XLF-762-D+技术参数
- 制造厂商：Mini-Circuits
- 类别封装：MMIC芯片 Reflectionless Low Pass Filters, MMIC Die, DC to 17000 MHz，标准封装
- 技术参数：Mini-Circuits 射频微波器件
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XLF-762-D+技术参数详情说明：
The XLF-762-D+ by Mini-Circuits is a versatile MMIC Reflectionless Low Pass Filter, operating from DC to 17000 MHz to cover a broad frequency spectrum. It boasts a passband frequency range of DC-7600 MHz, with a nominal cutoff at 11000 MHz for 3 dB loss, ensuring efficient signal attenuation in RF systems. Additionally, its stopband frequency starts at 13100 MHz for 14 dB loss, while maintaining a low passband VSWR of 1.3 to minimize distortion, making it perfect for high-precision filtering needs.
Engineered for durability, this MMIC die offers robust power handling capabilities, supporting up to 2W in passband and 0.1W in stopband, preventing overheating in intense applications. The XLF-762-D+ features a REFLECTIONLESS design that eliminates signal bounce, enhancing overall system efficiency. With its compact die form factor, it seamlessly integrates into space-constrained RF circuits, ensuring stable performance across diverse frequency ranges.
- 制造商产品型号: XLF-762-D+
- 制造商: Mini-Circuits
- 功能类别: MMIC芯片 Reflectionless Low Pass Filters, MMIC Die, DC to 17000 MHz
- Passband Freq. (MHz): DC-7600
- fco, MHz Nom. (loss 3 dB): 11000
- Stopband Freq. (MHz) (loss 14 dB) Typ.: 13100-20000
- Stopband Freq. (MHz) (loss 20 dB) Typ.: -
- Stopband Freq. (MHz) (loss 30 dB) Typ.: -
- Stopband Freq. (MHz) (loss 40 dB) Typ.: -
- Stopband Freq. (MHz) (loss 50 dB) Typ.: -
- Passband VSWR (:1) Typ.: 1.3
- Stopband VSWR (:1) Typ.: 2.7
- Passband Max Input Power (W): 2
- Stopband Max Input Power (W): 0.1
- Features: REFLECTIONLESS
- 更多产品技术参数细节，请下载技术文档后获取。
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XLF-762-D+应用范围：
The XLF-762-D+ excels in RF communication systems, such as microwave links and radar equipment, where high-frequency filtering is critical for signal clarity. Its reflectionless technology minimizes interference, making it ideal for test benches and signal processing tasks, ensuring accurate data transmission in broadband receivers.
In aerospace and defense sectors, this MMIC chip is indispensable for satellite communications and broadband receivers, reducing unwanted frequencies while maintaining signal integrity. With its wide DC to 17000 MHz coverage and high power tolerance, it reliably performs in harsh environments, supporting advanced electronic warfare and navigation systems.
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