+7 (812) 645-08-06
Amplifier ICs
select brand
MMIC integrated circuit amplifier - 25 W, 2 - 6 GHz | CMPA2060025D
The CMPA2060025D series of general purpose broadbands are engineered with a monolithic nicrowave...
MMIC integrated circuit amplifier - 25 W, 2 - 6 GHz | CMPA2060025D
The CMPA2060025D series of general purpose broadbands are engineered with a monolithic nicrowave integrated circuit. These products are capable of a higher breakdown voltages and thermal conductivities. Units can also easily provide productivity with high efficiency. Moreover, these devices from Cree are comprised of a 2-stage amplifier design that allows for a wide bandwidth range.
MMIC integrated circuit amplifier - 25 W, 5.5 – 8.5 GHz | CMPA5585025F
The CMPA5585025F by Cree is especially designed with gallium nitride which is based on a monolithic microwave integrated...
MMIC integrated circuit amplifier - 25 W, 5.5 – 8.5 GHz | CMPA5585025F
The CMPA5585025F by Cree is especially designed with gallium nitride which is based on a monolithic microwave integrated circuit and a high electron mobility transistor systems and materials. The GaN includes excellent quality properties than a silicon which promotes a higher voltage, higher electron velocity and a higher thermal conduction functionality. The GaN HEMTs also provides a maximum power density and larger bandwidths than any transistors especially the Si and GaAs.
Operational integrated circuit amplifier / precision - ADxxx, ADxxxx, ADAxxxx series
For your op amps (operational amplifiers) design needs, The Analog Devices’ index in high speed op amps and precision...
Operational integrated circuit amplifier / precision - ADxxx, ADxxxx, ADAxxxx series
For your op amps (operational amplifiers) design needs, The Analog Devices’ index in high speed op amps and precision op amps offers a great selection of products that gives incomparable and unparalleled performance. With the use of our amplifier reference circuits, you can now search operational amplifiers by parameters as well as find expert system-level assistance on design problems, design tools, selection guides, calculators and SPICE models.
Sense integrated circuit amplifier / current / for automotive applications - -40°C ... 125°C | AD8xxx series
ADI’s Current Sense Amplifiers are compact and cost-effective devices, minimizing measurement loop errors...
Sense integrated circuit amplifier / current / for automotive applications - -40°C ... 125°C | AD8xxx series
ADI’s Current Sense Amplifiers are compact and cost-effective devices, minimizing measurement loop errors...
Instrumentation integrated circuit amplifier / low noise / low power / common mode - AD8xxx series
In-amps or instrumentation amplifiers are used to manage outputs that can be differential or single-ended based on the reference terminal that is to be used....
Instrumentation integrated circuit amplifier / low noise / low power / common mode - AD8xxx series
In-amps or instrumentation amplifiers are used to manage outputs that can be differential or single-ended based on the reference terminal that is to be used. These can measure differences from two input signals and will reject signals that might be common among inputs. These in-amps are useful for managing a large variety of setups and can work in a noisy environment. This is useful when larger common-mode signals are made to work. This may be used in cases were low-noise solutions have to be added. Low-power in-amps are also being used with a good common mode rejection ratio on each application and market that is open.
Limiting integrated circuit amplifier / logarithmic - dc - 10 GHz | ADxxxx series
These RF detectors are made to review RF and IF signals in wireless connections. This is made by Analo Devices and will work well to measure...
Limiting integrated circuit amplifier / logarithmic - dc - 10 GHz | ADxxxx series
These RF detectors are made to review RF and IF signals in wireless connections. This is made by Analo Devices and will work well to measure and increase signals with care to 100 dB in its dynamic range from dc to 10 GHz. This works with a 0.2 dB accuracy and works for RSSI and transmit power level reviews. This uses TruPwr RMS detectors to manage waveforms in many sorts to manage CDMA and W-CDMA signals with better QAM modulation systems to manage DC voltage needs with care. This works to manage the input to make it as careful as possible.
Operational integrated circuit amplifier / variable gain - ADL5xxx, AD8xxx, AD6xx series
Variable gain amplifiers (VGAs) are of significant importance to communications hardware and remote...
Operational integrated circuit amplifier / variable gain - ADL5xxx, AD8xxx, AD6xx series
Variable gain amplifiers (VGAs) are of significant importance to communications hardware and remote sensing technologies.
They are used in applications which demand dynamic performance for products working in ultrasound, wireless communications to radar platforms.
The key feature of these Variable gain amplifiers (VGAs) is their tried, tested and ready-to-integrate mode.
They are used in applications which demand dynamic performance for products working in ultrasound, wireless communications to radar platforms.
The key feature of these Variable gain amplifiers (VGAs) is their tried, tested and ready-to-integrate mode.
RF integrated circuit amplifier / power / general purpose - 895 - 2700 MHz | A2I2x, MD71, MD81 series
Voltage : 26 V - 28 V
Power : 1 W - 100 W
FREESCALE introduces their RF Power LDMOS Amplifier ICs designed primarily for wireless infrastructure,wireless...
Power : 1 W - 100 W
FREESCALE introduces their RF Power LDMOS Amplifier ICs designed primarily for wireless infrastructure,wireless...
RF integrated circuit amplifier / power / general purpose - 895 - 2700 MHz | A2I2x, MD71, MD81 series
FREESCALE introduces their RF Power LDMOS Amplifier ICs designed primarily for wireless infrastructure,wireless personal area network,general purpose amplifier, broadcast, consumer, medical,smart energy,and industrial markets. Utilizing the latest in RF technology,producing high quality and reliable results in the different industry and system it serves. Providing optimum performance each and every time.
High-gain integrated circuit amplifier / general purpose - 2000 - 6000 MHz | MBC, MMG, MMH series
Voltage : 2.1 V - 6.2 V
Current : 0.85 A - 4.7 A
Freescale's portfolio of GPAs integrate the correct degree of gain, linearity, noise and power usage standards to adhere to the industry's toughest operations. To continue,...
Current : 0.85 A - 4.7 A
Freescale's portfolio of GPAs integrate the correct degree of gain, linearity, noise and power usage standards to adhere to the industry's toughest operations. To continue,...
High-gain integrated circuit amplifier / general purpose - 2000 - 6000 MHz | MBC, MMG, MMH series
Freescale's portfolio of GPAs integrate the correct degree of gain, linearity, noise and power usage standards to adhere to the industry's toughest operations. To continue, the Freescale GPAs offer the best solution for both high gain and small-signal applications for all consumer, commercial, industrial and even military uses. Moreover, examples of Freescale's portfolio are wireless communications, remote keyless entry (RKE), drivers or pre-drivers, UMTS, PCS, UHF, VHF, WLL, PHS, buffer amplifiers for mixer usage, TV and DTV broadcast, emergency radio systems and military SDR usage. These top of the notch tools are not only deliver maximum performance but user friendly as well.
Low noise integrated circuit amplifier - 100 - 2800 MHz | MBC, MC, MMG, MML series
Voltage : 2.7 V - 5 V
Freescale makes low noise amplifiers that work for many design needs in many fields. This uses two features with their own benefits....
Freescale makes low noise amplifiers that work for many design needs in many fields. This uses two features with their own benefits....
Low noise integrated circuit amplifier - 100 - 2800 MHz | MBC, MC, MMG, MML series
Freescale makes low noise amplifiers that work for many design needs in many fields. This uses two features with their own benefits. First, III-V technology is used to manage many wireless controls and can work in many fields. Second, SiGe technology is used in many LNAs to to manage wireless connections and to review cellular and automotive needs. These are made with many specific design tools in mind and are made with many design options to keep from having to spend more time with making designs accessible.