HP507 laser box cards? GPIB?

In summary: If the 5507 card is not compatible, you may need to look for a different sub or an alternative solution to gather the data using HP BASIC.
  • #1
greif
2
0
If I stick a 10936B (16bit binary servo card) into a HP 5507 card rack box with HPIB, will I then be able to gather position data (wave count) by means of HPBASIC over the HPIB bus?

I am trying to update an old system which has a box based on 10740A coupler (rack/backplane), with 10745-60002 HPIB interface and 10760-60002 GP counter cards installed.

If the 5507 is no good for this, what is another sub I could make. Still need to use HP basic to get the data though, to match other parts of the old system.

ANybody know any links to docs on the above hardware? I got spec from the Agilent site already, but would like real docs.
gr
 
Science news on Phys.org
  • #2
zYes, it is possible to use the 10936B card with HPIB and HP BASIC to gather position data (wave count). However, you would need to install a compatible HPIB interface card with the 10740A coupler (rack/backplane) in order to communicate over the HPIB bus. Depending on the exact model of 10740A that you have, you may be able to use a 10745-60002 HPIB interface, or a newer version such as the 10745-60003. You should be able to find detailed documentation for each of these cards on the Agilent website.
 
  • #3


Based on the information provided, it appears that you are attempting to update an old system using a combination of HP507 laser box cards and GPIB technology. It is not clear what specific data you are trying to gather, but it seems that you are interested in position data and wave count.

If you are inserting a 10936B card into a HP 5507 card rack box with HPIB, it is possible that you may be able to gather this data using HPBASIC over the HPIB bus. However, it is not certain as it depends on the compatibility and functionality of the specific components and how they are configured. It may be helpful to consult the documentation or seek assistance from the manufacturer or a technical expert familiar with these systems.

If the 5507 is not suitable for your needs, there may be other compatible options available. Again, consulting the documentation or seeking expert advice would be beneficial in finding the best solution for your specific requirements.

As for documentation on the above hardware, it may be helpful to search for resources on the manufacturer's website or to contact them directly for assistance. Additionally, there may be online forums or communities where individuals with similar systems can share their experiences and provide helpful information.
 

1. What is the purpose of the HP507 laser box cards?

The HP507 laser box cards are used in laser systems for controlling the laser power output. They allow for precise adjustments and measurements of laser power, making them essential for research and industrial applications.

2. How do HP507 laser box cards work?

The HP507 laser box cards use a photodiode to measure the laser power and a feedback loop to adjust the laser power output accordingly. They also have a digital display for easy monitoring of the power levels.

3. What is GPIB and how is it related to HP507 laser box cards?

GPIB (General Purpose Interface Bus) is a communication interface that allows for data transfer between electronic devices. The HP507 laser box cards use GPIB to communicate with a computer or other devices, enabling remote control and data logging.

4. Can the HP507 laser box cards be used with different types of lasers?

Yes, the HP507 laser box cards are compatible with a wide range of lasers, including pulsed and continuous wave lasers. They also have adjustable gain and attenuation controls to accommodate different laser power levels.

5. Are there any safety considerations when using HP507 laser box cards?

Yes, it is important to follow proper laser safety protocols when using the HP507 laser box cards. This includes using appropriate personal protective equipment and ensuring that the laser is properly aligned and contained.

Hot Threads

Recent Insights

Back
Top