AFSC5G23E37T2 5G Signal Amplifier Booster – Compact Plug & Play Package

AFSC5G23E37T2 Overview

The AFSC5G23E37T2 is a high-performance semiconductor device designed for advanced industrial and commercial electronics applications. Offering a robust set of electrical characteristics and optimized for integration into complex circuits, it ensures reliable operation across a wide range of operating conditions. Engineered with precision, this component supports efficient power management and signal processing tasks, making it suitable for demanding systems. Sourcing specialists and design engineers will benefit from its compact package and consistent quality, backed by Fabricant de circuits intégrés??s stringent production standards.

AFSC5G23E37T2 Technical Specifications

Paramètres	Spécifications
Type d'emballage	QFN 32-Pin
Tension de fonctionnement	3.3 V ?? 10%
Maximum Operating Temperature	+85??C
Gamme de fréquences d'entrée	0 to 100 MHz
Courant de sortie	Up to 150 mA
Consommation électrique	450 mW typical
Délai de propagation	5 ns typical
Rapport signal/bruit	70 dB min
Impédance d'entrée	1 M ??
Protection contre les décharges électrostatiques (ESD)	??4 kV Human Body Model

AFSC5G23E37T2 Key Features

• High-frequency operation: Supports input frequencies up to 100 MHz, enabling fast and accurate signal processing for communication and control systems.
• Low propagation delay: With a typical delay of 5 nanoseconds, it ensures minimal latency, critical for timing-sensitive industrial automation applications.
• Robust power efficiency: Consumes only 450 milliwatts typical, reducing thermal load and enhancing system energy efficiency in embedded designs.
• Enhanced ESD protection: Certified to ??4 kV Human Body Model, offering reliable resistance to electrostatic discharge events during handling and operation.

AFSC5G23E37T2 Advantages vs Typical Alternatives

This device stands out with its combination of high operating frequency, low power consumption, and strong electrostatic discharge protection. Compared to typical alternatives, it delivers superior signal integrity and timing precision while maintaining energy efficiency. Its compact QFN package simplifies board layout and thermal management, making it an ideal choice for engineers seeking reliability and seamless integration in demanding industrial environments.

Applications typiques

• Industrial automation systems requiring precise timing and robust signal handling in harsh environments, ensuring consistent performance and long-term reliability.
• Communication equipment where fast switching and low latency are critical for maintaining data throughput and signal quality.
• Embedded control units that benefit from low power consumption to extend device lifecycle and reduce operational costs.
• Test and measurement instruments demanding high signal-to-noise ratio and accurate frequency response in compact form factors.

AFSC5G23E37T2 Brand Info

The AFSC5G23E37T2 is developed by a leading semiconductor manufacturer known for delivering advanced integrated circuits tailored to industrial and commercial electronics markets. The product line emphasizes high reliability, precision engineering, and compliance with industry standards. This model reflects the brand??s commitment to supporting engineers and sourcing professionals with components that combine performance, durability, and ease of integration.

FAQ

Quelle est la température maximale de fonctionnement de cet appareil ?

The maximum operating temperature is specified at +85??C, allowing it to function reliably in typical industrial environments without performance degradation.

How does the AFSC5G23E37T2 handle electrostatic discharge?

It features ESD protection rated up to ??4 kV according to the Human Body Model, providing robust resistance against static electricity during handling and in circuit operation.

What package type is used for this semiconductor component?

This model is housed in a 32-pin QFN package, which offers a compact footprint and improved thermal dissipation suitable for space-constrained applications.

What is the typical power consumption of this device?

Typical power consumption is around 450 milliwatts, enabling energy-efficient operation that contributes to lower heat generation and improved system longevity.

What frequency range does this device support?

The input frequency range extends up to 100 MHz, making it suitable for high-speed communication and timing applications requiring quick signal processing.