Pulse generators are versatile devices and are used in many different industries and applications. They’re well favoured because of their ability to make exact electrical pulses for different reasons, and can be altered for different needs including, duration, voltage, shape, and frequency.
While the list is expansive, we’ve broken down some of the many uses that pulse generators are used for, as well as the respective industries.
Transportation and automotive industry
Automotive testing uses pulse generators for many reasons, including engine control unit (ECU) testing and sensor calibration. They can also be used in traffic signal systems for timing and synchronization.
Research and Development
Researchers often use a pulse generator for a variety of scientific experiments, including studying electrical circuits, electromagnetic phenomena, and testing semiconductor devices.
Pulse generators aid in the characterization of electronic components, including transistors, diodes, and integrated circuits.
Medical equipment
Pulse generators are used in medical devices to create controlled electrical signals for diagnostic tests like electrocardiography (ECG) and electroencephalography (EEG).
They can generate electrical pulses for medical purposes including neuromuscular stimulation.
Testing and measurement
Testing and calibrating electronic equipment is often done by pulse generators as well. They are used to provide known input signal and to help calibrate frequency counters and oscilloscopes.
To measure appropriate time intervals and delays, pulse generators are a great tool to do so accurately.
Industrial and manufacturing
Believe it or not, among its many uses pulse generators are also used to verify the performance and accuracy of production machinery and sensors. This can mean anything from controlling various industrial processes where it can provide timing signals for automation systems.
Education and training
Pulse generators are used for teaching and training purposes for valuable tools in electronics labs.
Aerospace and defense
Pulse generators are used in the aerospace and defence industry, where they use radar systems for signal generation and testing. They are surprisingly savvy, where they play a role in electronic countermeasures, such as jamming enemy radar and communication systems.
Communication systems
Pulse generators can generate radio frequency (RF) signals for testing RF components and systems, and are also used in digital communication systems to create modulated signals and clock signals.
Photonics and optics
Laser systems also use pulse generators to trigger laser pulses for applications like laser spectroscopy and material processing. They can also help to test and characterize optical fiber systems, making them a well-rounded feature in this industry.
Energy and power electronics
Pulse generators own chameleonic traits, where they are used for switching power supply designs. This means that they are used in variable frequency drives and motor control systems – making them an invaluable addition to the energy and power industry.
While this list isn’t extensive, it does provide a good idea of both the versatility and importance of pulse generators in many fields, including technology, science, and core industrial. Keep in mind that there are many types of pulse generators, so its characteristics might change depending on how you intend to use it and what you will be using it for.