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Analog electronics boards and systems
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Voltage preamplifier / low noise - DC - 1 MHz, max. ±10 V | SIM910, SIM911
The SIM Series featuring SIM910 & SIM911 — JFET & BJT pre amplifiers designed primarily for small signal applications. SIM911 is built to...
Voltage preamplifier / low noise - DC - 1 MHz, max. ±10 V | SIM910, SIM911
The SIM Series featuring SIM910 & SIM911 — JFET & BJT pre amplifiers designed primarily for small signal applications. SIM911 is built to have low input noise and 100 kΩ front - end impedance. SIM910 is ideally use in high impedance sources with low bias current and 100 MΩ input impedance. Easy to install with its dual parallel outputs (one front and one rear) provide flexibility in cabling. It can be powered by both AC or DC, with a built-in indicator in case of overload condition. Its compact design allows portability and can withstand even the most demanding of application.
Preamplifier - DC - 350 MHz, ±1 V | SIM914
The suitable device for boosting signals like those of photomultiplier apparatuses and photodiodes, SRS' SIM914...
Preamplifier - DC - 350 MHz, ±1 V | SIM914
The suitable device for boosting signals like those of photomultiplier apparatuses and photodiodes, SRS' SIM914 350-MHz Preamplifier from the SIM series features a quick rise time, minimized noise levels, and extensive DC precision levels. This preamplifier showcases dual wide-bandwidth, DC-coupled amplifier channels. Each channel exhibits a voltage gain of 5 (14 dB). In addition, it also features a 3-ns overload compensation capability.
Preamplifier with filtering / low-noise - 1 MHz | SR560
The SR560 unit is a pre-amplifier featuring with 4 nV - √Hz input noise, and two configurable...
Preamplifier with filtering / low-noise - 1 MHz | SR560
The SR560 unit is a pre-amplifier featuring with 4 nV - √Hz input noise, and two configurable signal filters. It is a high-performance model that is ideal for various processes including optical detection, audio engineering, and measurements in low temperatures, etc. Variable gain is from 1 to 50,000, and there are single-ended and differential inputs.
Current preamplifier / low-noise - max. ±5 V, 10 Hz - 1 MHz | SR570
The SR570 can be allocated to various stages of the amplifier to optimize...
Current preamplifier / low-noise - max. ±5 V, 10 Hz - 1 MHz | SR570
The SR570 can be allocated to various stages of the amplifier to optimize the performance. The low-noise mode places gain in the front end of the amplifier for the best noise performance. Features current gains as large as 1 pA/V. A low noise current amplifier that has an outstanding performance.
Current preamplifier / low-noise - max. 100 V pp, 0.1 Hz - 40 kHz | SR554
Introducing an innovative new product the SRS Preamplifier It is designed to cater a wide variety of applications and I.T. design concepts. Built to withstand even...
Current preamplifier / low-noise - max. 100 V pp, 0.1 Hz - 40 kHz | SR554
Introducing an innovative new product the SRS Preamplifier It is designed to cater a wide variety of applications and I.T. design concepts. Built to withstand even the most demanding of application. It features a low-noise, transformer-coupled preamplifier optimized for source impedances between 0.05 Ω and 1 kΩ. With an input noise of only 0.1 nV/√Hz, the SR554 can be used in a wide range of low-noise applications. the "bypassed" mode, the instrument is simply a passive transformer with a turns ratio of 100 , providing an overall voltage gain of 100. In the "non-bypassed" mode , an additional amplifier Etc.
PXI digitizer card - max. 4 GHz | M9202A, M9211A
This product features a high-resolution and high-speed digitizers that offers the best conversion fidelity due to the ADC proprietary chip sets that improve the high-speed ADC performance....
PXI digitizer card - max. 4 GHz | M9202A, M9211A
This product features a high-resolution and high-speed digitizers that offers the best conversion fidelity due to the ADC proprietary chip sets that improve the high-speed ADC performance. To continue, the Agilent IF digitizers are specifically designed to improve analog performance especially in terms of dynamic range to reach up to 3GHz instantaneous analog bandwidth, up to 4GS/s sampling rate for 10-bit resolution and up to 2GS/s sampling for 12-bit resolution. Furthermore, these digitizers are used to improve the use of computers for automated tests and to push the speed limits of digitized data throughput. Lastly, the multiple-channel synchronization can also be achieved by reaching accuracy in picoseconds level among multiple cards.
PXI digital-analog converter module - 8/16 ch | M9185A
The M9185A D/A converter is an isolated model that can create high voltage levels at eight or sixteen channels. Each channel can work at a -16 or +16 volt setup for Device...
PXI digital-analog converter module - 8/16 ch | M9185A
The M9185A D/A converter is an isolated model that can create high voltage levels at eight or sixteen channels. Each channel can work at a -16 or +16 volt setup for Device Under Tests. This also has a SENSE mechanism that can identify output voltage levels and can send that information to the circuits in the unit to keep voltage drops from being more of a threat than necessary. This is to make the signals of a unit more accurate. This is all made to manage voltage levels up to 16 V in power and is especially designed for auto industry fields where operating voltages from 12 to 14 V are commonly used and there is a need to get all signals to be as accurate as possible.
PXI digitizer card - max. 3.2 GHz | U530xA series
The Agilent U5303A is a reliable, precise 12-bit PCIe digitizer with programmable on-board processing. The U5303A offers high performance in a small footprint by combining the very high data...
PXI digitizer card - max. 3.2 GHz | U530xA series
The Agilent U5303A is a reliable, precise 12-bit PCIe digitizer with programmable on-board processing. The U5303A offers high performance in a small footprint by combining the very high data transfer rates of the PCIe 2.0 interface and a single x8 slot occupation in a host PC, which makes it the "Best-in-Test 2014" winner.
U5303A bears a data processing unit (DPU) based on the Xilinx Virtex-6 FPGA, which controls the module functionality, data flow and real-time signal processing. It supports loading of custom real-time processing, availability of specific functions like averager and peak detect, and is an ideal platform for many commercial, industrial and aerospace and defence-embedded systems.
U5303A bears a data processing unit (DPU) based on the Xilinx Virtex-6 FPGA, which controls the module functionality, data flow and real-time signal processing. It supports loading of custom real-time processing, availability of specific functions like averager and peak detect, and is an ideal platform for many commercial, industrial and aerospace and defence-embedded systems.
Power amplifier / audio - TA82xx, TB29xx series
The thermal resistance ?j?T of TA8205AHQ, TA8205ALQ package is designed for low thermal resistance, it has a high heat radiation...
Power amplifier / audio - TA82xx, TB29xx series
The thermal resistance ?j?T of TA8205AHQ, TA8205ALQ package is designed for low thermal resistance, it has a high heat radiation efficiency with a chip whose temperature can be reduced. Temperatures can also be reduced with the degradation influence. This stereo audio power IC, has two built?in channels to reduce the characteristic difference between L and R channels and was designed for car audio use. Additionally, the stand?by and muting functions, and a variety of protection circuits are involved.