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RF Amplifiers - 0.7 - 1.2 GHz Very High Linearity, Active Bias Low-Noise Amplifier -- SKY67111-396LFSupplier: Skyworks Solutions, Inc.
Description: Please note: SKY67111-396LF is being discontinued and is not recommended for new designs. The suggested replacement is SKY67150-396LF The SKY67111-396LF is GaAs, pHEMT Low-Noise Amplifier (LNA) with an active bias structure and very high (+39 dBm OIP3) linearity. The advanced GaAs
- Frequency Range: 700 to 1,200 MHz
- Minimum Gain: 20.7 dB
- Maximum Gain: 20.7 dB
- Noise Figure: 0.5 dB
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Supplier: Woo Audio Inc.
Description: performance from the amplifier. Parts upgrade are intended for amplifier purchase, not to be sold on a standalone basis. Auricap interstage coupling caps, 0.22uf/400V Auricap output coupling caps, 2uf/600V Attenuator upgrade: DACT CT2 stepped attenuator. $215 24-position, high
- Frequency Response: 0.00001 to 0.08 MHz
- Nominal Impedance: 100,000 ohms
- Type: Amplifier
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Supplier: Mini-Circuits
Description: RAM-8A+ (RoHS compliant) is a wideband amplifier offering high dynamic range. It has repeatable performance from lot to lot. It is enclosed in a ceramic surface-mount package. RAM-8A+ uses Darlington configuration and is fabricated using InGaP HBT technology. SIMPLIFIED
- Frequency Range: 1,000 MHz
- Minimum Gain: 24.4 dB
- Maximum Gain: 222 dB
- Output Power( P1dB): 12.6 dBm
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Supplier: Mini-Circuits
Description: RAM-6A+ (RoHS compliant) is a wideband amplifier offering high dynamic range. It has repeatable performance from lot to lot. It is enclosed in a ceramic surface-mount package. RAM-6A+ uses Darlington configuration and is fabricated using GaAs technology. SIMPLIFIED SCHEMATIC AND
- Frequency Range: 2,000 MHz
- Minimum Gain: 15.42 dB
- Maximum Gain: 21.3 dB
- Output Power( P1dB): 3.2 dBm
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Supplier: Mini-Circuits
Description: VAM-6+ (RoHS compliant) is a wideband amplifier offering high dynamic range. It has repeatable performance from lot to lot. It is enclosed in an SOT143 style package. It uses Darlington configuration. SIMPLIFIED SCHEMATIC AND PIN DESCRIPTION RF-OUT and DC-IN GND RF-IN RF-IN 4 1
- Frequency Range: 2,000 MHz
- Minimum Gain: 8 dB
- Maximum Gain: 19.5 dB
- Output Power( P1dB): 2.0000000000000004 dBm
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Supplier: Mini-Circuits
Description: GVA-82+ (RoHS compliant) is a wideband amplifier offering high dynamic range. Lead finish is SnAgNi. It has repeatable performance from lot to lot and is enclosed in a SOT-89 package. It uses patented Transient Protected Darlington configuration and is fabricated using InGaP HBT
- Frequency Range: 7,000 MHz
- Minimum Gain: 0.0002 dB
- Maximum Gain: 16.8 dB
- Output Power( P1dB): 18 to 20.599999999999998 dBm
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amplifier used to make a given input current higher. They are characterized by a low input impedance and high output impedance. A voltage amplifier amplifies a given voltage for a larger voltage output. These are characterized by high input impedance and low output impedance. Transconductance (read more)
Browse RF Amplifiers Datasheets for ASAP Semiconductor LLC -
range of functions and operation remain identical. Features include: Voltage amplifiers with switchable Gain up to 100 dB (x 100,000) Bandwidth DC to 100 kHz DC-Drift 0.6 μV/°C Input Noise down to (read more)
Browse Instrumentation Amplifiers Datasheets for Electro Optical Components, Inc. -
Vishay’s latest VIA series isolation amplifiers — VIA0050DD, VIA0250DD, and VIA2000SD — offer exceptional precision, reliability, and compact size for demanding industrial, automotive, and medical applications. These devices feature high common-mode transient immunity up to 150 (read more)
Browse Current Sensors Datasheets for New Yorker Electronics Co., Inc. -
Samwha presents its ultra high voltage MLCCs, engineered for applications demanding exceptional reliability such as aerospace, network equipment, and hybrid electric vehicles (HEVs). These capacitors feature specially designed internal and external structures that deliver excellent electrical (read more)
Browse Ceramic Capacitors Datasheets for New Yorker Electronics Co., Inc. -
Voltage Amplifiers High Speed GHz Amplifiers (read more)
Browse Signal Amplifiers Datasheets for Electro Optical Components, Inc. -
, or difficult to operate for small-scale dynamic testing applications. The VSA Series Mini Power Amplifiers are engineered specifically for compact precision vibration test systems, providing high (read more)
Browse Power Amplifiers Datasheets for ECON Technologies Co.,Ltd -
SKY66318-11, a new addition to our family of high-efficiency power amplifiers (PA) designed for the stringent (read more)
Browse Power Amplifiers Datasheets for Skyworks Solutions, Inc. -
controlled RF power amplifier ideal for ISM band and industrial wireless communication. With excellent small-signal gain of 32 dB and superior noise performance, it supports reliable mid-power amplification with flexible output control (read more)
Browse RF Amplifiers Datasheets for Win Source Electronics -
robust instruments capable of precise signal acquisition and real-time processing. Our instruments and amplifiers provide high-resolution measurement, versatile compatibility, and strong (read more)
Browse Signal Conditioners Datasheets for XJCSENSOR Technology Co., Ltd. -
Voltage Amplifiers High Speed GHz Amplifiers (read more)
Browse Signal Amplifiers Datasheets for Electro Optical Components, Inc.
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PCB Layout Guidelines for High Voltage Amplifiers
As circuit size shrinks it may not be practical for today's high voltage amplifiers to adhere to the old PCB trace spacing design rules of yesteryear. As far back as 1980, Sandia National Laboratories did a study* to determine new trace spacing rules that would be reliable. Sandia found
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AN-16 PCB Layout Guidelines for High Voltage Amplifiers
Standard company design rules for printed circuit boards may not meet the requirements for high voltage amplifiers manufactured by Power Amp Design. The article proposes PCB geometries consistent with successful field applications for high voltage amplifiers.
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Avago Technologies: Automotive Isolation Amplifier for Voltage Sensing (.pdf)
The introduction of electric and hybrid electric vehicles have added high voltage electric modules into the car. The battery stack in a hybrid can be in excess of 150V, higher for the inverter driving the motor
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Operational Amplifier Topologies and DC Specifications
. The current or voltage excitation to the sensor, quite often is generated by an amplifier circuit. Following the front end sensor circuitry, an op amp is used to implement a low pass, band pass or high pass filter. In this portion of the circuit, gain stages are also implemented using programmable
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How to Control the Interference of Transformer to Amplifier?
be effectively avoided, so that the amplifier can be obtained. Excellent sound. In addition to powering the amplifier, the power transformer can also couple the amplifier to the power supply, so that the interference source in the power grid enters the amplifier, and also reflects the voltage
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How to Monitor Sensor Health with Instrumentation Amplifiers
By their very nature, in amps are a good choice to condition small signals in the presence of large common-mode voltages and DC potentials. The three op amp instrumentation amplifier architecture performs this function with the input stage providing a high input impedance while the output stage
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Some Tips on Making a FETching Discrete Amplifier
Low-noise amplifiers for photodiode, piezoelectric, and other instrumentation applications typically call for circuit parameters such as extremely high input impedance, low 1/f noise, or subpicoamp bias currents that cannot be met with available integrated products. This article discusses
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M540: GaAs MMIC Low Noise Amplifiers (SOIC-8 Platform)
Early in 1994, M/A-COM began offering a family of plastic packaged GaAs MMIC low noise amplifiers (LNAs) featuring single positive supply voltage, low noise figure, high dynamic range, and low power consumption for the high volume commercial wireless communications market. These MMIC LNAs use M
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Short, powerful, and agile current drivers for magnetic resonance
The electronic schematic of the high voltage ampli- fier is provided in Fig. 2.
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Analysis and design of an electrostatic space accelerometer
Schematic of DC high voltage amplifier .
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Scanning tunneling microscopy of charge density wave structure in 1T- TaS sub 2
Figure 2-7 Schematic of the high voltage amplifier .
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http://dspace.mit.edu/bitstream/handle/1721.1/61204/701106859-MIT.pdf?sequence=2
3-30 Schematic of the high - voltage amplifier that drives the PZT. . . . . .
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On-chip Digitally Tunable High Voltage Generator for Electrostatic Control of Micromechanical Devices
A schematic view of the high voltage amplifier .
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High-voltage operational amplifier based on dual floating-gate transistors
Figure 1: Simplified schematic ofthe proposed high - voltage amplifier .
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http://dspace.mit.edu/bitstream/handle/1721.1/43393/37628738-MIT.pdf?sequence=2
77 3.11 Circuit schematic of PZT high voltage driver/ amplifier for frequency stabilization loop. . . . . . . . . . . . . . . . . . . . . . . . . .. . . .
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Multichannel Amplifier Topologies for High-Sensitivity and Reduced Measurement Time in Voltage Noise Measurements
Simplified schematic of the high -gain voltage amplifiers actually implemented for the four-channel system.