The new TS250 waveform amplifier fromAccel Instruments Corp. is a unique instrument designed to be used as function generator amplifier. It amplifies current or voltage or power for driving heavy loads. The TS250 is suited for many test and measurement applications such as LDO and amplifier PSRR test, battery simulator, op-amp CMRR measurement, high-frequency electromagnetic coil driver, general function generator amplifier, transient response test, four-quadrant power supply, lab power amplifier and more. The TS250 offers eight voltage ranges to choose from ±10V to +65V. Refer to the datasheet for more information. The TS250 output peak current is up to 7A for the low-voltage model. Higher current is possible by connecting two or more TS250 in parallel.
Recommended: EPC eGaN Power Transistors Break Silicon Cost-Speed Barriers
The TS250 is a function generator amplifier for amplifying current. It can drive high current or high power or high voltage loads. It can output up to 7A peak current for the low-voltage model and reduce current for the higher voltage models. As a high current amplifier, it accepts AC or DC voltage input from a function generator to drive a heavy load that requires high current or high voltage. The TS250 features a selectable gain of 0dB or 20dB. The TS250 served as the missing link between function generator and oscilloscope. It is also great for pulse amplifier and laboratory power amplifier.
Related: 60W External LED Supplies for North America
TS250 is also suited for power supply rejection ratio or PSRR measurement. PSRR is commonly tested for LDO regulators, op amps, audio amps, etc. The TS250 is especially powerful for LDO PSRR testing at high load current. Conventional regulator PSRR test techniques such as capacitor or inductor coupled unable to support high LDO load current (e.g. >1A). The TS250 can also test op-amp PSRR and CMRR.
The TS250 is easy to use and intuited. It is designed for general laboratory applications such as function generator amplifier, battery emulator, electromagnet driver, PSRR/CMRR testing, transient response testing, four-quadrant power supply, and piezoelectric driver.
source: http://www.powerpulse.net/story.php?storyID=32075
Comments are closed.