img

785033-01

The Astronics PXIe-1209 is a 100 MHz dual-channel PXI arbitrary waveform generator.

In Stock | Ships Today

img

    Description

    The Part Number 785033-01 identifies a specific product in the category of PXI Arbitrary Waveform Generators. This product, known as the Astronics PXIe-1209, is a versatile and high-performance 100 MHz Dual Channel Pulse Generator. It is designed to meet the needs of sophisticated electronic testing and simulation.

    With its Dual Channel capability, the Astronics PXIe-1209 allows for the simultaneous generation of two distinct waveforms, making it an invaluable tool for complex testing scenarios where multiple signals are required. The Maximum Frequency of 100 MHz ensures that it can handle a wide range of applications, from simple function generation to advanced modulation and waveform creation.

    The Form Factor of the Astronics PXIe-1209 is PXIe, meaning it is designed for use in a PXI Express chassis. This form factor provides the advantage of high-speed data transfer rates and the ability to fit seamlessly into existing PXI systems, making it an ideal choice for labs and testing facilities looking to upgrade or expand their capabilities without the need for significant system overhauls.

    Part Number 785033-01
    Category PXI Arbitrary Waveform Generators
    Model Astronics PXIe-1209
    Short Description Astronics PXIe-1209, 100 MHz Dual Channel Pulse Generator
    Channels Dual Channel
    Maximum Frequency 100 MHz
    Form Factor PXIe

    Question 1: What is the part number of the PXIe-1209?
    Answer 1: Part number is 785033-01.

    Question 2: What is the maximum frequency of Astronics PXIe-1209?
    Answer 2: Maximum frequency is 100 MHz.

    Question 3: How many channels does the PXIe-1209 have?
    Answer 3: It has dual channels.

    Question 4: What form factor is the PXIe-1209 designed for?
    Answer 4: Designed for the PXIe form factor.

    Question 5: Is the PXIe-1209 suited for advanced modulation?
    Answer 5: Yes, it’s suited for advanced modulation.