Used EIP 588C #9103478 for sale

Manufacturer
EIP
Model
588C
ID: 9103478
Frequency counter.
EIP 588C is an advanced electronic test equipment designed for testing circuit boards and components in a wide range of applications. It features various test pathways and a range of adjustable settings to maximize the accuracy of its tests and meet different requirements. 588C is composed of two modules: the Test Controller (TC) and the Test Interface Module (TIM). The TC is used to control the testing sequences, set the parameters and select the test pathway. It also stores the test results and contains a variety of testing algorithms to optimize testing accuracy. The TIM is equipped with various signal types and connectors such as coax, BNC, USB, RJ-45, and D-sub to be compatible with different connections. EIP 588C operates at varying supply voltages such as from 6.5V to 18V. It also has an adjustable sampling frequency for smooth frequency response in a spectrum of 100kHz to 3GHz. Its wide operating temperature range from -55℃ to +125℃ ensures testing accuracy regardless of environment temperature changes. 588C is highly reliable and repeatable in its accuracy due to its self-calibrating system. It calibrates itself automatically twice a day to accommodate for environmental or manufacturing changes. Its error detection and alert system also can detect malfunctions in the device, alert the users, and protect it from any damage due its durable design. The user is able to customize the safety testing according to different board types since it includes various IT and CE safety tests, digital displays, and adjustable analog settings. Additionally, the 'timing test' feature allows the user to measure the time of sending/receiving signals between two interfaces. This is widely used for signal stabilization or developing high-speed digital products. In conclusion, EIP 588C is an advanced electronic test equipment with various signal types, wide operating voltage range, adjustable sampling frequency, and self-calibrating system to maximize its test accuracy. It is ideal for those seeking for a reliable, repeatable, and customizable test method for their circuit boards and components.
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