Showing results: 3196 - 3210 of 4195 items found.
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PL-10N -
PINTEK Electronics
*MODEL：PL-10N*IMPEDANCE：1.111MΩ*ACCURACY：±0.5%*FREQUENCY B.W.：DC~50MHz*WORKING POWER：MAX. 1Watt*INPUT VOLTAGE：MAX.250VDC or 200V rms AC*DIMENSION：48mm(L)xΦ16mm(D)*WEIGHT：25g*APPLICATION: Matching the impedance of the Scope probe with the DMM. with this converter, the user can use the oscilloscope to watch the wave from and measure the precise reading from the DMM.
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EQSFP28 -
Optellent, Inc.
The OPTELLENT EQSFP28 is a cost-effective and convenient test board for testing QSFP28 optical transceivers in R&D and manufacturing environments. The EQSFP28 is equipped with high quality RF connectors for data signals and test points for low frequency control and status signals. The EQSFP28 is equipped with power supplies to enable voltage margining. Key status signals are displayed using LED indicators.
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EQSFP10 -
Optellent, Inc.
The OPTELLENT EQSFP10 is a cost-effective and convenient test board for testing QSFP/QSFP+ optical transceivers in R&D and manufacturing environments. The EQSFP10 is equipped with high quality RF connectors for data signals and test points for low frequency control and status signals. The EQSFP10 is equipped with power supplies to enable voltage margining. Key status signals are displayed using LED indicators.
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MC2 -
Sciences et Techniques Industrielles de la Lumière
Because of this limitation, expensive and complicated Z-scanning systems and/or auto-focusing mechanisms are required to view samples with larger Z-extension and moving samples.Chromaline camera incorporating chromatic confocal microscopy technology is a technology that enables the design of optical systems with a very large depth of field (up to several mm).With Chromaline camera, frequency acquisition is available up to 199,500 lines/second.
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782352-01 -
NI
PXIe, 5 V, 8-Channel PXI Counter/Timer Module—The PXIe‑6612 performs encoder position measurement, event counting, period measurement, pulse-width measurement, pulse generation, pulse-train generation, and frequency measurement. It features eight counter/timers, digital debouncing filters, and TTL/CMOS‑compatible digital I/O. The PXIe‑6612 can perform three simultaneous high-speed DMA transfers.
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Keysight Technologies
Early in the RFIC design phase, monitoring system IC specifications such as EVM via RF simulation is a must. Simulations include effects of layout parasitics, complex modulated signals, and digital control circuitry. With PathWave RFIC Design, you can simulate in both the frequency and time domain and bring your designs to and from Cadence Virtuoso and Synopsys Custom Compiler.
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E5006A -
Keysight Technologies
The E5006A Time Domain/ Fault Location Analysis option allows you to locate the discontinuities and mismatches of devices such as cables. By employing the gating function in the time domain and transforming the data back to the frequency domain, you can remove unwanted responses of connector mismatch in your fixture. In addition, the cable SRL (Structural Return Loss) analysis capability is provided with the E5006A.
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16197A -
Keysight Technologies
The 16197A is designed for impedance evaluations of bottom electrode SMDs. It achieves stable frequency characteristics up to 3 GHz and provides highly repeatable measurements. The Keysight 16197A supports various SMD sizes, as small as 1005 (mm)/0402 (inch) and as large as 3225 (mm)/1210 (inch). Accommodation of the 0603 (mm)/0201 (inch) size is available with option 001.
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A10150 -
Tabor Electronics Ltd.
Model A10150 is an ultra-small footprint, wideband, DC coupled amplifier designed for high frequency, low distortion, signal amplification. With a high bandwidth of 150MHz, 20Vp-p into 50 ohms and a fast transition time of less than 1.8ns, the A10150 is the ideal complimentary amplifier to any high speed signal source that needs a supporting power boost for demanding applications.
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11970W -
Keysight Technologies
The 11970W extends the frequency range of the Keysight N9030A PXA high-performance signal analyzer to the W-band (75 to 110 GHz). It is also fully compatible with other Keysight spectrum analyzers including: the E4440A/46A/48A PSA (with Option AYZ), the E4407B ESA-E (with Option AYZ), the 856xEC, the 8566B (with a preamplifier), and the 7000 modular analyzer (with the 70907A/B external mixer interface module).
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SSA3000X -
SIGLENT Technologies
The SIGLENT SSA3000X Plus series spectrum analyzers are powerful and flexible tools for RF signal and network analysis. With a frequency range up to 7.5 GHz, the analyzer delivers reliable automatic measurements and multiple modes of operation: spectrum analyzer the base, optional functions include RF power measurement, vector signal modulation analysis, reflection measurement, and EMI test.
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SSA3000X Series -
SIGLENT Technologies
Siglent’s SSA3000X family of spectrum analyzers offer a frequency range of 9 KHz to 2.1/3.2 GHz. With their light weight, small size, and friendly user interface, the SSA3000s present a large, bright easy to read display, powerful and reliable automatic measurements, and plenty of impressive features. Applications include research and development, education, production, maintenance, and pre-compliance testing.
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RSA5000 -
Rigol Technologies Inc.
The RSA5065 real-time spectrum analyzer with real-time analysis and sweep analysis, optional vector signal analysis application software (VSA) and EMI measurement application software (EMI), with excellent performance and specifications. Its frequency range is 9kHz to 3.2GHz, and it is available with the tracking source "-TG" model, which can be widely used in enterprise R&D, factory production, education and teaching.
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TDEMI eXtreme series -
Gauss Instruments
Highest measurement speed. Highest accuracy. Incredible dynamic. New operation modes. The novel product line TDEMI eXtreme (TDEMI X) is the latest and most advanced level of full digital measurement equipment for emission testing on the fast lane. It is based on the unrivaled and patented TDEMI® real-time technology of GAUSS INSTRUMENTS. It is easy and efficient in upgrading its frequency range by a various number of extensions which can be integrated into the instrument step by step. The frequency ranges are 1 GHz, 3 GHz, 6 GHz, 18 GHz, 26.5 GHz or 40 GHz respectively. A large variety of configuration possibilities makes the TDEMI X to the customized solution perfect fitting into your lab and to your application according to civil standards (e. g. CISPR, EN, FCC Part 15, ANSI C63.2, ANSI C63.4), military standards (e. g. MIL-461G, but also its previous versions and revisions) as well as avionic standards (e. g. DO-160). The frequency range of the TDEMI X instruments starts at 9 kHz in its standard configuration and can be extended down to 10 Hz by the option MIL/DO-UG or even down to DC by the available option OSC-UG as well. Like all other TDEMI measurement systems, the TDEMI X measurement systems can be remotely controlled and fully automated via Ethernet (TCP/IP) very easily.
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Elettra -
BioAge s.r.l.
Elettra has been designed to operate on its own, but it is also possible to connect it to a PC to control it and acquire, view and save data thanks to its extremely easy to use software that runs under MS-Windows™. The data acquisition process can be controlled extremely quickly thanks to the PLAY, PAUSE and STOP keys. Captured data can be saved in an Excel compatible format and graphs saved as bitmap images. By clicking on a button, the software is able to open the Excel program installed on the PC, enter all the data and create countless graphs, ready to be inserted in your documents and publications. At any moment it is possible to take a picture of the graph showing the frequency variation and save it as a bitmap image, to be able to insert it in documents and publications. The same keys that are present on the instrument are found on the software, these allow you to control the instrument remotely. On the frequency variation graph it is possible to zoom in on the regions of interest, it is also possible to display two cursors on the graph, thanks to these cursors it is possible to easily and immediately calculate the value of the frequency variation between any two points on the graph. The software is extremely easy to use and performs many other useful functions, such as automatic recognition of the computer port to which the instrument is connected. BioAge builds tools and writes software only after having carefully listened to the needs and requirements of the users of the final products, this process has the purpose of creating products that are easily usable and that have all the characteristics and functions that the user expects to have.
