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STM L7915CV-DG STM Integrated Circuit

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MOQ : 10 Pieces

STM L7915CV-DG STM Integrated Circuit Specification

Response Time
Fast transient response

Output
-15V, 1.5A fixed output

Input
Up to -35V

Interface
Through-hole

Operating Temperature
0°C to 125°C

Usage
Industrial

Thermal Conductivity
Standard heatsink capability

Power Supply
Electric

Components
Monolithic IC

Power Source
Electric

Features
Short-circuit protection, Thermal overload protection

Product Type
Integrated Circuit

Application
Power management, Voltage regulation

Rated Voltage
-15V

Supply Voltage
Up to -35V

Size
Standard

Dimension (L*W*H)
TO-220 package (approx. 10mm x 4.5mm x 15mm)

Function
Negative voltage regulator

Color
Black / Silver

Weight
Approx. 2g

Warranty
Yes

Capacity
1.5A max output current

Current Rating
1.5A

Thickness
Standard

Frequency
DC device

Line Regulation
Typical 0.02%/V

Package
TO-220

Polarity
Negative

RoHS Status
Compliant

Mounting Type
Through-hole (TO-220)

Load Regulation
Typical 0.3%

Quiescent Current
8mA typical

Part Number
L7915CV-DG

Dropout Voltage
2V max at 1A

STM L7915CV-DG STM Integrated Circuit Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

About STM L7915CV-DG STM Integrated Circuit

Experience a formidable upgrade for your industrial power management with the STM L7915CV-DG Integrated Circuit, now available at remarkable discount rates and clearance prices. Designed for kingly performance and unmatched reliability, this negative voltage regulator delivers a stable -15V output at up to 1.5A, with a robust TO-220 through-hole package for easy mounting. Personalise your applications with confidence, thanks to its advanced features like short-circuit and thermal overload protection. Compliant with RoHS standards, this IC is perfect for discerning suppliers, traders, and wholesalers seeking superior quality at competitive terms.

Unrivalled Features and Excelling Applications

The STM L7915CV-DG features precise line regulation of 0.02%/V and a load regulation of 0.3%, ensuring stable voltage delivery. Its fast transient response and comprehensive thermal protections make it ideal for a variety of industrial power management systems. Primary competitive advantages include rugged performance, RoHS compliance, and consistent reliability, making it a top choice for voltage regulation and advanced supply solutions.

Flexible Payment and Shipping Options

We offer attractive sale prices and straightforward payment terms for the STM L7915CV-DG. Samples are available upon request to meet your evaluation needs prior to purchase. Shipments are processed swiftly from the designated FOB port, with full warranty included to guarantee buyer confidence. Contact us for the best asking price and enjoy a hassle-free transaction process on every sale.

FAQ's of STM L7915CV-DG STM Integrated Circuit:

Q: How does the STM L7915CV-DG benefit industrial power management applications?

A: The STM L7915CV-DG delivers precise negative voltage regulation, robust short-circuit protection, and thermal overload safeguards, making it invaluable for reliable industrial power management.

Q: What is the recommended process for mounting the STM L7915CV-DG?

A: This IC uses standard through-hole mounting with a TO-220 package, ensuring secure installation and efficient heat dissipation when paired with a suitable heatsink.

Q: Where can this integrated circuit be primarily used?

A: The STM L7915CV-DG is ideal for usage in power supply regulation, industrial automation systems, and any equipment requiring stable negative voltage output.

Q: What are the sample and shipment options available for this product?

A: Samples are provided for evaluation, and goods are shipped from the designated FOB port after confirmation of the sale price and payment terms.

Q: When is it necessary to use a component with thermal overload protection and short-circuit protection like this IC?

A: Whenever operational safety, device longevity, and system reliability are paramount, such as in industrial and critical power management environments, using ICs with these protections is essential.

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