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| Analog Devices' amplifiers are the number one selling brand of amplifiers in the world today. Nobody sets more performance standards for next generation designs, with the widest portfolio of leading-edge products. Designers who want dependable, reliable parts that enable the highest performance from their design, come here for the ultimate source in high-speed, precision, rf, broadband, instrumentation, and other amplifiers. |
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Maxim offers the widest selection of operational amplifiers (op amps) and comparators for audio and video applications, battery and power management, and signal conditioning.
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| The VIP50 vertically integrated PNP (VIP) process technology is optimized to perform well at 3.3V and 5V supply levels, enabling direct interfacing with advanced analog-to-digital converters while maintaining a very high signal-to-noise level. The products span a 0.9V to 12V supply voltage range that covers both standard DC single-supply voltage standards and +5V/-5V split supplies common in precision amplifier applications and battery chemistries such as Li-Ion and NiCAD. |
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Op Amps - Audio-Video Amps - Comparators - Compandors:
ON Semiconductor offers operational amplifiers, audio amplifiers, video amplifiers, transconductance amplifiers, compandors, and comparators. |
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| The XC221ASeries are input/output railtorail CMOS Op Amp. Operating voltage is 1.2V to 10V in single cell and, 0.6V to 5.0V in +ve /-ve supply. Since the XC221 comes in an ultra small SOT-25 package, theSeries is particularly suited for use with various typed of portable phones. |
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Linear Technology manufactures a broad line of high performance operational amplifiers (op amps) each one designed for the unexpected. Fully specified over temperature, look to Linear for signal conditioning solutions when performance matters. Amplifier product families include high speed amplifiers, precision amplifiers, low noise amplifiers, and micropower amplifiers as well as special function amplifiers such as current sense, programmable gain and differentail high speed analog to digital converter (ADC) drivers.
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| The MMG3012NT1 is a General Purpose Amplifier that is internally input matched and internally output matched. It is designed for a broad range of Class A, small–signal, high linearity, general purpose applications. It is suitable for applications with frequencies from 0 to 6000 MHz such as Cellular, PCS, BWA, WLL, PHS, CATV, VHF, UHF, UMTS and general small–signal RF. |
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RF power transistors are used whenever an electromagnetic signal needs to be amplified and transmitted from an antenna.
Today ST offers a broad range portfolio, from LDMOS transistors for cellular intrastructure and private mobile radio to DMOS for industrial applications and TV broadcast.
A broad package range, from SMD plastic to standard gold ceramic, gives customers great flexibility. |
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| Maxim offers innovative video ICs including video amplifiers, reconstruction filters, muxes, switches, and on-screen display (OSD) generators. |
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Description:
LOW NOISE AMPLIFIER Performance Data
Frequency: 50.0 - 1000.0 MHz
Gain: 21.0 dB Min (Flatness 1.0)
Noise Figure: 3.5 dB Max
P1dB: 12 Min
VSWR: 2.0 Input Max, 2.0 Output Max
Power Supply: 12.0 Volts DC 100.0 mA
Operating Temperature: -30.0 - 70.0 ?C |
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Product Overview :
The Optopatch patch clamp amplifier from Cairn Research is a general purpose amplifier, incorporating a number of unique features in order to optimise its performance across a wide range of applications. The amplifier is designed for patch clamp recording, with the unique addition of a lock-in amplifier to enable measurement of membrane capacitance and resistance. This built in device has a unique "track-in" mode that keeps the lock-in amplifier in perfect balance, maintaining discrimination between resistance and capacitance and providing linear calibrated resistance and capacitance outputs. The Optopatch includes several other unique features, including our patented optical technique for measuring small currents over a wide bandwidth (up to 200 KHz), and circuitry for protection against overcompensation of series resistance and electrode capacitance, safeguarding your cells during a recording.
Applications :
Single channel recording
Whole cell recording
High resolution capacitance measurement
Fast, high impedance amplifier
Voltammetry |
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Sensor signal amplifier MTI04CS/ MTI04CQ
With the MTI04CS/CQ, MAZeT now presents the second-generation multi-channel transimpedance amplifier. The MTI04CS/CQ now offers the ability to adapt the compensation of the transimpedance amplifier) to the input capacitance of the sensors, such as photodiodes. This is done digitally in two stages, 5 and 80pF.
Programming of the transimpedance gain is carried out via three input pins to any of eight levels; and takes effect for all channels simultaneously.
Additional technical characteristics
- Switchable frequency response compensation for input photodiodes (< 5pF and < 80pF)
- Good synchronization of the amplification and the temperature coefficients by the transfer function
- Settable power-save mode
- Supply voltage from 2.7 to 5.5V
- Extended temperature range from -40 to +125°C
IC Types
* MTI04CD – ‘naked’ chip (die)
* MTI04CS – 16-pin SOP16 package
* MTI04CQ – 16-pin QSOP16 package |
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ADI's high gain limiting amp ICs are optimized for SFP/SFF/GBIC datacom and telecom optical transceiver modules and provide the receiver functions of quantization and Loss of Signal Detection as well as SFF-8472 compliant average power measurement. Applications include 1x2x4x Fibre Channel, 10GBASE-LX4, multi-rate SONET/SDH OC3 to OC48 FEC and GbE. ADI's high gain limiting amps feature: low power; excellent sensitivity and jitter performance.
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Control Modes Torque
Command Interface UV externally commutated torque commands
Current limit
Feedback None
Configuration Potentiometers
DIP switch
Solderless component header (preconfigured option)
I/O Digital inputs: reset, enable, motor overtemperature
Digital outputs: amp OK, normal, current limited
Analog monitor: actual current (U and V)
Internal Edge Filter Optional - append F to model number
Dimensions 191 x 176 x 69 mm (7.5 x 6.9 x 2.7 in) |
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This lab unit is the first professional electronic controller for electrorheological systems.
RheCon® is an indispensable electronic component in any ER-system, with the task of generating static and modulated electrical fields in the ERF:
- for all ER-fluids
- for all ER-applications
- Load-independent stability
- Temperature and long-term accuracy better than 2%
- CE-conform
- Current monitoring
- Compensation of mains fluctuation
- Temperature-, overload- and breakdown - safe
- Field charge and discharge well under 1 ms |
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The DampCon 2, a dynamic high voltage amplifier adjustable from 0V to 4000V, with patented tax rule principle and 16W power output with high efficiency. The amplifier with 24V DC voltage is supplied.
The high voltage is stopped over an external control inlet in the relationship 1000:1, either according to standard with analog tension or optionally with a digital pulse width signal. The amplifier controls high voltages of arbitrary cam shapes within the range 0V to +4000V.
1000-fache reinforcement
External attitude of the high voltage in the relationship 1000:1
Extremely short response times
The step response takes place in the Millisekunden - Range
Broad Spannungspektrum
The amplifier controls high voltages with different cam shapes within a range from 0V to 4000V
Three operatings mode
Fixed attitude by internal potentiometer; Externally PWM, external similarly
Overload and short circuit proof
Recognizes overload and/or short-circuit, automatic restarting
Conformal the CE guidelines
Fulfills EMV and domestic appliance guideline; Splash-proof IP54
Energy-efficiently
High efficiency with 16W power output |
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| Pasternack offers RF Amplifier products to satisfy a wide range of applications. Standard products include In-Line Amplifiers with 18dB of gain and frequencies of 0.5-2 GHZ; General Purpose Amplifiers offering up to 18db gain and frequency operation from 10 MHZ - 3 GHz; and Low Noise Amplifiers (LNA) offering up to 21 db Gain and frequency operation from 0.5-18GHz. |
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A family of RF power detector integrated in loop controllers for PA power control applications in cellular handsets.
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PCB Automotive Sensors Debuts High Temperature Preamplifier
Operating to +120 °C for NVH Powertrain & Vehicle Underhood Testing
The Automotive Sensors division of PCB Piezotronics (PCB®) has announced release of a new high-temperature preamplifier, designed to overcome high temperature testing challenges associated with NVH powertrain and vehicle underhood testing applications, and to broaden options for NVH test engineers collecting acoustic data in high temperature areas.
Automotive engineers routinely perform NVH tests in areas around the powertrain, where elevated operating temperatures can present major measurement challenges. Underhood temperatures can peak at +125 0C under normal driving conditions, and can be significantly higher near turbochargers and exhaust system components, such as manifolds and diesel particulate filters. In the past, test engineers were limited by preamplifiers offering temperature ranges to + 70 °C. Model HT426E01 is a 1/2" preamplifier operating from ICP sensor power, terminating with BNC connector and utilizing standard coaxial cables. The model features a low attenuation factor (-0.06 dB) and low noise characteristics, 4.9 µV, based on an A-weight scale.
Common applications include underhood measurements for benchmarking and issue identification, including engine radiated, induction, ancillary and turbocharger noise; near-field measurements on manifolds; mufflers; exhaust after treatment components; and tailpipe noise. NVH groups within OEMs and Tier 1 suppliers involved with testing of powertrain components will benefit most from this product. |
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