Micro ohmmeter is a microelectronic based device, and is available in various designs. The device is also capable of measuring small resistance with high precision. The device is very unique with its fully automatic range setting and hold function. In other words, it can be termed as a high-sensitivity multi meter, designed to perform low-level measurements and is very easy to operate. Another feature that comes with it is compactor (which includes special comparative functions). The compactor compares two voltages or currents and will value its output as good or bad. Other features include low power dry circuit testing, built-in resistance function and protection against network loss, password protection, loudspeaker and battery backup. The demand for this device is increasing as it has become unavoidable in any industry which deals with electronic systems (in which current flows). It is such that the Micro-ohmmeter has become a feature, as it is designed to conduct tests on both Resistance inductive materials.
Features of this device:
It is a device that measures electrical friction (generated as electrons) when passing through an electrical conductor. It displays details of direct measurements such as units, range and test current.
The device follows Ohm’s law and states that the flow of current through a conductor between two points is directly proportional to the potential difference between the two points.
Primarily it measures resistance and is available in two basic types. The first type is called “digital” and the second type is called “analog”.
Digital is an important because it is more versatile and simpler to operate. They are unique with their various features and functions.
It is a portable, microprocessor controlled device that measures the low resistance of electronic devices such as circuit breaker contacts, switches, transformers, motor winding, wires, cables, joints in buses, etc. Other applications of this include testing aerodynamic bonding, rail linking, and pipeline bonding.
These devices are capable of measuring resistance ranging from 0.01 2to 2M measuring. These are also available in various models and are very useful in the engineering industry.
The use of state-of-the-art technology ensures maximum measurement accuracy, rapid response, long-term stability and noise immunity. The application of four wire measurements enables the elimination of lead resistance error.
This equipment is not only ideal for laboratory use, but is also used in universities and other manufacturing units. To conclude, if you are planning to install any construction or other units that concern with electronic equipment, chances are you want to check the status of your equipment. The best option is to check the micro ohmmeter; Even this measures very little resistance.
https://www.techcorpservices.com.au/shop/contact-resistance-tester-dv-power-rmo-200g/
Tech Corp Services 