Keithley Digital Multimeter with Communication Interface RS 232

• Matrix Intersection: 80
• Number of Slots: 100uohm
• Memory Buffer Reading: No
• Communication Interface: Half Rack Width
• Scan Rate: 180/S
• Warranty: One Year
• Model NO.: Model 2750
• Certificate: Ce/TUV
• Transport Package: Wooden Box
• Specification: 2700 channels
• Trademark: CY
• Origin: Zhengzhou, China
• HS Code: 85141090
• Production Capacity: 2100 Sets Per Month

Product Description

Keithley Model 2750 Digital Multimeter / Data Acquisition / Switch / Data Logging System GPIB Interface

Important features and advantages
1. Each channel can be fully configured - each channel can be independently configured for measurement. Parameters that can be selected for each channel, including speed, range, resolution, number of power line cycles (NPLC), filter type, offset compensation, mathematical functions to be displayed, CJC type, RTD type, frequency gate Frequency gate time, values of m and b in the mX+b format, H/LO limit, low ohm (type 2750 only), ratio calculation, and thermistor type.
2. Channel monitoring function - monitors any specific input channel on the front panel display during the scanning process. This function can also be used as an analog trigger to initiate a scan sequence based on some external factors, such as when the temperature rises above a preset limit. Only the data of interest is received, so it is not necessary to spend hours searching for abnormal data in normal readings.

Number of differential input channels	2700	2710	2750
Matrix intersection	80	80	200
Dry circuit ohms (20mV clamp)	96	96	240
Number of slots	100uohm	100uohm	1 uohm
Memory buffer reading	No	No	Yes
Size (2U height)	55,000 readings	450,000 readings	110,000 readings
Communication Interface	Half rack width	Half rack width	Full rack width (19)
Scan rate (memory)	GPIB, RS-232	Ethernet,RS-232	GPIB,RS-232
Scan rate (electronic channel)	180/s	500/s	230/s
Maximum internal trigger rate	145/s	440/s	210/s
Maximum external trigger rate	2000/s	2800/s	2000/s
Number of differential input channels	375/s	2000/s	375/s