Description
The National Instruments PCI-5152 Oscilloscope is a versatile and high-performance digitizer that comes in three distinct part numbers, 779945-01 with 8 MB/ch onboard memory, 779945-02 with 64 MB/ch, and 779945-03 with 256 MB/ch, tailored to meet various data storage needs. The ability of the oscilloscope to swiftly handle data is reflected in its bus bandwidth, which is the data throughput capacity of the transport connecting the measurement instrument with the host PC or controller.
Regarding responsiveness, the latency is the duration necessary for the oscilloscope to answer a command, a critical factor in automated test systems. Synchronization is a standout feature, with a 10 MHz TTL clock ensuring multiple digitizers can operate in unison, allowing for up to 34 phase synchronous 1 GS/s channels in a single PCI chassis, a configuration which can be further scaled to accommodate even larger channel counts.
The PCI-5152 is designed to integrate seamlessly with a broad range of modules, including those for analog and digital I/O, high-speed instrumentation, vision, motion, and various bus interfaces, highlighting its adaptability within the PCI platform.
| Specification | Details |
|---|---|
| Product Name | National Instruments PCI-5152 Oscilloscope |
| Part Numbers |
779945-01 (8 MB/ch), 779945-02 (64 MB/ch), 779945-03 (256 MB/ch) |
| Onboard Memory | 8 MB/ch, 64 MB/ch, 256 MB/ch (depending on the model) |
| Bus Bandwidth | Data throughput capacity of the information transport that connects the measurement instrument with the host PC or controller |
| Latency | Time it takes for an instrument to respond to a command |
| Clock Synchronization | 10 MHz TTL clock for synchronization of multiple digitizers |
| Maximum Phase Synchronous Channels | 34 phase synchronous 1 GS/s channels in a single PCI chassis (scalable) |
| Platform Compatibility | Modules for analog and digital I/O, high-speed instrumentation, vision, motion, and various bus interfaces |
Question 1: How does the synchronization feature of the National Instruments PCI-5152 Oscilloscope enable multiple digitizers to work together, and what is the maximum number of phase synchronous 1 GS/s channels it can support in a single PCI chassis?
Answer 1: The benefit of the National Instruments PCI-5152 Oscilloscope’s 10 MHz TTL clock is that it ensures multiple digitizers can be synchronized to operate in unison, allowing for up to 34 phase synchronous 1 GS/s channels within a single PCI chassis, which can be scaled for larger channel counts, enhancing the precision and coordination of complex, multi-channel measurement systems.
Question 2: What are the memory capacities available for the National Instruments PCI-5152 Oscilloscope part numbers, and how do these capacities affect the performance in automated test systems?
Answer 2: The key synchronization capabilities of the National Instruments PCI-5152 Oscilloscope include a 10 MHz TTL clock that ensures multiple digitizers can work in tandem, allowing for up to 34 phase synchronous 1 GS/s channels in a single PCI chassis, which can be scaled for larger channel counts, thus ensuring efficient operation of multiple digitizers in a coordinated manner.
Question 3: What are the key synchronization capabilities of the National Instruments PCI-5152 Oscilloscope, and how does it ensure multiple digitizers can operate together efficiently?
Answer 3: The National Instruments PCI-5152 Oscilloscope is available in three part numbers with varying memory capacities: 779945-01 with 8 MB/ch, 779945-02 with 64 MB/ch, and 779945-03 with 256 MB/ch; these different memory options allow users to choose a model that best fits their data storage needs, which is essential for performance in automated test systems where the amount of onboard memory can impact the amount of data that can be captured and the
Question 4: What is the benefit of the National Instruments PCI-5152 Oscilloscope’s 10 MHz TTL clock when it comes to synchronizing multiple digitizers within a single PCI chassis?
Answer 4: The three part numbers of the National Instruments PCI-5152 Oscilloscope offer different onboard memory capacities: part number 779945-01 has 8 MB/ch, part number 779945-02 has 64 MB/ch, and part number 779945-03 has 256 MB/ch, allowing users to select a model that best fits their data storage needs, from basic storage requirements to demanding applications that require extensive data buffering.
Question 5: What are the differences in onboard memory capacities among the three part numbers of the National Instruments PCI-5152 Oscilloscope, and how do these variations cater to different data storage requirements?
Answer 5: The synchronization feature of the National Instruments PCI-5152 Oscilloscope utilizes a 10 MHz TTL clock to ensure that multiple digitizers can operate in unison, allowing for up to 34 phase synchronous 1 GS/s channels in a single PCI chassis.
