

PHA-102-D+技术参数
- 制造厂商:Mini-Circuits
- 类别封装:MMIC芯片 Monolithic Amplifiers, Die, DC to 50 GHz,标准封装
- 技术参数:Mini-Circuits 射频微波器件
- 专注销售Mini-Circuits射频微波器件,承诺原装!现货当天发货!
- 您可通过电话、微信、QQ或邮件与销售代表联系询价及采购

PHA-102-D+技术参数详情说明:
The PHA-102-D+ is a Monolithic Microwave Integrated Circuit (MMIC) amplifier die from Mini-Circuits, designed for operation from DC to 50 GHz with a frequency range of 50 MHz to 6000 MHz. It features ultra high dynamic range and typical gain of 14.5 dB, ensuring high signal integrity and minimal distortion in RF circuits, while operating efficiently on a DC voltage of 9 V and consuming 192 mA.
Key specifications include a typical output power of 26.4 dBm at 1dB compression point, with an input VSWR of 1.5:1 and output VSWR of 1.32:1 for optimal impedance matching. The device also boasts a noise figure of 3.4 dB and IP3 of 50 dBm, making it suitable for applications requiring high linearity and low interference in broadband systems.
- 制造商产品型号: PHA-102-D+
- 制造商: Mini-Circuits
- 功能类别: MMIC芯片 Monolithic Amplifiers, Die, DC to 50 GHz
- F Low (MHz): 50
- F High (MHz): 6000
- Gain (dB) Typ.: 14.5
- Power Out (dBm) @ 1dB Comp. Typ.: 26.4
- NF (dB) Typ.: 3.4
- IP3 (dBm) Typ.: 50
- Input VSWR (:1) Typ.: 1.5
- Output VSWR (:1) Typ.: 1.32
- DC Voltage (V): 9
- DC Current (mA): 192
- Features: Ultra High Dynamic Range
- 更多产品技术参数细节,请下载技术文档后获取。
作为Mini-Circuits代理商的战略合作伙伴,我们长期提供PHA-102-D+现货供应,支持技术选型与替代方案,欢迎咨询获取最新价格及资料。
PHA-102-D+应用范围:
This MMIC chip is perfect for high-frequency communication systems, such as satellite transceivers and radar modules, where its ultra high dynamic range and low noise figure ensure reliable amplification of weak signals with minimal distortion, enhancing overall system performance in harsh environments.
Additionally, the PHA-102-D+ excels in test and measurement equipment, providing high gain and linearity in signal generators and spectrum analyzers for precise RF signal analysis, making it indispensable for engineers working on advanced RF and microwave applications.
您可以对以下的类似型号也感兴趣:













