Used YOKOGAWA DL 1740E #9289506 for sale

YOKOGAWA DL 1740E is an electronic test equipment that is used to measure frequency, period, and pulses, along with several other features, in industrial environments. The instrument uses a digital oscilloscope to display results in the form of waveforms, which can be further analyzed and manipulated with full numeric display. This makes it useful for visualizing signals and analyzing parameters such as phase, frequency, and distortion. DL 1740E also features a built-in power meter, so it can measure electrical power in AC and DC circuits, as well as detect irregular voltage, polarity, short circuits, and leakage current. It is also equipped with a frequency counter to accurately measure frequency, period, and total count. A total count way of measuring is essential in some cases as it eliminates the need for manual measurement of data. YOKOGAWA DL 1740E can be operated in a variety of modes such as position, pulse, and counter, to suit the particular requirements of a test. As for its performance, DL 1740E has an astounding resolution of 240,000 points per second. It also has a sample hold time of up to 600ms, and a total sweep time of up to 20ns. It is capable of displaying multiple waveforms at the same time, which can be useful when analyzing complex signals. Moreover, the instrument has an optional pair of hook probes that make it easy to connect to devices such as breadboards, as well as resistors and capacitors. YOKOGAWA DL 1740E is built with a very robust and ergonomic design. It is made using high-grade materials and components, and its casing is rugged and durable enough to withstand the rigors of industrial environments. Despite its robust build, DL 1740E is surprisingly portable, weighing less than 5lbs, and measuring just 330mm x 215mm x 90mm (L x W x H). All in all, YOKOGAWA DL 1740E is an excellent piece of electronic test equipment, featuring a wide array of features, great resolution and sweep time, and a durable, portable design, making it perfect for quick and accurate measurements in industrial environments.