PXIE-6544 digital controller

1. Basic information
Brand: NI (National Instruments)
Model: PXIE-6544
2. Product functions
Digital controller: The PXIE-6544 is a digital controller for a variety of applications requiring accurate digital signal processing and control.
Waveform generation and analysis: It functions as a digital waveform generator and analyzer capable of connecting 32 single-ended digital pins and sampling digital waveforms at rates up to 100 MHz.
Synchronization capabilities: The PXIE-6544 features advanced synchronization capabilities for building integrated mixed-signal test systems and digital timing capabilities for each storage unit.

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Description

Overview


Essential details:PXIE-6544 digital controller

Product Description

The PXIE-6544 product description is as follows:

1. Basic information
Brand: NI (National Instruments)
Model: PXIE-6544
2. Product functions
Digital controller: The PXIE-6544 is a digital controller for a variety of applications requiring accurate digital signal processing and control.
Waveform generation and analysis: It functions as a digital waveform generator and analyzer capable of connecting 32 single-ended digital pins and sampling digital waveforms at rates up to 100 MHz.
Synchronization capabilities: The PXIE-6544 features advanced synchronization capabilities for building integrated mixed-signal test systems and digital timing capabilities for each storage unit.
3. Technical specifications
Number of channels: 32 DIO channels
Sampling rate: up to 100 MHz
Voltage level: Support 1.2, 1.5, 1.8, 2.5, 3.3V voltage level
Storage capacity: 64Mb/ channel
Compatibility: Common transistor-transistor logic (TTL) voltage levels can be connected.
4. Precautions
Memory backup battery: If the memory backup battery voltage is too low, the red LED (labeled BATT) at the bottom will light up and the lithium battery needs to be replaced before the power is removed from the rack, otherwise the PLC memory may be lost.
5. Application field
PXIE-6544 is widely used in biological industry, mining, energy, transportation, printing and packaging and other fields, providing strong support for a variety of systems requiring accurate digital signal processing.
Step 6 Summarize
The PXIE-6544 is a powerful and stable digital controller with high sampling rate, multi-channel, high storage capacity and wide compatibility, making it a rare tool for research, production and testing.

PXIE-6556

Product parameter

Model PXIe-6544
Part Numbers 780992-02, 780992-03, 196524C-02L
Manufacturer National Instruments
Type PXI Digital Waveform Instrument
Bidirectional Digital Channels 32
Maximum Clock Rate 100 MHz
Total Power 32.2 W
Dimensions 21.6 x 2.0 x 13.0 cm.
Weight 18.3 oz.

APPLICATION

The 100 MHz, 32 Channel, 3.3 V PXIe-6544 (Part Numbers: 780992-02, 780992-03, and 196524C-02L) is a Digital Waveform Generator and Analyzer to set up interfaces with 32 pins from a single terminal. The NI PXIe-6544 can test computerized waveforms up to 100 MHz and set up interfaces with basic voltage levels from transistor to transistor logic (TTL). The PXIe-6544 additionally has advanced synchronization abilities to construct incorporated mixed signal testing frameworks and digital timing features per bank. The user can utilize the NI PXIe-6544 to create information on 32 lines (continuously or in bursts) to test the DAC at its most extreme clock rate. The user can also pair this gadget with several other NI instruments, including digitizers or source measure units (SMUs), to describe the DAC for different tests at higher rates.

Streaming rates of 660 MB/s to host PC memory and 400 MB/s from host PC memory makes the PXIe-6544 perfect for applications requiring high streaming rates. This Digital Waveform Instrument can be used to stream top quality computerized video signals for generation or acquisition and LCD screens, TV parts, top quality signals (up to 1080 p at 60 Hz), RF baseband gadgets, and HD radio.

The NI PXIe 6544 additionally includes improved timing and synchronization capacities. The onboard available DDS clock gives subhertz resolution up to 100 MHz, helping the user clock information (generation or acquisition) with higher exactness without utilizing an outside clock. Likewise, requiring self-assertive clock frequencies and trading the installed clock to different instruments through the backplane of a PXI Express chassis or through a SMB connector on the front board of the gadget.

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