Used TEKTRONIX TLA 7AA4 #9264026 for sale

TEKTRONIX TLA 7AA4 is a highly versatile 500MHz, 4-channel mixed-signal oscilloscope. This equipment comes with an integrated 10.4" touch-screen interface for easy user operation. The oscilloscope was developed for engineers who need to debug and prototype device functions with a small budget. TLA 7AA4 has a bandwidth of 500MHz, sample rate of 5GSa/s, and record length of up to 16Mpts. Additionally, the oscilloscope is able to measure up to 4 voltage/current/resistance signals simultaneously with two technique ranges and a waveform capture rate of up to 50,000 wfms/s. A dynamic fidelity waveform of 2GHz can be added as an optional upgrade. In addition to capturing waveforms, TEKTRONIX TLA 7AA4 also supports serial data analysis with an 8b/10b blind-decode, applicable to I2C, SPI, CAN and RS-232/422/485 data formats. Other features of the oscilloscope include a high-level protocol trigger and decode to quickly solve design issues at up to 10Gbit/s data rate. Utilizing 11 automated measurements, it further simplifies the debugging process for rapid turnaround. With maximum signal integrity, TLA 7AA4 is equipped with an optional set of active probes for accurate operation with any device under test. This includes a 500MHz TekVPI® probe that provides programmable voltage and current ranges, as well as a low capacitance anti-alias probe that eliminates time domain overshoot and ringing. Moreover, an additional set of passive probes can be added to the oscilloscope for increased sensitivity. Technical documentation and application guides are available for easy setup and operation of this instrument. In conclusion, TEKTRONIX TLA 7AA4 is an advanced 500MHz oscilloscope and mixed-signal tester that provides high bandwidth and excellent signal fidelity. It has a wide range of features, such as 4-channel mix signal capture, protocol trigger and decode, and automated measurements. With the optional active or passive probes and application guides, TLA 7AA4 can be used for device debugging and prototyping applications.