Instruments For Testing Your Innovations
TS200 Modulated Power Supply
TS500 High Frequency Waveform Amplifier
Copy Right 2010 - 2020 Accel Instruments Corp. All rights reserved.
The TS250 waveform amplifier is a unique instrument ideal for amplifying function generator. It amplifies current or voltage or power for driving heavy loads. The TS250 offers eight voltage ranges to choose from ±10V to +65V. The TS250 output current up to 5A for the low-voltage model. Higher current is possible by connecting two or more TS250 in parallel as shown in the Application Section.
The TS200 Modulated Power Supply is a unique instrument for many bench test and measurement applications. It combines a four-quadrant power supply and a laboratory power amplifier. The TS200 is ideal for testing application such as LDO/Amplifer PSRR measurement, battery simulator, op amp CMRR measurement, signal generator amplifier, transient response test, bipolar power supply, lab power amplifier and more.
Feature Products
What Are You Testing Today?



Waveform amplifier is the missing link between oscilloscope, function generator, and device-under-test. These application notes provide excellent technical information on bench testing using function generator amps. These amplifiers outputs high voltage, high current, high power, or any combination.
Helmholtz Coil and Magnetic

High-current waveform power amplifiers drive large current through magnetic coils even at high frequency. They are great for driving Helmholtz coils and other electromagnets.
Piezo Amplifier and Driver
Battery Simulation for Charger Testing



PSRR and Transient
Power Supply Noise and Ripple (PSRR) Tests

Battery simulator and emulator are ideal for cell-balancing circuit and charger testing. They enable speedy bench testing of battery-powered mobile system.
Use the below Application Notes and technical articles to help you test your ideas and innovations.
High-current and high-voltage amplifier are perfect for driving piezo transducers, actuators, motors, and other piezoelectric devices. Several techniques are discussed to drive high-frequency piezo transducers.