About Keysight
In November 2014, Keysight Technologies was established as a spin-off from Agilent Technologies, taking over the electronic measurement business previously operated by Agilent. Following the separation, products, documentation, and certifications associated with this business transitioned to the Keysight brand.
Website: www.keysight.com
Today, Keysight Technologies is a leading technology provider specializing in electronic design, simulation, measurement, and test solutions. Its core strengths include RF and microwave technology, high-speed signals, wireless communications, semiconductors, digital electronics, and network testing. Its portfolio includes oscilloscopes, spectrum analyzers, vector network analyzers, signal generators, power meters, software, and integrated test systems. Keysight solutions are used in 5G/6G telecommunications, automotive and electric vehicles, aerospace and defense, semiconductors, electronics, energy, data centers, and AI applications.
EMIN – Official Keysight Distributor in Vietnam
Since June 2020, EMIN has been an official distributor of Keysight products and services in Vietnam.
With years of experience supplying Keysight test and measurement solutions, EMIN is proud to be a trusted distribution partner for the brand. Keysight's growth reflects not only the company's own efforts but also the strong support and collaboration of its distribution partners, including EMIN Vietnam.
Product Portfolio
Clamp meters
Digital multimeters
Oscilloscopes
Current and voltage calibrators
LCR meters
Multifunction measurement instruments
View the full products at here.
High-Speed Multichannel Data Acquisition for Automated Testing
In electronic research and development and quality testing, monitoring multiple parameters simultaneously helps engineers identify variations between process stages, track component performance, and automate data logging. The Keysight DAQ970A Data Acquisition System features a three-slot mainframe, an integrated 6½-digit digital multimeter, and support for a range of switching modules to measure voltage, current, resistance, temperature, and other parameters. With the appropriate modules installed, the system can be expanded to support up to 120 channels and achieve a maximum scan rate of 450 channels per second with a compatible solid-state multiplexer module. LAN and USB interfaces enable computer-based control, data storage, and integration into automated test systems. The DAQ970A is suitable for R&D laboratories, component testing lines, reliability testing, and multipoint measurement monitoring during production.
Three Independent DC Outputs with Low Noise for Sensitive Electronic Circuits
When testing electronic circuit boards, microcontrollers, or communication devices, engineers often need multiple voltage levels to power different circuit sections simultaneously. The Keysight E36313A Programmable DC Power Supply provides three independent outputs with a total power rating of 160 W, comprising one 6 V/10 A output and two 25 V/2 A outputs, according to the manufacturer's specifications. The instrument supports voltage and current control, data logging, and programmable output sequences, enabling repeatable power-up and testing scenarios. Low output ripple and noise, combined with overvoltage, overcurrent, and overtemperature protection, help reduce risks when powering devices under development. Its color display shows the operating parameters of all three channels simultaneously, making it convenient to monitor performance at test benches and in electronics laboratories.
Arbitrary Waveform Generation and Signal Modulation for Circuit Testing
To evaluate the response of analog circuits, digital circuits, and signal processors, a signal source must generate a variety of waveforms with adjustable frequency, amplitude, and modulation settings. The Keysight EDU33212A Waveform Generator provides two output channels, a maximum frequency of 20 MHz, and support for sine, square, triangle, ramp, and pulse waveforms, as well as Gaussian noise and pseudorandom bit sequences (PRBS). Its arbitrary waveform generation function allows users to create custom test signals, while frequency sweeps, burst mode, and AM, FM, PM, FSK, BPSK, and PWM modulation support the simulation of different input conditions. Generating two signals simultaneously is useful for testing amplifiers, filters, control circuits, and systems that require response comparisons between channels. The instrument can be used with oscilloscopes and multimeters to build comprehensive test workflows in R&D laboratories, universities, and electronics production facilities.
RF Spectrum Analysis for Interference Detection and Wireless Signal Assessment
In wireless device development, RF transceiver testing, and communication troubleshooting, analyzing signal energy across frequencies helps identify carriers, harmonics, out-of-band signals, and unwanted interference. The Keysight N9322C Spectrum Analyzer operates over a frequency range of 9 kHz to 7 GHz, offers absolute amplitude accuracy of ±0.3 dB, and supports resolution bandwidths (RBW) from 10 Hz to 3 MHz. Under the manufacturer's specified measurement conditions, its displayed average noise level can reach -152 dBm at 1 GHz with a 10 Hz RBW, supporting the observation of weak signals in RF environments. The instrument also features an input attenuator with a range of up to 50 dB and an optional tracking generator to extend its capabilities for frequency response and reflection measurements. The N9322C is suitable for RF component testing, amplifier evaluation, wireless signal analysis, and interference troubleshooting in communication systems.
S-Parameter Measurements for RF Components and High-Speed Signal Paths
At high frequencies, impedance matching, return loss, and insertion loss directly affect signal quality in antennas, filters, coaxial cables, and RF circuits. The Keysight E5080B Vector Network Analyzer supports S-parameter measurements in two-port or four-port configurations, with selectable frequency ranges up to 20 GHz from 9 kHz for the version listed on EMIN.VN. Its specified dynamic range is 135 to 152 dB, depending on configuration, helping distinguish reflected and transmitted signals during component characterization. Frequency sweeping, adjustable output power, and selectable intermediate-frequency bandwidth allow users to optimize measurement speed or sensitivity according to test requirements. USB and LAN interfaces support computer-based control, data storage, and integration into automated test workflows. The E5080B is suitable for antenna, filter, amplifier, and microwave component research, as well as signal integrity evaluation in RF systems.
