ADRF5023BCCZN Overview
The ADRF5023BCCZN is a high-performance, monolithic microwave integrated circuit (MMIC) designed for precision signal switching in RF and microwave applications. It offers a low insertion loss and high isolation, enabling efficient routing of signals from DC to 3 GHz frequencies. This device is ideal for complex signal paths in communication and test equipment, providing reliable switching with minimal distortion. Designed for robust operation in demanding industrial environments, the ADRF5023BCCZN supports seamless integration in compact, high-frequency systems. For detailed technical resources, visit the Fabricante de CI website.
ADRF5023BCCZN Technical Specifications
| Parâmetro | Especificação |
|---|---|
| Gama de frequências | DC to 3 GHz |
| Insertion Loss | 1.1 dB at 2 GHz (typical) |
| Isolation | 35 dB at 2 GHz (typical) |
| Perda de retorno de entrada | 15 dB (typical) |
| Control Voltage | +3 V Logic High, 0 V Logic Low |
| Power Handling | +23 dBm (Input Power) |
| Gama de temperaturas de funcionamento | -40??C a +85??C |
| Embalagem | 16-lead LFCSP, 4 mm ?? 4 mm |
| Corrente de alimentação | 3 mA (typical) |
ADRF5023BCCZN Key Features
- Broadband RF Switching: Supports frequencies from DC to 3 GHz, enabling versatile use across multiple RF applications.
- Low Insertion Loss: Minimizes signal attenuation for improved system sensitivity and efficiency.
- High Isolation: Provides up to 35 dB isolation, reducing signal leakage and interference between channels.
- Baixo consumo de energia: Typical supply current of only 3 mA, supporting energy-efficient system designs.
- Pacote compacto LFCSP: Small footprint enables high-density PCB layouts and ease of integration into tight spaces.
- Ampla gama de temperaturas de funcionamento: Reliable performance from -40??C to +85??C ensures suitability for industrial and commercial environments.
- Simple Control Interface: Logic-level control voltages allow straightforward digital system integration.
ADRF5023BCCZN Advantages vs Typical Alternatives
This device offers superior insertion loss and isolation at frequencies up to 3 GHz compared to typical RF switches, enhancing signal integrity in complex routing networks. Its low power consumption and compact packaging improve system efficiency and reduce PCB space requirements. The wide operating temperature range ensures robust performance in industrial environments, making it a reliable choice over alternatives with narrower specifications or higher losses.
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Aplicações típicas
- RF signal routing in communication systems requiring low loss and high isolation for frequency bands up to 3 GHz, such as cellular infrastructure and test equipment.
- Automatic test equipment (ATE) switching matrices where precise, repeatable switching is critical to measurement accuracy.
- Wireless infrastructure components that demand compact, low-power switching solutions for antenna diversity and signal path selection.
- Industrial and medical RF systems requiring robust, high-performance switches capable of operating across wide temperature ranges.
ADRF5023BCCZN Brand Info
The ADRF5023BCCZN is part of Analog Devices?? portfolio of RF switches, known for high linearity and low insertion loss. Analog Devices has a strong reputation for delivering precision semiconductor components that enable advanced RF and microwave system designs. This product exemplifies the brand??s commitment to innovation, quality, and reliability, making it a preferred choice among engineers designing high-frequency switching applications.
FAQ
What frequency range does the ADRF5023BCCZN support?
The device operates over a broad frequency range from DC to 3 GHz, making it suitable for many RF and microwave applications including cellular and wireless communication systems.
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What is the typical insertion loss of this RF switch?
Typical insertion loss is approximately 1.1 dB at 2 GHz, which ensures minimal signal attenuation and helps maintain high signal quality in RF paths.
How is the device controlled in a system?
Control is achieved through standard logic
