61/2 digit resolution, Essential device of "Electronic Measurement" Supporting basic measurement with variety of options DME1600 The DME1600 is a digital multi-meter with a resolution of 6 1/2 digit. It can be performed up to 2000 times per second at the setting condition of 4 1/2 digit as fastest measurement, and it can measures 50 times per second when it is set for the 6 1/2 digit. The DME1600 offers fully function of measurement for the voltage, current, resistance, frequency and temperature which can be used various application of measurement and evaluation in design, development and debugging of electronics devices. The DME1600 provides USB and GPIB interface* as standard feature for automated measurement besides manual operation. Furthermore, the DME1600 offers wide range of options such as 20-channel multi-point scanner card supporting the basic measurement. ● DME1600 ● DME1600SC（with scanner） ● DME1600GC（with GPIB） ● DME1600SG（with scanner and GPIB） Resolution : 6 1/2 digit Display : 5 x 7 dot matrix VFD, dual display with 3-color ■ Basic measurement function ■ DC voltage : 0.1V, 1V, 10V, 100V, 1000V AC voltage : 0.1V, 1V, 10V, 100V, 750V DC current : 10mA, 100mA, 1A, 3A AC current : 1A, 3A 2-wire / 4-wire resistance : 100Ω, 1kΩ, 10kΩ, 100kΩ, 1MΩ, 10MΩ, 100MΩ Frequency : 3Hz to 300kHz Continuity test Diode test Temperature test ■ Built-in USB Interface (GPIB Interface*: selected model) *Model with GPIB Interface : DME1600GC, DME1600SG 20-channel multi-point scanner card ［DME1600-OPT09］ Kelvin probe (for 4-wire resistance measurement) ［DME1600-OPT07］ 10-channel multi-point scanner card ［DME1600-OPT01］

• ±（%of reading + %of range） • 6 1/2 digit resolution, measured by Auto Trigger mode after the unit has been warmed up more than two hours. • For the resistance measurement, it applies to use either 4-wires resistance measurement or 2-wires resistance measurement of the Null function. • ±（%of reading + %of range） • Specifications are for 2-hours warm-up at 6 1/2 digit, slow AC filter with Bandwidth 3Hz, sine wave input. • Measured by the sine-wave input exceeding 5% of the range • For the input range from 1% to 5%, add 0.1% of the range (when it is less than 50kHz) or adding 0.13% of the range...