Instek GDS-200 Series [GDS-210] 100 MHz, 2-Channel, 1 GSa/s, Handheld Digital Storage Oscilloscope

The Instek GDS210 is a 100MHz 2 channel handheld digital storage oscilloscope. The GDS-210 introduces a 7" capacitive full touch panel LCD which can be positioned in portrait and landscape display. The recharging-battery design makes the series easy to operate for field operations. The GDS-210 is suited for applications in laboratories, R&D, large electric system tests, power product tests, motor tests, solar power battery inspection and repair, and maintenance personnel who are always on field assignments.

GDS-210 adopts full touch panel capacitive LCD. In the era of smart phone explosion, GW Instek can also usher users into the full touch panel measurement era. With only one finger, users not only can move waveform up and down but also the trigger line position. Two-point touch panel is also applied. Engineers can use two fingers to adjust vertical voltage level and to enlarge or narrow time division scale. Additionally, one finger drag menu selection allows users to follow their intuition to locate required measurement functions, and to save and retrieve diagrams and data anytime anywhere.

The GDS-210, with two analog signal input channels, has a bandwidth of 100 MHz and the maximum sample rate per channel is 1 GSa/s with a memory depth of 1 Mpts. The GDS210 has a 5,000 count DMM which can simultaneously measure and monitor AC and DC voltage, and current. Trend plots over long periods of time can also be drawn which allows engineers to effectively monitor standard electric parameters while measuring basic circuit signals.

Traditional oscilloscopes can not meet users' requirements of conducting integrated system circuit measurement. One extra DMM is often required to work with traditional oscilloscopes to handle enormous test requirements. The GDS-210 oscilloscope integrates the functions of oscilloscope and DMM to conduct simultaneous measurements. In the analysis of system circuit waveforms, GDS-210 can also use DMM to measure basic voltage and current of the peripheral components that provides users with very powerful test integration.