LM2940CT

LM2940CT

Product Details:

  • Operating Temperature -40C to +125C
  • Components Integrated circuit
  • Output 5V DC, up to 1A
  • Power Source DC
  • Power Supply DC
  • Interface 3-pin
  • Thermal Conductivity Junction-to-case 3C/W
  • Click to View more
X

LM2940CT Price And Quantity

  • 100 Piece
  • 30 INR

LM2940CT Product Specifications

  • Junction-to-case 3C/W
  • 5V DC, up to 1A
  • 5V
  • Integrated circuit
  • 6V to 26V
  • 10.16mm x 4.57mm x 8.64mm
  • -40C to +125C
  • Low dropout voltage, short circuit protection, thermal shutdown
  • DC
  • Voltage regulator
  • 3-pin
  • Power supply, DC-DC conversion, embedded systems
  • 6V to 26V DC
  • TO-220-3
  • 1A
  • Approx. 4g
  • Linear Voltage Regulator IC
  • 1A max output current
  • Voltage regulation in electronic circuits
  • Black
  • DC
  • Standard TO-220 package

LM2940CT Trade Information

  • All India

Product Description



Access sizzling savings and top-notch performance with the LM2940CT Voltage Regulator. Designed for triumphant reliability, this magnificent IC offers a typical dropout voltage of just 0.5V at 1A, ensuring superior efficiency in power-sensitive circuits. With its robust TO-220 package, tin-plated leads, and RoHS compliance, it supports through-hole mounting for maximum convenience. Featuring tight load and line regulation, short circuit protection, and thermal shutdown, the LM2940CT stands out as an essential choice for professionals seeking dependable 5V DC output in embedded systems and DC-DC conversions.

Unlock Versatility and Competitive Advantage in Power Regulation

The LM2940CT delivers exceptional performance across diverse surfaces of application, including embedded systems, DC-DC converters, and sensitive electronic circuits. Its low dropout voltage and reliable thermal protection provide a competitive edge for manufacturers and designers. With a typical 1A output capacity and robust construction, it excels in environments demanding precision and stability, making it the preferred solution for power supply and voltage regulation challenges in modern applications.


Reliable Supply Chains and Secure Transactions Worldwide

LM2940CT meets supply demands with flexible exchange options, secure shipping, and precise drop-off arrangements. Manufacturers, distributors, and wholesalers benefit from rapid delivery and consistent availability from trusted FOB ports. Adaptable payment terms further strengthen business transactions, ensuring buyers enjoy a seamless, secure exchange process for every shipment, wherever your operations are based.


FAQs of LM2940CT:


Q: How does the LM2940CT benefit electronic circuit designs?

A: The LM2940CT provides stable and reliable 5V DC output with low dropout voltage, enhancing efficiency and safeguarding sensitive components through features like short circuit protection and thermal shutdown.

Q: What application areas are best suited for the LM2940CT?

A: This voltage regulator excels in embedded systems, DC-DC converters, and power supply modules where low noise and high current stability are required.

Q: Where can I install the LM2940CT in my project?

A: Install the LM2940CT using its through-hole TO-220 package on standard PCBs; it features 2.54mm lead spacing for compatibility with most layouts.

Q: What are the competitive advantages of the LM2940CT?

A: Its typical low dropout voltage, tight regulation, RoHS compliance, and thermal protection provide an edge over conventional regulators in demanding environments.

Q: How is the shipping process handled for bulk LM2940CT orders?

A: Bulk orders are managed with secure packaging and swift drop-off through reliable FOB ports, ensuring your components arrive safely and punctually.

Tell us about your requirement
product

Price:

Quantity
Select Unit

  • 50
  • 100
  • 200
  • 250
  • 500
  • 1000+
Additional detail
Mobile number

Email

Other Products in 'LM Series IC' category



Back to top
trade india member
KK INTERNATIONAL All Rights Reserved.(Terms of Use)
Developed and Managed by Infocom Network Private Limited.