Description
The Part Number 140137A-01L identifies a specific mmWave Transceiver System model, the PXIe-3610, which is designed as a Waveform Generator. This model is manufactured by National Instruments, a leading company in the field of test, measurement, and automation equipment.
The PXIe-3610 supports Sample Rates of 2.94912 GS/s and 3.072 GS/s, offering flexibility in generating high-speed waveforms. It has a DC Offset range of ±40 mV, allowing for precise adjustment of the baseline voltage of the generated waveform.
For connectivity, it uses Connector Types such as Differential 100Ω MMPX (I/Q) and 50Ω MMPX (Ref In/Out), ensuring high-quality signal transmission and reception. The device can handle Ref In Power from 0 to +13 dBm and delivers a Ref Out Power of +10 dBm, with both reference inputs and outputs operating at a Frequency of 10 MHz.
Equipped with 2 LED Indicators, users can easily monitor the device’s status. This waveform generator is designed to be Compatible with the mmWave Transceiver System (MTS), allowing for seamless integration into existing setups. Its Outputs are Differential I and Q, providing high-quality signal output.
Finally, the connection to a PXIe-3620 module is facilitated Via differential I and Q connectors, ensuring efficient and reliable communication between devices within the mmWave Transceiver System.
| Specification | Detail |
|---|---|
| Part Number | 140137A-01L |
| Category | mmWave Transceiver System |
| Model | PXIe-3610 |
| Description | Waveform Generator |
| Manufacturer | National Instruments |
| Sample Rates | 2.94912 GS/s, 3.072 GS/s |
| DC Offset | ±40 mV |
| Connector Types | Differential 100Ω MMPX (I/Q), 50Ω MMPX (Ref In/Out) |
| Ref In Power | 0 to +13 dBm |
| Ref Out Power | +10 dBm |
| Frequency (Ref In/Out) | 10 MHz |
| LED Indicators | 2 |
| Compatibility | mmWave Transceiver System (MTS) |
| Outputs | Differential I and Q |
| Connection to PXIe-3620 | Via differential I and Q connectors |
| Digital Connectors |
Question 1: What is the sample rate of the PXIe-3610? Question 2: What DC offset does the PXIe-3610 support? Question 3: What type of connectors does the PXIe-3610 use? Question 4: What is the Ref Out Power of the PXIe-3610? Question 5: Can the PXIe-3610 be integrated with the MTS? |
