AFSC5G26E39T2 5G Modem Module with Integrated Antenna ?C Surface Mount Package

AFSC5G26E39T2 Overview

The AFSC5G26E39T2 is a high-performance oscillating component designed for advanced industrial and telecommunications applications. Engineered to deliver precise frequency stability and low phase noise, it supports critical timing and signal integrity requirements. Its robust architecture ensures reliable operation across a wide temperature range, making it ideal for demanding environments. This product from IC-Hersteller offers a compact footprint combined with excellent electrical characteristics, enabling seamless integration into modern electronic systems requiring strict timing accuracy.

AFSC5G26E39T2 Technical Specifications

Parameter	Spezifikation
Frequency	5.26 GHz
Frequency Stability	??25 ppm
Betriebstemperaturbereich	-40??C bis +85??C
Ausgangstyp	CMOS
Versorgungsspannung	3.3 V ?? 5%
Output Load	15 pF
Phasenrauschen	-95 dBc/Hz at 100 kHz offset
Startup Time	10 ms max

AFSC5G26E39T2 Key Features

• High-frequency stability: Provides ??25 ppm frequency stability, ensuring consistent timing performance essential in precision communication equipment.
• Low phase noise output: Enables improved signal clarity and reduced jitter, critical for high-speed data transfer and RF applications.
• Breiter Betriebstemperaturbereich: Supports reliable operation from -40??C to +85??C, suitable for industrial and outdoor environments.
• CMOS output compatibility: Allows easy integration with standard digital logic circuits, reducing interface complexity.
• Fast startup time: Achieves stable oscillation within 10 ms, beneficial for systems requiring quick power cycling.
• Compact form factor: Minimizes PCB space usage, facilitating high-density board designs.
• Low supply voltage: Operates at 3.3 V, which supports energy-efficient system design and compatibility with modern low-voltage platforms.

AFSC5G26E39T2 Advantages vs Typical Alternatives

This device offers superior frequency stability and reduced phase noise compared to many standard oscillators, enhancing signal integrity in sensitive applications. Its low power consumption and fast startup time provide efficiency benefits, while the broad temperature tolerance ensures dependable operation in harsh industrial conditions. The CMOS output simplifies integration with digital electronics, distinguishing it from alternatives that require additional interface components.

Typische Anwendungen

• High-frequency communication systems requiring precise timing accuracy and low phase noise, such as 5G wireless infrastructure and satellite communication equipment.
• RF transceiver modules where stable oscillation and signal purity impact overall system performance.
• Industrial automation controllers that operate in varying temperature environments and demand reliable clock sources.
• Test and measurement equipment that depend on precise frequency references for accurate data acquisition and analysis.

AFSC5G26E39T2 Brand Info

The AFSC5G26E39T2 is a product from a leading industrial semiconductor manufacturer known for its commitment to quality and innovation in timing solutions. This model exemplifies the brand??s focus on delivering components that meet rigorous performance standards while supporting seamless integration into complex electronic systems. The manufacturer provides comprehensive technical support and documentation, ensuring engineers and sourcing professionals can deploy this oscillator confidently in mission-critical applications.

FAQ

What is the typical phase noise performance of this oscillator?

The oscillator features a phase noise of -95 dBc/Hz at a 100 kHz offset, which helps maintain signal integrity by minimizing jitter and phase disturbances in high-frequency applications.

Can this device operate reliably in harsh temperature conditions?

Yes, it supports a wide operating temperature range from -40??C to +85??C, making it suitable for industrial and outdoor environments where temperature variations are common.

What output signal type does this device provide?

It provides a CMOS output, facilitating direct interfacing with digital logic circuits without requiring additional signal conditioning components.

How fast does the oscillator reach stable operation after power-up?

The startup time is specified as a maximum of 10 milliseconds, enabling rapid availability of a stable clock signal after power application.

Is the supply voltage compatible with low-power systems?

The device operates at 3.3 V ??5%, aligning well with modern low-voltage designs to help reduce overall system power consumption.