The Model 2450 System SourceMeter® instrument is a precision, low-noise instrument that combines a stable DC power supply with a repeatable, high-impedance multimeter. The instrument is designed for intuitive setup and control, enhanced signal quality and extended ranges, and resistivity and resistance capabilities that are superior to similar products on the market. With both 6½-digit resolution and 0.012% basic accuracy, the 2450 provides 59 readings per second over the IEEE-488 bus. At 4½-bit accuracy, up to 1359 readings per second can be read into its internal buffer.

A Source Measurement Unit (SMU) is an instrument that combines a signal source function and a measurement function on the same pin or connector. It can supply voltage or current and measure voltage and/or current simultaneously. It integrates the functions of a power supply or function generator, a digital multimeter (DMM) or oscilloscope, a current source and an electronic load into a single, tightly synchronised instrument.

As network service providers introduce new applications and data volumes grow exponentially, 100G optical modules are being used in a large number of applications.
To improve productivity and save costs, optical module manufacturers are struggling to find inexpensive but scalable test instruments that can support a smooth upgrade from 10G to 25G or higher rates.
To improve production efficiency and save costs, optical module manufacturers are looking for inexpensive but scalable test instruments that can support a smooth upgrade from 10G to 25G or higher rates.
Designed for 100 GbE/25 GbE optical module production applications, the BERTWave MP2110A combines BERT (Bit Error Rate Test) and sampling oscilloscopes (Sample Oscilloscope).
BERT (bit error rate testing) and sampling oscilloscope (eye pattern analysis) in an integrated chassis. It improves the efficiency of optical module production and
also helps to reduce production costs.

The BERTWave MP2110A is an all-in-one measurement instrument with a built-in Bit Error Rate Tester (BERT) and sampling oscilloscope that supports evaluation operations such as Bit Error Rate (BER) measurements, eye diagram template testing, and eye diagram analysis of optical modules.

RINxOMA is a metric used to evaluate the ratio of relative intensity noise (RIN) to optical modulation amplitude (OMA) of an optical module, which reflects the noise performance and signal quality of the optical module. This paper describes a method for RINxOMA testing using the MP2110A instrument and analyses the advantages and application scenarios of the method.

Keithley 2400 Digital Source Meter is an advanced multifunctional power supply and measurement instrument, which is widely used in current measurement in various fields. Switch on the instrument and connect Keithley 2400 Digital SourceMeter to a computer, set the following parameters through the instrument panel or remote control software: measurement mode, current range, sampling rate, trigger mode, etc.

Keithley 2400 Digital Source Meter is an advanced multifunctional power supply and measurement instrument which is widely used in current measurement in various fields. This article describes how to use Keithley 2400 Digital SourceMeter to measure current, including setting measurement parameters, connecting circuits and analysing results. Before measuring current, you need to set the measurement parameters. Turn on the instrument power and connect Keithley 2400 Digital SourceMeter to the computer, set the following parameters through the instrument panel or remote control software: measurement mode, current range, sampling rate, trigger mode and so on. Measurement mode can choose continuous measurement mode or single measurement mode, according to the actual demand. The current range is selected according to the estimated value of the measured current to ensure that the current does not exceed the rated range of Keithley 2400.

Keithley 2400 Digital Source Meter is an advanced multifunctional power supply and measurement instrument which is widely used in current measurement in various fields. This article describes how to use Keithley 2400 Digital SourceMeter to measure current, including setting measurement parameters, connecting circuits and analysing results. Before measuring current, you need to set the measurement parameters. Turn on the instrument power and connect Keithley 2400 Digital SourceMeter to the computer, set the following parameters through the instrument panel or remote control software: measurement mode, current range, sampling rate, trigger mode and so on. Measurement mode can choose continuous measurement mode or single measurement mode, according to the actual demand. The current range is selected according to the estimated value of the measured current to ensure that the current does not exceed the rated range of Keithley 2400.

Yokogawa AQ6373E Spectrum Analysers - The same high performance level and improved operability features to meet a wide range of spectral measurement needs in R&D and production environments. Yokogawa has designed the Yokogawa AQ6373E and Yokogawa AQ6374E to meet the growing demand for testing new optical devices and components in the visible to near-infrared wavelength bands for medical, biological and materials processing applications.