3110 Datasheet

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Edilma Howard

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Aug 3, 2024, 3:49:14 PM8/3/24

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The FOS-3110 enterprise switch can be easily managed by Web GUI, telnet CLI, and SNMP. To fulfill the requirement of mass deployment, the device also supports the auto provisioning mechanism to allow the network managers to manage the device automatically and dynamically to save the OPEX. With CTS unique power down trap feature, FOS-3110 is able to send out a SNMP trap message when unexpected power outage occurs.

The IPS-3110-PB switches the traditional twist-pair RJ-45 cable into various fiber optics media. It offers easy management of uplink port (10/100/1000Mbps RJ-45 and 100/1000 SFP slot). The fiber optical port of IPS-3110-PB can support various connection distances via multi-mode fiber, single-mode fiber or Bi-directional single-mode fiber for the deployment to the control room, warehouse or factory.

The IPS-3110-PB Industrial PoE Switch provides easy management ways via telnet CLI and SNMP. Combined with rich L2+ features and reliable management functions, the IPS-3110-PB will significantly help save OPEX (operational cost) for network administrators.

I am implementing the application 10.2 from the datasheet in Tina-TI, and I am getting a saturation effect. Is there anything wrong with my design here? I've lifted it exactly from the datasheet(Figure 67), though am not getting anything like the suggested output. I am sending in a 4.75V PP sine wave at 500kHz.

Once you have the circuit supplies and biasing set up correctly it should function as expected. Do note that Tina's convergence time for this circuit is long so you have to be patient. It takes about a minute, or more to run.

When I simulate the OPA454 under the original conditions with a 4.75 Vpk, 20 kHz sine input I receive similar results as in the datasheet. But when I apply the 4.75 Vpk, 500 kHz input the results are not useable.

Thank you. This is my first experiment with op amps and Tina TI. I have made these changes, yet I do not get the an output waveform. It still appears to be saturating. Do you happen to know something else I could check to make this work? Thank you so much.

Thanks. I am still not getting the simulation to work though I've made the changes. The slew rate is a good point and perhaps a higher slew rate op amp like the THS3110 would be a better fit? www.ti.com/.../ths3110.pdf

The THS3110 is certainly a much higher slew rate op amp than the OPA454, but a stack of them won't be able to handle as high of supply voltages as the OPA454. Additionally, the THS3110 is a current feedback op amp (CFA) so it is a bit different beast than a voltage feedback op amp (VFA) such as the OPA454. The non-inverting input of a CFA is the high impedance input, while the inverting input is a low impedance input. Most users tend to apply the CFA as a non-inverting amplifier.

The THS3110 is from TI's High-Speed Amplifiers product line and is supported by that team. You can run your ideas past that team and they should be able to give you a good idea if the THS3110 will work in the high output current, instrumentation amplifier application. They have their own High-Speed Amplifiers e2e forum where you can post your questions.

Thanks! This is really helpful as I am also new to Tina TI. Your implementation looks more organized than mine, so perhaps I had a wire that was connected where it shouldn't be. I will look at it in further detail and experiment with it.

The 3110A is a simple-to-use yet powerful standards waveform generator. It can be combined with other AE Techron products to quickly create a wide range of powerful and intelligent EMC test solutions.

The 3110A software is built around the simpleconcept of a waveform segment. Each waveformsegment can have a unique waveform,(sine, square, triangle, and/or DC offset).Frequency, amplitude and DC offset can beclipped, fixed, variable or swept. Segments canbe calibrated (as required in CS101) and set tocontinue on to the next segment or to hold foran external trigger.

The power of the system occurs when waveformsegments are linked to create test sequences.These test sequences can be of any length andcan be run as a single sequence, looped, orlooped with multiple variables changing withinthe test sequence (as required in multipleToyota and GM standards). Finally, multiplesequences can be combined to create a singlecustomized extended test.

An extensive library of 3000+ tests for manyautomotive, aviation and industry Standardsmakes it possible for the 3110A to save timefrom day one. And, for customers that requireover-testing or testing for products that have nopredefined standard, tests from the StandardsLibrary can be easily modified and saved forlater use

The 3110A delivers extensive capabilities forLF EMC testing with very short training-timerequirements. Plus, it makes it easy to automaterepetitive and labor-intensive tasks, makingthe 3110A a very efficient and cost-effectivesolution for LF EMC testing.

The frequency, amplitude, and DC offset of eachwave segment can be easily adjusted using theWave Properties window and defined as fixedor linear, logarithmic or exponential sweep, withwave segment durations as short as 50 μs.

CONTROL SEGMENTS like Fixed Loop, VariableLoop,and Trigger make the 3110A able toreproduce very complex standards. The testshown below highlights several key abilitiesmade possible by these control segments.

A multi-step waveform can start at one level/condition, then be repeated, with up to fourvariables changing during the wave segmentduration. Single or multi-step waveforms canbe made to repeat (or loop) and these repeatingwaveforms can be nested within a largersimple or repeating waveform.

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