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Featured Content |
| Why do we use Low Noise Amplifiers in Quantum Computing? |
| In the extremely simplified version of the realm of Quantum Computing, the ultimate goal is to be able to isolate and “read” Qubits, which are the Quantum equivalent of Bits in traditional data processing. Whereas standard data streams ultimately consist of bits that each have one of two values (either 1 or 0), a single Qubit has the tremendous advantage of representing up to FIVE values. Click here to read more. |
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| Featured Products this Week |
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| 8 x 8 Butler Matrix from 2.4 to 8 GHz |
Switch Matrix
from Ranatec
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| The RI 3101 from Ranatec is an 8 x 8 Butler Matrix that operates from 2.4 to 8 GHz. It supports multichannel MIMO testing for 8+8 antenna ports over a large frequency range covering the conventional Bluetooth and Wi-Fi bands at 2.4 and 5 GHz as well as an extension up to 8 GHz. It simulates real-world conditions, directing coverage over distances and across obstacles. This enables true testing of smartphones, sensors, routers and other access points. |
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| 70 W GaN-Based SSPA from 2 to 8 GHz |
RF Amplifier
from Exodus Advanced Communications
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| The AMP1146A from Exodus Advanced Communications is a GaN-based SSPA that operates from 2 to 8 GHz. It delivers a saturated output power of more than 70 W with a gain of 48 dB. This TWT replacement amplifier consists of built-in protection current & temperature sensing circuits that provide optimum reliability & ruggedness. It has 2-tone intermodulation (IMD) of -30 dBc, harmonics of -20 dBc, and spurious of -60 dBc. The amplifier is suitable for all single channel modulation standards. |
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| Programmable Microwave Up Converter from 24 to 44 GHz |
RF Upconverter
from Analog Devices
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| The ADMV1013 from Analog Devices is a wideband, microwave upconverter that accepts an input IF frequency of 0.8 to 6 GHz and upconverts it to an RF frequency from 24 to 44 GHz. The upconverter has 2 upconversion modes - direct conversion from baseband I/Q to RF and single-sideband (SSB) upconversion from real IF. It is ideal for point-to-point microwave radios, radar, electronic warfare systems and automatic test equipment (ATE) applications. |
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Product Details
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New Article on everything RF |
| What is Bluetooth 5.3? |
| Bluetooth Core Specification Version 5.3 or Bluetooth 5.3 has introduced a number of new feature enhancements which aim to improve reliability, energy efficiency and user experience in a wide range of products. Click here to learn more. |
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| Low Noise Amplifier from 10.7 to 12.8 GHz |
RF Amplifier
from AmpliTech
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| The APTW5-10701280-45K10-WR75-D6 from Amplitech is a Low Noise Amplifier that operates from 10.7 to 12.8 GHz. It provides a high gain of 42 dB (flatness of ± 0.5 dB) with a noise figure of less than 0.63 dB and has a noise temperature of 45 K. This LNA is fabricated using state-of-the-art GaAs pHEMT technology. It is well suited for SATCOM applications, such as for military or civil satellite downlinks, and test equipment. |
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| 2 W Distributed GaN Amplifier from 2 to 18 GHz |
RF Amplifier
from Altum RF
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| The ARF1306C5 from Altum RF is a Distributed Amplifier that operates from 2 to 18 GHz. It delivers a saturated output power of 34 dBm with a small signal gain of 15 dB. It is pre-matched to 50 ohms and the RF ports are AC coupled. The ARF1306C5 is housed in an air-cavity ceramic QFN package that measures 5 x 5 mm and is designed for high bandwidth test & measurement, aerospace and defense, and ISM applications. |
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Product Details
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| 2-Port and 4-Port Vector Network Analyzers from 900 Hz to 67 GHz |
Vector Network Analyzer
from Keysight Technologies
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| The N5227B Series from Keysight Technologies are 2-Port and 4-Port Vector Network Analyzers that operate from 900 Hz to 67 GHz. These VNAs can measure S-parameters with the smallest uncertainty and high stability, and efficiently characterize active components with applications that simplify setups. They provide insight into component behavior using a multi-touch display and intuitive user interface. The VNAs use a proprietary low-spurious direct digital synthesis (DDS) source, enabling customers to take accurate measurements with less phase noise interference. |
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