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| No.8335877
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Information Name: | PCI Interface 40MSPS 12Bit 2Ch supply arbitrary waveform output module |
Published: | 2012-03-12 |
Validity: | 30 |
Specifications: | 40MSPS 12Bit 2Ch arbitrary waveform output |
Quantity: | 1.00 |
Price Description: | |
Detailed Product Description: | Features ? 2 channel output ? 0.04Hz ~ 40MHz Programmable Output ? 200MSPS12bit high-speed DAC ? maximum output amplitude waveform: ± 10.238V ? support the frequency scanning ? programmable delay between channels ? driver provides the standard waveforms, user-defined waveforms ? waveform output addresses can be dynamically switched to jump to arbitrary addresses ? 16-channel high-speed digital output (TTL level) ? highly cost-effective, point to point service ? support application programming interface API Ordering Information Model Remarks OLP-9302-x x: number of channels, maximum 2; For example: If you need to buy two-channel modules, compared with OLP-9302-2. Overview OLP-9302 arbitrary waveform generator module can generate user-defined arbitrary waveforms, dual-channel output (the output can be synchronized or separately), can be used in a variety of complex needs of excitation signal source or the circumstances, such as vibration testing (multi-point excitation ), communication system testing, production line product tests, video simulation, OLP-9302 also produced a 16-channel clock synchronization with high-speed digital output, especially suitable for incentives need to provide digital IC testing and other fields. OLP-9302 board with a high-speed sine wave signal output interface, can output 1Vp-p, sine wave signal frequency up to 40MHz, and provide at least 10mA of current drive capability. (Firmware version 1.0 there is no such function) OLP-9302 in the design and manufacturing, En Feite company used SMT, FPGA and DDS technology, the OLP-9302 has a high level of integration, reliability and cost-effective. OLP-9302 high speed with 12bits D / A output is stored in the waveform memory module, signal output amplitude can be adjusted. DDS technology and sweep output OLP-9302 using the DDS (Direct Digital Synthesis) technology to produce high speed D / A conversion clock signals required. When using the internal reference clock, D / A conversion rate from 0.04Sa / S to 40MSa / S, adjusted step length 0.0419Hz. DDS reference clock input can be from the front panel, the frequency range of 1MHz ~ 30MHz. When using an external reference clock, high-speed D / A conversion rate can be (1 / 232 ~ 0.23 × 6 × fref) range of settings, adjust the steps of 6 × fref / 232 (fref as an external reference clock frequency). OLP-9302 has a frequency scanning, scanning the upper frequency, lower frequency, step size and sweep speed of sweep can be set. There are two scanning modes to choose from: linear (up or down) and back and forth (up - down - up or down - up - down). Waveform output delay OLP-9302 relative to the trigger signal waveform output delay can be set, the setting range is 0 ~ (224-1) μs. This adjust the relative delay between the signals or phase relationship. In this feature a lot of testing tasks is critical. Waveform "count out" After receiving the trigger signal, OLP-9302 can receive the software until a continuous output waveform stop command, the output waveform can also be counted to reach the set number of stops the output waveform. Count the number of 1 to 65,535 can be set. After receiving the stop command software, the software can choose the OLP-9302 to immediately stop the current wave output or output after a complete stop. Output Filter OLP-9302 has programmable output low-pass filter, contains only the frequency of 2MHz, 200KHz, 20KHz, and 2KHz were fourth gear, the output low-pass filter can also be software disabled. Waveform Storage OLP-9302 waveform storage length 4MSa/Ch, and can be expanded to 32MSa/Ch. In the waveform memory, you can also store multi-stage waveform, OLP-9302 can cascade these wave output or a single output. OLP-9302 also has 4MSa depth of digital storage memory, the user can edit any of the required timing waveforms stored in digital memory, the waveform can be synchronized with the channel 1 analog output. Switching Waveform OLP-9302 arbitrary waveform can be switched output waveform during the address to the desired output waveform segment. Waveform switching operation is very simple, users need only go to "PING-PANG" work the way the two registers to write a new start address and end address of the waveform, the current address in the waveform output section immediately after the full output of the new address section of the waveform (see the specific operation, "Appendix 1 waveform output address switch operation"). Trigger synchronization OLP-9302 has triggered the output to make more than OLP-9302 module synchronization or synchronization with other devices. Standard user-defined waveforms and waveform Drivers provide a variety of commonly used standard waveforms, including: sine, square, triangle, sawtooth, noise, DC, and left to the user can enter custom waveform data interface. OLP-9302 offers a variety of programming tools to support 32bit dynamic link library, user-friendly environment in the different secondary development. Olympe technology also provides application development for users of professional software development guide, providing a standard DLL and a rich source. Design Principles Specifications Technical parameter Item Index 2-channel output channels Resolution 12bit DAC DAC conversion rate of 40MHz Frequency Hopping Range 0.04Hz ~ 40MHz Output low-pass filter 2MHz, 200KHz, 20KHz, 2KHz Waveform repeats 1 to 65535 times or continuous Maximum output waveform amplitude ± 10.238 Waveform output trigger software trigger, external trigger or the system trigger Internal reference clock frequency: 30MHz Frequency Accuracy: 15ppm (18 ℃ ~ 28 ℃) Frequency-temperature coefficient: <12ppm / ℃ External reference clock 1MHz ~ 30MHz, TTL level DAC frequency sweep scan mode: linear, back and forth Scan Start: Software start or system start Scan rate: 1us, 10us, 100us, 1ms, 10ms, 100ms, 1s, 10s / each step Scanning low-frequency: 6 × reference frequency / high frequency scan 232 ~ Scan high-frequency: low frequency sweep ~ 6 × reference frequency × 0.23 Nonlinear> 10bit DC Accuracy ± (setting × 0.4% +6 mV) Accuracy ± 1.5% AC Dimensions 140mm × 98mm Bus Features ? PCI Specification 2.1 ? 32bit/33MHz ? 5V PCI signaling ? shared interrupt INTA # Environment ? Operating temperature: 0 ℃ ~ +70 ℃ (Wide Temperature products available) ? Storage temperature: -25 ℃ ~ +85 ℃ ? Relative Humidity: 0 ~ 85% Power Voltage and current +5 V 1.2A +12 V 320mA Driver software ? support Windows9x/2K/XP/Vista/Win7 ? support LabWindows CVI / Labview / Microsoft VC + + / VB / Delphi / C + + Builder and other development tools Applications ? OLP-9302 PNP software and source code Warranty and service Olympe technology provides all the module-level products, has the following commitments: ? year on-site quality assurance ? lifetime technical support |
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Copyright © GuangDong ICP No. 10089450, Olympe Technology Co., Ltd. Chengdu All rights reserved.
Technical support: ShenZhen AllWays Technology Development Co., Ltd.
AllSources Network's Disclaimer: The legitimacy of the enterprise information does not undertake any guarantee responsibility
You are the 27808 visitor
Copyright © GuangDong ICP No. 10089450, Olympe Technology Co., Ltd. Chengdu All rights reserved.
Technical support: ShenZhen AllWays Technology Development Co., Ltd.
AllSources Network's Disclaimer: The legitimacy of the enterprise information does not undertake any guarantee responsibility