TDSO-050 15 GHz Bandwidth Digital Sampling Oscilloscope The TDSO-050 Digital Sampling Oscilloscope (DSO) is a fully integrated, ultra compact, USB / Ethernet controlled instrument that automatically performs accurate eye-diagram analysis to characterize the quality of transmitters, receivers and interconnects with a 15GHz input BW. The TDSO-050 implements a statistical under-sampling technique with comprehensive software libraries for eye measurements, jitter analysis and processing of NRZ data. Low cost instrument grade sampling scope optimized for high speed data analysis Working under Window and Linux OS, with high speed throughputs Ultra compact form-factor replaces conventional rack test solutions and solves impractical physical requirements of testing large lane counts 15GHz input BW achieved with Teledyne industry leading track and hold amplifier Built-in 9 to 11G clock recovery External reference clock input (SMA), with bypass mode capability Single ended and differential electrical input Eye, jitter, rise/fall, histogram, mask measurement and pattern capture in a single instrument API measurement library Multiple modules can be controlled via Fast Ethernet 100Base-T The DSO tool can operate in a data acquisition mode only where the data is saved and post processed on multiple acquisitions Supports high density parallel application with unlimited concurrent testing User friendly GUI that enables, zooming, graded color displays, markers, X and Y histograms, overlays, pre-emphasis and multiple measurements, statistics Load and analyze data that was previously captured Capability to save statistical measurement and data files for multiple DSOs working simultaneously Color graded infinite persistence in eye and pattern capture Teledyne Scientific Company reserves the right to make changes to its product specifications at any time without notice. The information furnished herein is believed to be accurate; however, no responsibility is assumed for its use.

High Speed SerDes Testing & Characterization Electro-optical Transceiver Testing Handheld 10G test equipment for field Installation and maintenance Multi-port system testing or Line Cards In-Situ testing of high port count systems Can be mounted in Automatic Test Equipment or in socketed load board Telecoms equipment test for installation and maintenance Multi-port system testing Fiber channel, Ethernet, PON, parallel optics, etc* High port count burn-in test Research and development applications Figure 1 – Concurrent testing of 8 channel 10G line card with 8 DSOs connected simultaneously Teledyne...

Mask Margin, alternate Mask Margin rules available The mask margin (positive or negative) can be extracted for a defined number of points that fail, thus allowing for DUT quality assessment, control, and binning The number of failed points for a region can be returned. The actual points that failed can be returned as well Eye opening, height and width Amplitude, top, base, max, min, peak to peak Rise/ fall time, single edge measurement in pattern capture Total edge jitter Statistics histograms and Histogram measurements Advanced pattern measurements: eye measurements on specific bits of the pattern...

DSO Pulse Mask Application A Pulse Mask Application is offered for the TDSO. This feature is the first step for signal de-embedding and characterizing the system’s impulse response. This application is intended for calibrating the impulse response of an LRM signal generator. Capabilities • Standard mask selection, user defined mask, auto detect mask • Percentage of failing points • Save data and mask Figure 3 – Post cursor (left); Symmetric (center); Pre cursor (right) Teledyne Scientific Company reserves the right to make changes to its product specifications at any time without notice. The...

SIGNAL INPUT Bandwidth BW Amplitude VIN,MAX Rise and Fall Time tRT , tFT Differential Return Loss SDD11 Resolution Input Resistance RIIN CLOCK INPUT Clock Recovery Range Clock Recovery Lock Range Clock Recovery Bandwidth Input Range Input Range Amplitude Input Resistance RCIN OPERATION Intrinsic Jitter Amplitude Error PRBS Pattern Capture Data Format Supported Power Supply VIN Power Dissipation PW CONDITIONS, NOTE Small Signal - Note 1 Differential 20% to 80% Programmable Normal Mode Bypass Mode 5 PN11 Max NRZ Through Power Jack, External psrms mVrms 2047 Bits V W Note 1 – Small signal (<200mV)...