HCPL2211-000E AVAGO Logic Gate Optocouplers

HCPL2211-000E AVAGO Logic Gate Optocouplers Specification

Usage
Electronic devices

Operating Temperature
70 Celsius (oC)

Features
High quality

Supply Voltage
3.4 Volt (v)

Size
Compact

Color
Black

HCPL2211-000E AVAGO Logic Gate Optocouplers Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About HCPL2211-000E AVAGO Logic Gate Optocouplers

The HCPL2211-000E Logic Gate Optocoupler is a premium-quality component designed for electronic devices requiring reliable isolation and signal transmission. This compact optocoupler is housed in a sleek black design and is engineered with efficiency and performance in mind. It operates seamlessly at a supply voltage of 3.4V and ensures stability even at temperatures as high as 70C, making it suitable for various demanding applications. Featuring advanced circuitry, the HCPL2211-000E delivers consistent output with minimized signal distortion. Its high-quality build ensures long-lasting durability and precision, making it a preferred choice for professionals and businesses focused on delivering electronics of uncompromising standards.

FAQs of HCPL2211-000E AVAGO Logic Gate Optocouplers:

Q: What is the primary usage of the HCPL2211-000E Optocoupler?

A: It is primarily used in electronic devices to provide reliable isolation and efficient signal transmission.

Q: What is the operating temperature of the HCPL2211-000E Optocoupler?

A: This optocoupler can operate reliably at temperatures up to 70C.

Q: What is the supply voltage required for the HCPL2211-000E?

A: The HCPL2211-000E operates effectively with a supply voltage of 3.4V.

Q: Is this optocoupler compact in size?

A: Yes, the HCPL2211-000E is designed with a compact form factor, making it suitable for applications with space constraints.

Q: What distinguishes this optocoupler in terms of quality?

A: Its high-quality construction ensures durability, reliable performance, and superior signal transmission, making it suitable for professional-grade electronics.

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