AD9102 Evaluation Module Arbitrary Signal Source 14-Bit 180Mhz Digital-to-Analog ConversionWaveform Generator
AD9102 Evaluation Module Arbitrary Signal Source 14-Bit 180Mhz Digital-to-Analog ConversionWaveform Generator
AD9102 Evaluation Module Arbitrary Signal Source 14-Bit 180Mhz Digital-to-Analog ConversionWaveform Generator
AD9102 Evaluation Module Arbitrary Signal Source 14-Bit 180Mhz Digital-to-Analog ConversionWaveform Generator
AD9102 Evaluation Module Arbitrary Signal Source 14-Bit 180Mhz Digital-to-Analog ConversionWaveform Generator
AD9102 Evaluation Module Arbitrary Signal Source 14-Bit 180Mhz Digital-to-Analog ConversionWaveform Generator

AD9102 Evaluation Module Arbitrary Signal Source 14-Bit 180Mhz Digital-to-Analog ConversionWaveform Generator

Price:   $129.85

  • Model: ic0A959
  • Shipping Weight: 0.2kg
  • 9999 Units in Stock

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    Condition:New
    Type:Logic ICs
    Model Number:AD9102

    AD9102 Function Evaluation Board

    ?First, the module features:?? ? ? 1, AD9102 module is a senior engineer to build, fully refer to the official version of the design; PCB appearance is beautiful, layout and design is reasonable, materials are stressful;?? ? ? 2. The module is software designed from the perspective of function evaluation. It basically controls the module by means of direct control register. All the registers can be controlled by software. The advantage of this design is that it can quickly familiarize with the chip function and fully realize the function of the chip. The disadvantage is that the operation is a bit more complicated (please carefully consider this shortcoming before buying);?? ? ? 3, the main signal of the module: a, sine wave; b, triangle wave / sawtooth wave; c, SRAM arbitrary signal (4096 * 14 bit); d, AD9102 powerful through different combinations can produce different effects of the signal;?? ? ? 4, the frequency range of the module output: sine wave: 10Hz-50Mhz;?? ? ? 5, the range of amplitude of the module output: amplitude: 1Vp_p;?? ? ? ?6, the module is mainly controlled by PC software:?? ? ? ? ? ? ? ? a, the basic register is controlled by direct control register;?? ? ? ? ? ? ? ? b, SRAM data is generated directly in a graphical way;?? ? ? ? ? ? ? ? c, PC software design is very flexible, you can easily save / read the set data; d, module power-on can automatically load the saved settings;?? ? ? ?7. There is a large-capacity EEPROM chip on the module, which can save 4 sets of 4096 SRAM data; but it takes about 10 seconds to read or write the data from the EEPROM. If the running indicator on the module stops flashing, it means Read or write to the EEPROM; but the module signal output is not affected during reading and writing;?? ? ? 8, button function:?? ? ? ? ? ? ? Button 1, signal type switching: sine wave, triangle wave / sawtooth wave, any signal of SRAM;?? ? ? ? ? ? ? ?Button 2, function button: sine wave: half wave / full wave, triangle wave / upper sawtooth wave / lower sawtooth wave, SRAM arbitrary signal: channel switching;?? ? ? ? ? ? ? ?Button 3, frequency plus;?? ? ? ? ? ? ? ?Button 4, frequency reduction;?? ? ? 9, power supply mode: direct USB power supply;?Second, the module measured waveform:?







    ??Third, the application of the module:?? ? ? 1. Evaluation of the function of the AD9102;?? ? ? ? 2. Any signal source;?? ? ? ? 3. Sine wave, triangle wave, sawtooth signal source;?Fourth, the kit:?? ? ? 1, AD9102 module?? ? ? 2, USB cable?? ? ? 3, provide: schematic (PDF), provide the underlying driver of the AD9102 (simple initialization function)