LFCN-630D+技术参数

制造厂商：Mini-Circuits
类别封装：射频滤波器，标准封装
技术参数：Mini-Circuits 射频微波器件
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LFCN-630D+技术参数详情说明：

The LFCN-630D+ is a high-performance low pass filter from Mini-Circuits, leveraging LTCC technology for robust RF performance. It features a passband from DC to 630 MHz, with a stopband starting at 1020 MHz, providing 20 dB rejection at F3 and up to 40 dB from 1020 to 3500 MHz. The compact FV1206 case style and SMT interface enable easy integration into space-constrained designs, while its 50 ohm impedance ensures seamless compatibility with standard RF circuits.

Designed for reliability, this filter utilizes LTCC construction to offer excellent thermal stability and high-frequency response. With a stopband rejection reaching 40 dB across 1020-3500 MHz, it effectively suppresses unwanted signals in applications like wireless systems. Its surface mount design simplifies assembly, making it a versatile choice for modern RF components requiring precise filtering.

制造商产品型号: LFCN-630D+
制造商: Mini-Circuits
功能类别: 射频滤波器
Case Style: FV1206
Description: LTCC Low Pass Filter, DC -630 MHz
Passband F1 (MHz): DC -630
Passband F2 (MHz): 830
Stopband F3 (MHz): 1020
Rejection @ F3 (dB): 20
Stopband F4 (MHz): 1020-3500
Rejection @ F4 (dB): 40
Filter Type: Low Pass
Technology: LTCC
Interface: SMT
Impedance (O): 50
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LFCN-630D+应用范围：

In wireless communication devices, the LFCN-630D+ is crucial for filtering out-of-band frequencies in transmitters and receivers. Its high rejection capabilities minimize interference, ensuring clear signal transmission in smartphones and base stations. The LTCC technology provides durability in harsh environments, making it ideal for mobile and IoT applications.

Additionally, this filter is widely used in test and measurement equipment for accurate signal analysis. Its compact SMT form factor allows for quick integration into automated test systems, enhancing efficiency in RF component validation. The filter's DC-630 MHz passband suits applications like spectrum analyzers, improving measurement precision and reliability.