mm x 4mm (IC dependent)

Weight
2 g (approx) per IC

Input Voltage
Up to rated supply range

Size
8-pin or 14-pin packages

Material
Plastic (epoxy molded package), silicon die

Connection Type
Dual In-Line Package (DIP), Surface Mount (SOIC), TO-99 (for select models)

Output Drive Capability
Short-circuit protected (Op-Amps), open collector output (Comparators)

Lead-Free Status
Available (RoHS compliant variants)

Differential Input Voltage
Equal to supply voltage (max)

Common Mode Input Voltage Range
Includes ground (single supply operation)

Reference Voltage (LM385)
1.235V 1% or 2.5V (device version dependent)

Slew Rate
0.5 V/s (typical, device dependent)

Input Bias Current
Typically 20 nA

ESD Protection
Standard, 2000V Human Body Model (typical)

Quiescent Current
Typically 1 mA per amplifier

Package Options
DIP-8, DIP-14, SOIC-8, SOIC-14, TO-99 (some variants)

Input Offset Voltage
Typically 2 mV (Op-Amps), 2 mV (Comparators)

Number of Amplifiers/Comparators
LM324: 4 Op-Amps, LM258: 2 Op-Amps, LM358: 2 Op-Amps, LM339: 4 Comparators, LM348: 4 Op-Amps, LM385: Precision Voltage Reference, LM311: Single Comparator, LM393: 2 Comparators

LM324 - LM258 - LM358 - LM339 - LM348 - LM385 - LM311 - LM393 Integrated Circuit Trade Information

Minimum Order Quantity
500 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
50000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About LM324 - LM258 - LM358 - LM339 - LM348 - LM385 - LM311 - LM393 Integrated Circuit

Discover our unassailable selection of world-class integrated circuits-LM324, LM258, LM358, LM339, LM348, LM385, LM311, and LM393-offered with glorious competitive pricing and frequent sale events for reduced costs. With configurations including op-amps and comparators, precision voltage references, and a variety of packages like DIP, SOIC, and TO-99, these ICs feature low power consumption, wide voltage ranges, and standard ESD protection. Ideal for signal processing, amplification, data acquisition, and more, our supply meets the rigorous demands of manufacturers, suppliers, and distributors throughout India. Enjoy unbeatable value with lead-free options and premium build quality.

Integrated Circuit Applications & Usage Profile

These integrated circuits, encompassing various op-amps and comparators, are engineered for versatile usage. Suitable for signal amplification, voltage comparison, instrumentation, and data acquisition, they excel in commercial and industrial environments alike. Use types include standard through-hole and surface-mount designs, making them a fitting choice for PCBs in filtering, oscillators, and control systems. Widely adopted in research labs, educational institutions, and electronics manufacturing units, they are essential for robust and efficient analog signal management.

Sample Policy, Market Reach & Packaging of ICs

Upon arrival, each IC undergoes careful valuation and strict quality control before supply. Our sample policy enables potential clients to assess the precision and suitability of LM324-LM385 series ICs for their unique requirements. Packaging adheres to anti-static and moisture-resistant standards, ensuring safe transport. We cover a wide domestic market-servicing manufacturers, traders, and academic institutions across India-making us a reliable partner for ongoing or new electronic component projects.

FAQ's of LM324 - LM258 - LM358 - LM339 - LM348 - LM385 - LM311 - LM393 Integrated Circuit:

Q: How can these ICs be implemented in signal processing applications?

A: These op-amps and comparators are ideal for signal conditioning, filtering, and amplification, enabling accurate and efficient analog signal management for data acquisition, control systems, and instrumentation.

Q: What package options are available for these integrated circuits?

A: The ICs are provided in standard DIP-8, DIP-14, SOIC-8, SOIC-14, and TO-99 packages, supporting both through-hole and surface-mount requirements.

Q: When should I consider the LM385 voltage reference in my design?

A: Use the LM385 when your application demands precise voltage reference, such as in analog-to-digital conversion, calibration, or regulated power supplies.

Q: Where are these ICs commonly used?

A: They are widely used in electronics manufacturing, research labs, academic projects, and in diverse sectors requiring analog signal control and voltage regulation.

Q: What benefits do these ICs offer over other similar components?

A: They deliver high efficiency with low power consumption, competitive pricing, robust standard ESD protection, and world-class reliability for a variety of demanding analog tasks.

Q: How is the supply and arrival of these ICs managed across India?

A: We ensure reliable supply nationwide, with prompt arrival and secure packaging, supporting easy integration into production streams or R&D environments.

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