Description
The 140137A-01L is a part of the mmWave Transceiver System category, specifically the PXIe-3610 model. This component is a National Instruments PXIe-3610 Waveform Generator, designed for advanced signal generation and processing.
It operates with sample rates of 2.94912 GS/s and 3.072 GS/s, providing flexibility for a variety of applications. The DC Offset capability is ±40 mV, allowing for fine-tuning of the signal output. Connectivity for I/Q channels is facilitated through a Differential 100Ω MMPX connector, ensuring high-quality signal transmission.
The device also includes a 50Ω MMPX connector for Ref In/Out, supporting a Ref In Power range from 0 to +13 dBm and delivering a Ref Out Power of +10 dBm. The reference frequency is standardized at 10 MHz, providing a stable frequency base for operations.
For ease of use and monitoring, the PXIe-3610 is equipped with 2 LED indicators. It is compatible with the PXIe-3620 as a comparable module, and requires the PXIe-7902 module for full functionality, ensuring a comprehensive system solution for users.
Specification | Details |
---|---|
Part Number | 140137A-01L |
Category | mmWave Transceiver System |
Model | PXIe-3610 |
Description | National Instruments PXIe-3610 Waveform Generator |
Sample Rates | 2.94912 GS/s, 3.072 GS/s |
DC Offset | ±40 mV |
I/Q Channels Connector | Differential 100Ω MMPX |
Ref In/Out Connector | 50Ω MMPX |
Ref In Power | 0 to +13 dBm |
Ref Out Power | +10 dBm |
Ref Frequency | 10 MHz |
LED Indicators | 2 |
Comparable Module | PXIe-3620 |
Required Module | PXIe-7902 |
Question 1: What is the sample rate range of the PXIe-3610?
Answer 1: 2.94912 GS/s to 3.072 GS/s.
Question 2: What type of connectivity does the PXIe-3610 offer for I/Q channels?
Answer 2: Differential 100Ω MMPX connector.
Question 3: What’s the DC Offset capability of the PXIe-3610?
Answer 3: ±40 mV.
Question 4: What is the reference frequency of the PXIe-3610?
Answer 4: 10 MHz.
Question 5: What modules are required for full functionality of PXIe-3610?
Answer 5: PXIe-3620 and PXIe-7902.