200 MHz Bandwidth 1GSa/sec max Sample Rate 24MPts max Record length 2 Analog Channels External Trigger 16 kPt memory FFTs 60,000 Frame Waveform Record and Playback Parallel RS232 I2C SPI The 1000Z Series is RIGOL’s Digital Oscilloscope platform for Basic Visualization. It offers unprecedented value in customer applications with its innovative technology, industry leading specifications, powerful trigger functions and broad analysis capabilities. Features a 7 inch display and RIGOL's UltraVision technology. All the analysis, decoding, deep memory, and advanced triggering capabilities are now included in this powerful scope at an exceptional price. Uncompromised Performance at an Unprecedented Value The DS1202Z-E extends our most popular Oscilloscope series for engineers who need more bandwidth to accurately characterize their signals. The DS1202Z-E is built on the DS1000Z UltraVision platform that includes: deep memory, serial decode, and memory FFTs. With 200 MHz of bandwidth and a 2 channel plus external trigger configuration, the DS1202Z-E provides an affordable oscilloscope to engineers and hobbyists who need to verify higher speed signals. High Speed Signal Fidelity The DS1202Z-E brings faster rise times to the lab bench. With a 10-90% rise time specified at just 1.75 nanoseconds, this oscilloscope more accurately visualizes higher speed signals including serial data transmissions, clocks, and dynamic events. To the engineer this means finding a subtle signal or timing issue the first time and ultimately resolving issues more quickly. Frequency Visualization The DS1202Z-E includes Fast Fourier Transform capabilities that include up to 16 kPt FFTs. A Fast Fourier Transform converts time data to frequency information to help engineers locate hidden signals. Serial Decode All new DS1000Z series scopes include standard serial trigger and decode capabilities including I2C, RS232, and SPI. The higher bandwidth of the DS1202Z-E makes it easy to visualize higher speed serial data. Deep Memory The DS1202Z-E comes standard with 24 million points of memory. This enables long captures of slower or repeating events without sacrificing sample rate. Capture a signal at full sample rate for up to 24 milliseconds without gaps. Pass/Fail Analysis As you capture and visualize signals of interest, use the Pass/Fail capabilities to overlay critical test limits for comparison to the active channels in real-time. Use the mask functions to adjust the pass/fail limits to meet test requirements for repeatability. Pass/Fail testing is a great visual tool for debugging analog signal in real time.
