Used GW INSTEK AFG-225P #9107148 for sale

GW INSTEK AFG-225P is an advanced function generator designed to meet the requirements of modern electronic test and laboratory equipment. It provides users with a wide range of waveform capabilities and high-precision timing and level control. AFG-225P is capable of producing sinusoidal, triangular, and square waveforms with adjustable levels, slope, and amplitudes, and has extended pulse and modulation capabilities. GW INSTEK AFG-225P has a 10-digit frequency resolution display with total frequency range of 10Hz-5MHz, and provides both sine and triangle outputs of DC-500kHz, as well as 11 built-in modulation types. It also provides multiple sweep functions such as linear and logarithmic sweep. With enhanced noise-free features, the device has a signal-to-noise ratio of up to 90dBA. AFG-225P also features a switchable built-in 10V voltage reference for low noise testing. In addition, GW INSTEK AFG-225P features high-stability timing and automatic frequency-locking, as well as adjustable vertical and horizontal drive levels. It also has a built-in multi-function generator for output signals from 8 normal and 8 arbitrary waveforms. It enables users to integrate a wide variety of electrical signals in their test systems. In addition, AFG-225P also offers adjustable delay and amplitude modulation. With these features, users can control the frequency, phase, and amplitude of multiple waveforms simultaneously for complex waveform shaping and generation. It also provides programmable functions such as external trigger and burst modes. With these built in features, users can generate multiple pulses and modulation signals with excellent precision. Overall, GW INSTEK AFG-225P is an advanced function generator designed to meet the requirements of modern electronic testing and laboratory equipment. With its high-stability timing, adjustable delay and amplitude modulation, and 11 built-in modulation types, it enables users to control the frequency, phase, and amplitude of multiple waveforms simultaneously, making it an ideal choice for complex waveform shaping and generation.