Mextech Electronic Testing

The Mextech Battery Powered Digital LCR Meter, LCR4070, is a sophisticated electronic device designed to measure inductance (L), capacitance (C), and resistance (R) with utmost precision and efficiency. Encased in a sleek black housing, this meter exemplifies modern design while offering advanced functionality for various applications. Equipped with battery power, the LCR4070 ensures portability and convenience, allowing users to perform measurements in diverse settings without the need for a constant power source. This feature makes it an ideal tool for fieldwork, workshops, laboratories, and educational environments. One of the key highlights of the LCR4070 is its digital interface, which provides clear and accurate readings of L, C, and R values. This ensures reliability and minimizes errors, making it suitable for professional use in industries such as electronics, telecommunications, and engineering. The meter's intuitive controls and user-friendly interface make operation straightforward, even for those with limited technical expertise. With its comprehensive range of measurement capabilities, the LCR4070 enables users to analyze components with precision, aiding in troubleshooting, quality control, and research tasks. Furthermore, the compact size and durable construction of the LCR4070 enhance its suitability for demanding environments. Whether in the field or in the lab, this meter delivers consistent performance and reliability, ensuring accurate results every time. In addition to its primary functions, the LCR4070 may feature additional functionalities such as data logging, connectivity options, and customizable settings, further expanding its utility and versatility. Overall, the Mextech Battery Powered Digital LCR Meter, LCR4070, stands out as a reliable and efficient instrument for measuring L, C, and R values with precision and convenience. Its combination of advanced features, portability, and user-friendly design makes it an indispensable tool for professionals and enthusiasts alike.

The Mextech Analogue Oscilloscope stands as a fundamental tool for engineers, technicians, and hobbyists involved in electronics and electrical engineering. Renowned for its reliability and accuracy, this instrument enables users to visualize and analyze electrical signals with precision, aiding in troubleshooting, waveform observation, and circuit analysis.
At its core, the Mextech Analogue Oscilloscope operates on analogue technology, employing cathode-ray tubes (CRTs) to display voltage waveforms in real-time. This oscilloscope captures electrical signals across a wide frequency range, typically from a few Hertz to several megahertz, allowing users to examine signals from various electronic devices and circuits.
One of the key features of the Mextech Analogue Oscilloscope is its intuitive interface and controls, which facilitate easy operation and adjustment of parameters such as voltage sensitivity, time base, and trigger settings. These controls allow users to customize waveform display according to their specific measurement requirements, ensuring accurate analysis and interpretation of signals.
The display of the Mextech Analogue Oscilloscope presents voltage waveforms clearly and accurately, enabling users to visualize signal characteristics such as amplitude, frequency, phase, and distortion. The CRT display offers high resolution and responsiveness, allowing users to capture transient events and observe signal details with precision.
User-friendly operation is another highlight of the Mextech Analogue Oscilloscope. With its straightforward controls and intuitive layout, users can navigate through various functions effortlessly, making it suitable for both novice and experienced users alike. Whether troubleshooting circuits, testing electronic components, or conducting educational experiments, users can rely on this oscilloscope for accurate and reliable performance.
Durability and reliability are paramount considerations in the design of the Mextech Analogue Oscilloscope, ensuring consistent performance in demanding environments. Built with quality components and robust construction, this oscilloscope withstands the rigors of daily use and provides long-term reliability for professional and educational applications.
In summary, the Mextech Analogue Oscilloscope represents an indispensable tool for anyone working with electronics and electrical circuits. With its precise waveform display, intuitive controls, durability, and reliability, it empowers users to analyze and troubleshoot electrical signals effectively, making it an essential instrument in electronics laboratories, workshops, and research facilities.

The Mextech DS05100 100MHZ 2 channels+1 ext trig Digital Storage Oscilloscope comes with two analog channels and one digital channel, with a maximum frequency of 100MHz. Its bandwidth is from DC to 70MHz, with a vertical resolution of 12 bits and horizontal resolution of 10 bits. It has built-in triggering functions and can capture and store up to 2,000,000 samples in its internal memory. It is a versatile instrument that can be used for all types of electronics projects and applications. For hobbyists and professionals alike, it is an extremely useful tool that provides an in-depth look into the inner workings of electronic devices. It has a 500k waveform memory, color LCD display, and 0.5MM/mV vertical sensitivity. This oscilloscope has two analog channels, one of which is an external trigger channel. It also has the ability to store up to 1000 waveforms internally and can even be upgraded with an SD card slot for storage of waveforms. The product comes with a 5.7" LCD screen, a four-channel auto trigger system and an integrated logic analyzer. It is designed to be portable, allowing users to take it from one location to the next. The two channels allow users to connect two separate pieces of equipment to the device at once, while the third channel can be used to test voltage signals or other inputs through the use of an oscilloscope probe.

Mextech Oscilloscope Dual Channel High Sensitivity with Components, OS5020C is a sophisticated electronic test instrument widely used in electronics, engineering, and various scientific fields to visualize and analyze electrical waveforms. It provides a graphical representation of electrical signals, allowing users to observe the shape, frequency, amplitude, and timing relationships of these signals in real time. This insight is invaluable for diagnosing and troubleshooting electronic circuits, measuring signal characteristics, and verifying the performance of electronic devices.
The fundamental component of an oscilloscope is the cathode-ray tube (CRT) or, in modern digital oscilloscopes, the digital display. The oscilloscope measures voltage and time, then displays the voltage as a function of time on the screen. A horizontal axis represents time, while the vertical axis represents voltage. By connecting a probe to the circuit under examination, users can observe the behavior of the electrical signal graphically.
Oscilloscopes come in various types, including analog and digital. Analog oscilloscopes use cathode-ray tubes to directly display waveforms, while digital oscilloscopes digitize the signal and display it on a digital screen. Digital oscilloscopes offer advantages like greater accuracy, measurement capabilities, and the ability to save and share waveform data.
Key features of oscilloscopes include:
Channels: Oscilloscopes can have one or multiple channels, allowing users to observe and compare multiple signals simultaneously.
Bandwidth: The bandwidth determines the highest frequency of a signal that the oscilloscope can accurately display. Higher bandwidth is essential for capturing fast-changing waveforms.
Sample Rate: In digital oscilloscopes, the sample rate determines how many data points are captured per second. Higher sample rates are crucial for accurately representing high-frequency signals.
Triggering: Triggering controls when the oscilloscope starts acquiring data. It helps stabilize repetitive waveforms and capture specific events.
Measurement Tools: Oscilloscopes provide various measurement tools, including voltage measurements, time measurements, frequency analysis, and more.
Storage and Analysis: Modern digital oscilloscopes offer data storage, waveform analysis, and the ability to save and share captured waveforms.
Oscilloscopes are used in a wide range of applications, including circuit debugging, signal characterization, analyzing communication signals, testing electronic components, and troubleshooting complex systems. Their ability to provide a visual representation of electrical signals makes them indispensable tools for engineers, technicians, researchers, and anyone working with electronics.

Mextech USB Oscilloscope 20 MHz Dual Channel High Sensitivity, VDS1026 is a compact and versatile electronic instrument that connects to a computer via a USB port. It combines the functionality of a traditional oscilloscope with the convenience and power of modern computing, offering engineers, hobbyists, and researchers a cost-effective solution for visualizing and analyzing electrical waveforms.
The USB oscilloscope comprises a hardware unit that includes analog-to-digital converters, signal conditioning circuitry, and input channels. This unit is compact and often portable, making it suitable for on-the-go measurements. The key feature of a USB oscilloscope is its ability to transmit captured waveform data directly to a computer for analysis and visualization.
Upon connecting the USB oscilloscope to a computer and installing the necessary software, users can observe and manipulate electrical signals using the computer's screen. The software interface serves as the control center for adjusting settings such as voltage scales, time bases, triggering, and more. Users can also save, share, and further process captured waveforms digitally.
USB oscilloscopes offer several advantages:
Affordability and Portability: USB oscilloscopes are often more affordable than traditional benchtop oscilloscopes. Their small size and lightweight design make them convenient for portable applications and fieldwork.
Ease of Use: The software interface of USB oscilloscopes is user-friendly, with intuitive controls and options for customizing measurements.
Advanced Features: Many USB oscilloscope models offer advanced features like multiple channels, high sampling rates, and extensive measurement capabilities, rivaling traditional oscilloscopes.
Data Storage and Sharing: Captured waveform data can be easily saved, analyzed, and shared digitally, streamlining collaboration and documentation.
Automation and Analysis: USB oscilloscopes often come with software development kits (SDKs) or application programming interfaces (APIs), enabling users to automate measurements and perform in-depth analysis.
Remote Monitoring: Some USB oscilloscopes support remote monitoring and control, allowing users to interact with the instrument from a distance.
While USB oscilloscopes offer many benefits, they may have limitations in terms of bandwidth, sample rate, and channel count compared to high-end benchtop models. Thus, the choice of a USB oscilloscope depends on the specific application and requirements.
In summary, a USB Oscilloscope is a compact and adaptable tool that transforms a computer into a powerful waveform visualization and analysis platform. Its affordability, portability, and integration with modern computing technology make it an attractive choice for a wide range of electronic measurement and analysis tasks.

The Ultrasonic Gas Leakage Detector is applicable to locate the source of the ultrasonic emissions generated by the gas or air leaks. The detector consists of a transmitter unit (transducer) and receiver unit (receiver). The transmitter generates high frequency sound waves which are transmitted through a cable to the receiver. If there is an air leak at any point along the cable, it transmits a signal back to the receiver which indicates this with an audible alarm. The ultrasonic pulse wave and its echo are transmitted by the transmitter. The receiver picks up and processes the signal. The transmitter and receiver are connected by a coaxial cable with a diameter of 5mm. They have an operating range of up to 1m (3ft). The ULD540 is equipped with an electronic circuit that detects, amplifies and processes the received signals from 4 different directions: left, right, forward and behind. The distance from the transmitter to each direction can be adjusted from 30cm to 3m (1ft - 10ft), according to your needs. The digital display shows you the direction where the leak is located. The ULD540 has a built-in battery which allows it to be used anywhere without connecting it to an external power supply. It also has an integrated alarm system that warns you when a leak is detected or when there is no signal being transmitted by the transmitter unit after several seconds of operation.

Mextech CM270 Colour Meter is a professional colorimeter from Mextech with a high-resolution sensor, it can measure the color difference between two samples with high accuracy, which makes it the ideal instrument for color matching and quality control. The meter can be used to measure the color of no lighting and non- fluorescent sample such as textile, paper, leathers, painting materials, etc. The Mextech CM270 Color Meter is extremely compact and light weight portable device, it is specially designed for measuring the color difference between the two colors. This instrument can achieve very fast response time and high stability in the measurement results; thus, it is suitable for use in quality control of industrial products such as textile, paper and so on. Features - Compact design with high accuracy: The color measurement range is from 0 to 100% with a resolution of 0.1% (0-10% can be set as 0.5%). The meter has an accuracy of ±2% within its measured range. The power supply voltage and source current are both less than 5V DC, which makes it very convenient for portable use or in areas where there are no power outlets available. - Multiple measurement modes: This instrument offers three modes of operation - TEMP mode (for measuring temperature), LUX mode (for measuring illuminance), and COLOR mode (for measuring tristimulus values). In addition to these three modes, it also offers a white balance adjustment function that allows users to adjust the output value so that it corresponds to a given value at any point in time.

The Mextech WTM2000 Window Tint Meter is a high quality meter which can measure the transmittance or haze of all kinds of transparent, translucent samples with parallel plane (such as Automobiles, manufacturing, Aerospace, Glass products sheet etc). The instrument can also be used for light transmission measurement of opaque materials. The instrument has a high precision sensor which can be adjusted by user if needed. It also comes with a built-in light source and 4mm aperture for non-contact measurement. The Mextech WTM2000 Window Tint Meter is compact and lightweight with an ergonomic design to make it easy to use and carry around. The window tint meter features a large LCD display that shows the current reading along with maximum/minimum readings in percent transmittance or haze value. It also comes with auto power off function after 30 minutes of non-use if no button is pressed by user during this time period. The WTM2000 Window Tint Meter consists of a main body, a stand and a probe. The probe is equipped with a built-in optical system that consists of an objective lens and a scale plate; it can be rotated 90 degrees for easy measurement on curved surfaces. The meter has two scales: one for transmittance measurement from 0-100%, another for haze measurement from 0-100%. A built-in LCD display shows the reading (transmittance/haze) directly when measuring the sample; the result can be saved in memory or print out by connecting to PC through USB port.

The Mextech BI900 0-100Hba Barcol Impressor is a printer that prints color and monochromatic bar codes using a variety of font sizes, styles, and options. It can print in both high density and low density formats with a range of 1-5/6 inch to 4 inch wide labels. The printer is designed to withstand frequent use, as well as being easy to maintain and repair. The device has an intuitive display screen that enables printing in various languages and a counter for indicating the number of printed labels. It can print at a rate of up to 10 inches per second in full color, while its maximum resolution comes in at 300 dpi (dots per inch). This means that images printed on the BI900 0-100Hba Barcol Impressor will be crisp and clear, making it ideal for applications like printing patient ID tags or product labels that require detailed text and graphics. The printer is powered by a built-in DC power supply and has an internal memory buffer capable of storing up to 100 pages of data at once. The printer also supports printing on various types of media, including thermal transfer ribbons, thermal transfer tapes, and direct thermal paper. The printer is useful for a variety of businesses that require high-speed printing, including shipping companies, warehouses, and many more that process large volumes of shipments on a daily basis.

The Mextech WTM2000 Window Tint Meter is a high quality meter which can measure the transmittance or haze of all kinds of transparent, translucent samples with parallel plane (such as Automobiles, manufacturing, Aerospace, Glass products sheet etc). The instrument can also be used for light transmission measurement of opaque materials. The instrument has a high precision sensor which can be adjusted by user if needed. It also comes with a built-in light source and 4mm aperture for non-contact measurement. The Mextech WTM2000 Window Tint Meter is compact and lightweight with an ergonomic design to make it easy to use and carry around. The window tint meter features a large LCD display that shows the current reading along with maximum/minimum readings in percent transmittance or haze value. It also comes with auto power off function after 30 minutes of non-use if no button is pressed by user during this time period. The WTM2000 Window Tint Meter consists of a main body, a stand and a probe. The probe is equipped with a built-in optical system that consists of an objective lens and a scale plate; it can be rotated 90 degrees for easy measurement on curved surfaces. The meter has two scales: one for transmittance measurement from 0-100%, another for haze measurement from 0-100%. A built-in LCD display shows the reading (transmittance/haze) directly when measuring the sample; the result can be saved in memory or print out by connecting to PC through USB port.

The WA 90A portable meter can be used to measure the water activity of foods. No matter when and where you need to measure water activity, the WA 90A will be at your service. It is more than just a food tester. The WA 90A can also be used to test moisture in building materials, soil, paper and much more. This instrument measures water activity over a 0 - 99% range of relative humidity (RH) from -50°C to 80°C (-58°F to 176°F). This makes it ideal for measuring moisture in many types of building materials as well as agricultural products such as grains, beans and potatoes. The instrument has a built-in temperature probe and two independent measurement channels that allow simultaneous measurements of both temperature and RH. With this combination you can easily monitor the relative humidity inside your refrigerator or freezer without having to open the door! The WA 90A comes complete with an instruction manual (written in English), protective case with belt clip, rechargeable lithium-ion battery pack, USB cable and AC adapter/charger which plugs into any 110V outlet. The WA 90A is designed to fit in your pocket or purse so that you can take it anywhere. It's also perfect for restaurants, hotels, bars, supermarkets and other food service businesses that need to monitor quality control issues related to food safety.