Industries

Electronic Test and Measurement

Electronic testing & measuring equipment are used by creating signals and sending them to devices to be tested, and collecting the responses received from the device after. This is used to measure a wide range of electronic products, from components such as semiconductors to large industrial machinery. With the latest advent of technological advances, including wireless communication, IOT connected sensors have taken main stage, demanding more precise measurements while taking up less space. Our principals pride themselves on the fact that their semiconductors and next-generation electronic test & measurement solutions are at the heart of this up and coming industry, enabling future electronic research and development, and production.

Test Measurement Instrumentation

Test measurement refers to the combination of mechanisms in a device which can test for variables in the system, measuring the quality as well as consistency of the process. Com...

Amplifier IC

Amplifier IC work to increase the voltage and output of any given signal, allowing developers to create solutions that are small, reducing production costs and energy consumptio...

ADI-Amplifier IC-ADA4099-1

The ADA4099-1 and ADA4099-2 are single/dual robust, precision, rail-to-rail input/output operational amplifiers (op amps) with inputs that operate from −VS to +VS and beyond...

ADI ADA4530 Femtoampere Input Bias Current Electrometer Amplifier

The ADA4530-1 is a femtoampere (10−15 A) level input bias
current operational amplifier suitable for use as an electrometer
that also includes an integrated guard ...

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Metering and Energy Monitoring (PQES)

Energy metering and monitoring refers to the process of recording the flow of electricity via the use of a sensor, which can be connected to a source. The collected data can vary based on the user's needs, ranging from energy consumption trends, like current and voltage, to detecting abnormalities in power consumption, which may indicate a problem with the hardware. This data is then transmitted to a central system, through a wired connection or IOT, where the data can be further analysed.

EMI Filters

EMI filters serve the purpose of reducing the harmful effects of electromagnetic interference from a device. The filter consists of two components, an inductor and a capacitator, with the capacitator reducing the amount of direct current allowed into the device, while allowing alternating currents to pass through uninhibited. the inductor helps to retain the electromagnetic energy within the magnetic field, reducing the total voltage of the device.