CY2292SXL-530 Overview
The CY2292SXL-530 is a high-performance semiconductor device designed for precision industrial applications requiring reliable signal processing and efficient power management. It integrates advanced features tailored for optimized electrical performance, ensuring stability across a wide range of operating conditions. Its robust design facilitates seamless integration into complex systems, making it an ideal choice for engineers and sourcing specialists targeting durable, high-accuracy solutions. For detailed manufacturer support and additional product insights, visit Fabricante de CI.
CY2292SXL-530 Technical Specifications
| Parámetro | Especificación |
|---|---|
| Tensión de funcionamiento | 3.3 V ?? 5% |
| Gama de frecuencias de entrada | 10 MHz to 530 MHz |
| Tipo de salida | LVPECL (Low Voltage Positive Emitter Coupled Logic) |
| Ruido de fase | -145 dBc/Hz at 10 kHz offset |
| Consumo de energía | Typical 150 mW |
| Temperatura de funcionamiento | De -40 °C a +85 °C |
| Tipo de envase | 8-pin SOIC |
| Estabilidad de la frecuencia de salida | ??10 ppm over temperature and voltage |
| Corriente de alimentación | 45 mA typical |
CY2292SXL-530 Key Features
- Wide Frequency Range: Supports input frequencies from 10 MHz to 530 MHz, enabling flexible use in diverse signal processing tasks.
- Low Phase Noise Output: Provides superior signal integrity with phase noise performance as low as -145 dBc/Hz at 10 kHz offset, critical for precision timing applications.
- Bajo consumo de energía: Typical power usage of 150 mW helps reduce thermal stress and increases system reliability.
- Robust Operating Temperature: Designed to operate reliably between ?40??C and +85??C, ensuring stable performance in harsh industrial environments.
CY2292SXL-530 Advantages vs Typical Alternatives
This device offers superior phase noise characteristics and a wider frequency input range compared to standard alternatives. Its low power consumption and broad operating temperature enhance reliability and integration ease. The compact 8-pin SOIC package supports efficient board space utilization, making it advantageous for applications demanding precision timing and robust performance in industrial settings.
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Aplicaciones típicas
- High-frequency signal generation and conditioning in telecommunications equipment, enabling accurate clocking and synchronization across network devices.
- Precision timing modules for industrial automation systems requiring stable and low-noise clock sources.
- Test and measurement instruments where accurate frequency synthesis and low phase noise are essential for data integrity.
- High-speed data communication systems that benefit from low jitter and stable output frequencies for improved signal quality.
CY2292SXL-530 Brand Info
The CY2292SXL-530 is part of a reputable product line engineered by IC Manufacturer, renowned for delivering reliable semiconductor components tailored to industrial technology markets. This device embodies the brand??s commitment to precision, durability, and performance, meeting stringent quality standards for demanding engineering applications.
PREGUNTAS FRECUENTES
What is the typical operating voltage range of the CY2292SXL-530?
The device operates typically at 3.3 V with a tolerance of ??5%. This stable operating voltage ensures consistent performance while allowing for minor supply variations common in industrial environments.
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Can the CY2292SXL-530 function reliably in extreme temperature conditions?
Yes, it is designed to operate over a wide temperature range from -40??C to +85??C, making it suitable for use in harsh industrial and outdoor applications without compromising performance.
What type of output does this device provide?
It delivers an LVPECL (Low Voltage Positive Emitter Coupled Logic) output, which is widely used for high-speed digital signals due to its fast switching and low noise characteristics.
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How does the phase noise performance of this product benefit my application?
With a phase noise level as low as -145 dBc/Hz at 10 kHz offset, the device minimizes timing jitter, enhancing signal clarity and accuracy, which is critical for high-precision timing and communication systems.
Is this component suitable for integration into compact PCB designs?