PXI-5112

National Instruments

PXI-5112

National Instruments

Description

The PXI-5112, made by National Instruments, is a versatile data acquisition device with features like generous onboard acquisition memory, flexible analog input channels, programmable DC offset, and high ADC resolution. It is a powerful and reliable device that suits a wide range of measurement applications.

The PXI-5112, manufactured by National Instruments, is a versatile device with various features. One significant attribute of this model is its onboard acquisition memory. It comes with two options for memory capacity - 16 MB per channel (Part number 777758-01) or 32 MB per channel (Part number 777756-01). This generous memory capacity allows for efficient data storage and retrieval during data acquisition processes. Another notable feature of the PXI-5112 is its analog input channels. It boasts of two channels, each with a wide voltage range. These channels can accept signals ranging from ±0.025 V to ±25 V. Additionally, the voltage range is adjustable in 10 percent steps, providing users with flexibility in their measurement applications. The model also offers programmable DC offset capabilities. This means that users can adjust the DC offset of the input signal. The range of programmable DC offset is impressive, allowing for adjustments of up to 20 times the selected input range. This feature enhances the accuracy and precision of measurements by compensating for any offset in the input signal. In terms of its analog-to-digital conversion capabilities, the PXI-5112 has an 8-bit resolution for each analog channel. This high-resolution conversion ensures that even small variations in input signals can be accurately captured and digitized. Overall, the PXI-5112 by National Instruments is an excellent choice for users seeking a powerful and reliable data acquisition device. With its onboard acquisition memory, versatile analog input channels, programmable DC offset, and high ADC resolution, this model proves to be a valuable tool for a wide range of measurement applications.

Made By National Instruments
Model Number PXI-5112
Onboard acquisition memory 16 MB/channel (Part number 777758-01), 32 MB/channel (Part number 777756-01)
Analog input channels 2 channels, each accepting ±0.025 V to ±25 V, variable in 10 percent steps
Programmable DC offset Up to 20 times the input range, depending on the selected range
ADC resolution 8-bit for each analog channel

Distribution Cache Shipping Info and Options

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Shipping Process: We take pride in the way we package your order and spare no cost in making sure that it arrives safely at your facility. In the case of new parts, we are always sure to package the factory box inside another larger box for safe transit. For reconditioned parts we often use Distribution Cache customized packaging that is specially made to protect the products from the bumps and falls present during shipment.

 

Shipping Options:

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Question:

What are the memory capacity options for the PXI-5112?

Answer:

The PXI-5112 offers two memory capacity options: 16 MB per channel (Part number 777758-01) or 32 MB per channel (Part number 777756-01).

Question:

How many analog input channels does the PXI-5112 have and what voltage range can they accept?

Answer:

The PXI-5112 has two analog input channels, each capable of accepting signals ranging from 0.025 V to 25 V.

Question:

How is the programmable DC offset feature in the PXI-5112 beneficial to users?

Answer:

The programmable DC offset feature of the PXI-5112 enhances the accuracy and precision of measurements by compensating for any offset in the input signal. Users can adjust the DC offset of the input signal up to 20 times the selected input range.

Question:

What is the analog-to-digital conversion resolution of the PXI-5112?

Answer:

The PXI-5112 has an 8-bit resolution for its analog-to-digital conversion for each analog channel.

Question:

Why might someone choose the PXI-5112 for their data acquisition needs?

Answer:

Someone might choose the PXI-5112 for its onboard acquisition memory, versatile analog input channels, programmable DC offset, high ADC resolution, and overall reliability as a powerful tool for measurement applications.