AE Techron’s 3110 audio-bandwidth Standards Waveform Generator has a large library of pre-entered Automotive and Aviation Standard tests, the ability to easily modify these pre-entered tests, and the flexibilty to quickly create new test sequences.

The 3110 Standards Waveform Generator is capable enough to reproduce a complex wave sequence, with repeating and incrementing time and voltage values, yet simple enough to be quickly learned by the newest staff member.

Choosing a Standard from the library of pre-entered Standards only requires a few clicks. Pressing Play starts the test sequence. Wave sequence progress is indicated by highlighting the active test segment in the display, listing the active and total segment numbers, and indicating if user action is required.

If a Fault condition is sensed, it is reported, and the test aborted, preventing potential equipment damage, or wasted test time.

If changes need to be made, or a new sequence created, values are entered and displayed in system output units. Entries are bounded to safe values.

The 3110 system, like the Standards' test sequences it produces, is not static. When available, updates to software, and/or updated Standards' test sequences, can be imported and applied to the system with a single click of a button.

Test system features and capabilities are valuable only if able to be used. No need to go searching for a User Manual to learn how to use a specific feature or capability. The complete 3110 User Guide is simply a click away.

Designed to work closely with AE Techron's complete line of amplifier products, permit scaling of test systems to match the capabilities needed for the work at hand.

This is the AE Techron 3110 audio-bandwidth Standards Waveform Generator. For more information on the latest updates and system features or available Standards, go to aetechron.com/3110.

AE Techron’s 3110 audio-bandwidth Standards Waveform Generator has a large library of pre-entered Automotive and Aviation Standard tests, the ability to easily modify these pre-entered tests, and the flexibilty to quickly create new test sequences.

The Add Wave button opens a menu listing the types of wave segments that can be added. Choose from Sine, Ripple, DC, Triangle, Square, or Sawtooth wave types.

After choosing a wave type, a segment is added to the test sequence, and the properties window opens below. To add additional wave segments, select them from the menu and they will be added to the end of the test sequence.

As you add or adjust settings for the selected wave segment, the test sequence will adjust as well, reflecting what is entered in the properties window.

To reposition a wave segment’s location, either click the wave segment in the test sequence or in the display, Once highlighted, click and drag the wave segment wherever it needs to go in the test sequence.

AE Techron’s 3110 audio-bandwidth Standards Waveform Generator has a large library of pre-entered Automotive and Aviation Standard tests, the ability to easily modify these pre-entered tests, and the flexibilty to quickly create new test sequences.

Control segments enable the creation of complex repetitive and /or incrementing wave sequences, like those found in many automotive standards. The thirty-one ten has two different types of loop controls available: Fixed Loop and Variable Loop.

The Fixed Loop Control Function allows for any number of wave or control segments, located between the Fixed Loop Start and End control segments, to be repeated. The number of times this occurs is controlled by the value entered in the Fixed Loop property window.

The Variable Loop Control Function has all of the functionality of the Fixed Loop, but adds the ability to automatically change the test properties with each repetition of a test. Up to four separate variables can be defined. Multiple variables can be assigned to properties in a single wave segment or used across multiple segments, as long as they are located between the Variable Loop start and end segments. Each can have a different start value, end value, and increment rate.

The Fixed Loop and Variable loop controls can be combined and nested to create complicated wave sequences like those found in the Ford, GM and Toyota EMC Standards.