Showing results: 2491 - 2505 of 4207 items found.
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MFIA -
Zurich Instruments AG
The Zurich Instruments MFIA is a digital impedance analyzer and precision LCR meter that sets the new standard for impedance measurements in the frequency range from DC to 5 MHz. The MFIA provides 0.05% basic accuracy and a measurement range spanning from 1 m to 10 G. The instrument has a high measurement repeatability and a small temperature drift. With the LabOne user interface the MFIA offers a number of long-awaited innovations for the impedance and LCR measurement available without the need of any software installation.
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Tektronix, Inc.
A low voltage single-ended probe is typically used for measuring high-speed, ground referenced signals up to 12 V. These low voltage probes are the best choice for making measurements on high impedance, high frequency circuit elements which require minimal probe loading. Users should select probes with a low input capacitance specification (~1 pF) to minimize the probe’s loading effect on the circuit. A probe with lower input capacitance will offer higher input impedance at higher frequencies.
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Audiomatica
MIC-01, MIC-02 and MIC-03 are low cost precision condenser electret microphones perfectly suited for laboratory and on-field acoustical measurements. They have identical performances but differ for their physical size; MIC-01 is preferable for fixed laboratory installations while MIC-02 is highly manageable due to its short length; MIC-03 is the best where space saving is a must. Their frequency response is individually tested against specifications and the sensitivity value is supplied. MIC-01 & MIC-02 & MIC-03 can be directly connected to your CLIO system's input.
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CSI -
Arasan Chip Systems, Inc.
Arasan provides a Total MIPI CSI-2 IP Solution supporting two options: MIPI CSI-2 v1.2 for D-PHY physical interface only, and MIPI CSI-2 v1.3 for the new MIPI C-PHY v1.0 and D-PHY v.1.1, v1.2, and a future v2.0. Arasan offers the C-PHY in a combination configuration that supports both C-PHY interfaces and D-PHY interfaces. Our implementation makes efficient use of the high frequency signally pins for a minimal overhead to support both physical interfaces.
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ETEK TECHNOLOGY CO., LTD
1. Two Signal Output Ports2. Frequency Range:10 Hz ~ 100 kHz and 1 kHz ~ 15 MHz3. Output Waveforms:Sine, Triangle, Square,TTL Pulse, AM, FM4. Amplitude:10 Vpp(Max)5. Built-in LCD CountersDC Power Supply：1. Triple Outputs (One Variable, two Fixed Output)2. Constant Voltage Operation3. Low Ripple and Noise4. Built-in 3-Digit Voltage Indicator5. Overload Protect6. Overload Buzzer Indicator
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AVLINK TECHNIC TAIWAN CO., LTD.
* Intelligent functionality. * With 162 MHz pixel frequency. * Support total 38 timings. (up to UXGA) * Support Sync Type: H/V (TTL), SOG. * Low cost. * Single interface easily use. * Portable design, working time up to 8 hours by inside Re-chargeable battery. * Auto Power-off on Battery mode. * Provide total 34 patterns, Include: Color bar, Gray, Grid, Block¡K * By 16x2 Character LCD and key buttons, easily control.
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SYNTH300-TRIG -
Ultraview Corporation
These devices provide two synchronized DDS-based RF channels on a single PCI card. With fine frequency and phase control, triggered operation, and the ability to accept an external clock, the Synth300 products enable a number of advanced applications at a fraction of the cost of conventional equipment. In addition to two analog outputs, the product can be ordered with one (or two) LVDS outputs for programmable digital clock applications, and can be configured for control by externally supplied TTL signals for low-latency triggered operation such as PSK, FSK, and triggered sweep operation.
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SYNTH300-TRIG-HS -
Ultraview Corporation
These devices provide two synchronized DDS-based RF channels on a single PCI card. With fine frequency and phase control, triggered operation, and the ability to accept an external clock, the Synth300 products enable a number of advanced applications at a fraction of the cost of conventional equipment. In addition to two analog outputs, the product can be ordered with one (or two) LVDS outputs for programmable digital clock applications, and can be configured for control by externally supplied TTL signals for low-latency triggered operation such as PSK, FSK, and triggered sweep operation.
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AD8-1500 Series - Dual 8 bit, 1.5 GS/s -
Ultraview Corporation
The AD8-1500 series has one or two 1500 MS/sec 8-bit ADCs, 8GB of on-board memory and the ability to transfer data directly into the host computer's memory at over 1 GB/sec. Streaming to the host computer can be performed simultaneously with acquisition to on-board memory, increasing the effective acquisition length by using the host computer's memory. Dual channel boards sample concurrently at twice the input clock frequency, and can also be software selected to run in single channel mode, providing twice the effective memory depth.
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AD8-1800 Series - Dual 8 bit, 1.8 GS/s -
Ultraview Corporation
The AD8-1800 series has one or two 1800 MS/sec 8-bit ADCs, 8GB of on-board memory and the ability to transfer data directly into the host computer's memory at over 1 GB/sec. Streaming to the host computer can be performed simultaneously with acquisition to on-board memory, increasing the effective acquisition length by using the host computer's memory. Dual channel boards sample concurrently at twice the input clock frequency, and can also be software selected to run in single channel mode, providing twice the effective memory depth.
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AD8-3000 Series - Dual 8 bit, 3 GS/s -
Ultraview Corporation
The AD8-3000 series has one or two 3000 MS/sec 8-bit ADCs, 8GB of on-board memory and the ability to transfer data directly into the host computer's memory at over 1 GB/sec. Streaming to the host computer can be performed simultaneously with acquisition to on-board memory, increasing the effective acquisition length by using the host computer's memory. Dual channel boards sample concurrently at twice the input clock frequency, and can also be software selected to run in single channel mode, providing twice the effective memory depth.
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SYNTH300 Series -
Furaxa, Inc.
These devices provide two synchronized DDS-based RF channels on a single PCI card. With fine frequency and phase control, triggered operation, and the ability to accept an external clock, the Synth300 products enable a number of advanced applications at a fraction of the cost of conventional equipment. In addition to two analog outputs, the product can be ordered with one (or two) LVDS outputs for programmable digital clock applications, and can be configured for control by externally supplied TTL signals for low-latency triggered operation such as PSK, FSK, and triggered sweep operation.
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Nanjing ELIKE Meter Co, Ltd.
Basic functions:DC current: 200μA/20/200mA/10A AC, voltage: 200/600V DC, voltage: 200mV/2/20/200/600VResistor: Rx200/Rx2/Rx20/Rx200K/Rx2MSpecial functions:Diode transistor testContinuity buzzer low battery displayNegative polarity displaySelf-recovery protectionSampling frequency: 3 times/sMaximum display: 1999General characteristics:Product colors: iron-gray and orangeProduct net weight: approximately 115gLCD size: 53x33mmProduct size: 133x70x30mmPower: 1x9VPacking contents:Packing cartonHandheld bag English manualTesting lead batteryStandard individual packing carton size: 153x101x34mmCarton size: 560x325x340mm
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FMCW Series -
Farran Technology Ltd
Farran’s 77 GHz FMCW Radar front end is based on a GaAs MMIC chipset offering wide bandwidth in a small outline package.The transmit signal is derived from an external VCO signal, internally multiplied, which also acts as the LO for the receive mixer. The resulting IF is conditioned for gain and filtering as required. The IF also contains an industry leading IF noise figure, especially in the frequency range below 500MHz. Custom designs available, visit our custom design page for more information.
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Trend Viewer -
ZETLAB Company
A trend is a diagram facilitating analysis of long records of measured sensor values (for hours, days, months, years). Based on the sampling frequency, an n number of counts per second are performed, and their yearly number equals to 31,556,926*n. If the user needs to evaluate short-term moments of the source signal, then there is no difficulty. It is much more difficult, when it is necessary to evaluate the parameters for the entire year or several years, and no monitor and no person would handle it. And this is the case when trend building could help.
