Description
The PXIe-3610 is a part of the mmWave Transceiver System category, identified by the part number 200008A-01. This system element is a module assembly designed for MTS applications, showcasing a blend of precision and performance.
It operates at impressive sample rates of 2.94912 GS/s and 3.072 GS/s, ensuring high-speed data acquisition and processing. The system maintains a DC offset of ±40 mV, optimizing signal integrity for various applications.
Connectivity is facilitated through differential 100Ω MMPX connectors for I/Q channels, ensuring reliable and high-quality signal transmission. Additionally, the reference input and output utilize 50Ω MMPX connectors, supporting a ref in power range from 0 to +13 dBm and providing a ref out power of +10 dBm. The specified reference frequency for the system is 10 MHz.
The PXIe-3610 is equipped with 2 LED indicators for easy monitoring of system status. Compatibility with other modules, such as the PXIe-3620 and PXIe-7902, extends its utility, making it a versatile component in a broad array of mmWave transceiver systems.
| Specification | Details |
|---|---|
| Part Number | 200008A-01 |
| Model | PXIe-3610 |
| Category | mmWave Transceiver System |
| Description | System Element, MTS, Module Assembly PXIe-3610 |
| Sample Rates | 2.94912 GS/s, 3.072 GS/s |
| DC Offset | ±40 mV |
| Connector Type (I/Q Channels) | Differential 100Ω MMPX |
| Connector Type (Ref In/Out) | 50Ω MMPX |
| Ref In Power | 0 to +13 dBm |
| Ref Out Power | +10 dBm |
| Ref Frequency | 10 MHz |
| LED Indicators | 2 |
| Compatible Modules | PXIe-3620, PXIe-7902 |
Question 1: What is the part number of the PXIe-3610?
Answer 1: 200008A-01
Question 2: What sample rates does the PXIe-3610 operate at?
Answer 2: 2.94912 GS/s and 3.072 GS/s
Question 3: What type of connectors does the PXIe-3610 use for I/Q channels?
Answer 3: Differential 100Ω MMPX connectors
Question 4: What is the DC offset of the PXIe-3610?
Answer 4: ±40 mV
Question 5: What reference frequency does the PXIe-3610 support?
Answer 5: 10 MHz
