Used MRSI 605 #9377510 for sale

Manufacturer
MRSI
Model
605
ID: 9377510
Vintage: 2008
Die bonder 2008 vintage.
MRSI 605 is a high performing electronic test equipment, designed to meet the demanding requirements of in-circuit test and production test engineers. The device supports Asynchronous Serial Data, VLSI, EPROM, EMI compliance, SiGe, RF, Linear and Digital testing. 605 Electronic Test System comes standard with a 3.5 GHz RF vector signal generator, a programmable up-converter, a pulse generator, and a 4 GHz spectrum analyzer. With this wide range of features, users can perform tests as basic as measuring resistance and as complex as measuring noise and distortion. The device comes with a 5.7-inch LCD colour display which gives users an intuitive control panel for specifying test thresholds, parameters, and more. Also included is a 10 megohm input impedance that provides clean signal measurements. MRSI 605 also includes several test modes, such as In-Circuit Test, Production Test, VLSI Test, and Digital Test. These modes are used to determine the performance of the circuit being tested, as well as to detect any signal failures. The device gives users multiple ways to export data and designs. Through USB, IEEE 802.3, WiFi, Bluetooth, or RS232 connections, users can easily transfer data such as waveforms, measurement data, and screenshots to a PC. 605 also includes integrated scripting and programming options to allow for highly sophisticated automation. This allows for more efficient testing and significantly reduces down-time and errors. Additionally, the device includes a calibration feature which simplifies regular test maintenance. The automated calibration process minimizes errors and extends the lifetime of the test system. Overall, MRSI 605 is a reliable and powerful electronic test equipment offering advanced features such as programmable up-converter, pulse generator, and 5.7-inch LCD display. This device provides users with a reliable and effective testing method, allowing them to detect any flaws and errors in their circuits.
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