FNIRSI-1013D Digital Mini Tablet Oscilloscope Dual Channel
✓ High reliability and long service life
✓ Easy handling and user-friendliness
✓ Fast and competent customer service
✓ 12 months warranty
FNIRSI-1013D Digital Mini Tablet Oscilloscope Dual Channel is backordered and will ship as soon as it is back in stock.
FNIRSI-1013D Digital Mini Tablet Oscilloscope Dual Channel
Description
Description
FNIRSI 1013D Oscilloscope | 100MHz, 1GSa/s, Dual Channel with Touchscreen
The FNIRSI 1013D oscilloscope is a state-of-the-art, portable, dual-channel oscilloscope specifically designed for the maintenance and R&D industries. With an analog bandwidth of 100 MHz and a maximum sampling rate of 1 GSa/s, it offers a powerful solution for precise measurements and analyses. It features a 7-inch capacitive touchscreen display, ensuring intuitive operation and a crisp, clear image.
Key features of the FNIRSI 1013D
- Bandwidth: 100MHz at a 1GSa/s sampling rate
- 7-inch capacitive touchscreen: With 800x480 resolution for high color depth and contrast
- Measurement functions: 12 parameters including voltage, frequency and period
- Intelligent burn protection: Withstands up to 400V
- Integrated 6000mAh battery: For up to 4 hours of operation at full brightness
- Storage: 1GB internal storage for up to 1000 screenshots and waveform data
- USB port: For exporting screenshots and data to the PC
Functions and operation
The FNIRSI 1013D's capacitive touchscreen enables quick and easy navigation, similar to modern tablets. Thanks to its full trigger function (Easy, Normal, Auto) and cursor measurement function, you can effortlessly measure periods, frequencies, and voltages. It is also equipped with FFT analysis for examining the spectral properties of signals.
Why choose the FNIRSI 1013D?
As an official FNIRSI partner, we offer you a 100% original and authentic product. The FNIRSI 1013D oscilloscope is cost-effective and offers a wide range of features that make it ideal for professional applications. Thanks to the Lissajous figure display and powerful memory compression technology, the waveform display remains stable and flicker-free.
Technical specifications
| Characteristic | specification |
|---|---|
| Channels | 2 |
| Maximum sampling rate | 1GSa/s |
| Maximum test voltage | 40V (1X), 400V (10X), 4000V (100X) |
| Storage depth | 240Kbit |
| Input resistance | 1MΩ |
| Trigger mode | Simple, Normal, Car |
| Display | 7-inch TFT-LCD, 800x480 resolution |
| power supply | 6000mAh lithium battery |
| Item size | 184 x 124 x 50 mm |
Scope of delivery
- FNIRSI 1013D Oscilloscope Host
- 100MHz probe (1X and 10X)
- USB cable
- Charging adapter
For further questions or support, our team is always available as an official FNIRSI partner.
Application areas of the FNIRSI 1013D oscilloscope
The FNIRSI 1013D oscilloscope is not only a classic measuring instrument for electronics labs, but is also increasingly used in workshops, development departments, and mobile service. Its compact design and integrated battery make it particularly suitable for technicians who need to analyze signals directly on-site.
Electronics development and prototyping
In product development, the FNIRSI 1013D oscilloscope plays a crucial role in analyzing signal behavior. Developers can use it to visualize clock frequencies, voltage waveforms, and digital signals in detail. Especially during the development of microcontroller circuits or embedded systems, the FNIRSI 1013D oscilloscope helps to identify timing problems or signal interference early on.
Maintenance and repair of electronic systems
Service technicians frequently use the FNIRSI 1013D oscilloscope to diagnose defective assemblies. Its dual-channel measurement allows for simultaneous observation of input and output signals. This enables quick determination of whether a component is functioning correctly or whether, for example, an amplifier, voltage regulator, or control chip is generating faulty signals.
Mobile measurements in the field
The integrated battery makes the FNIRSI 1013D oscilloscope particularly attractive for mobile applications. Technicians can perform measurements on systems, machines, or vehicles without relying on an external power supply. The robust housing and capacitive touchscreen facilitate operation even in workshop environments.
Technical background: How an oscilloscope makes signals visible
Basic principle of signal scanning
A digital oscilloscope like the FNIRSI 1013D operates on the principle of signal sampling. Electrical voltages are measured at very short intervals and stored as digital values. With a maximum sampling rate of 1 GSa/s, the FNIRSI 1013D captures up to one billion data points per second. This allows even very rapid signal changes to be displayed precisely.
Importance of bandwidth
The 100MHz bandwidth determines which types of signals the FNIRSI 1013D oscilloscope can accurately display. Generally speaking, the higher the bandwidth, the faster the measured signals can be. In many practical applications, a 100MHz bandwidth is perfectly adequate, for example, for microcontroller signals, communication lines, or sensor signals.
Trigger functions for stable measurements
A key component of any modern oscilloscope is the trigger system. The FNIRSI 1013D oscilloscope offers multiple trigger modes that enable the generation of stable signal images. This ensures that the signal is always started at the same point, resulting in a clear and reproducible display.
FFT analysis for frequency analysis
The integrated FFT function adds an important analysis feature to the FNIRSI 1013D oscilloscope. Instead of just displaying the voltage waveform over time, the instrument can also show the frequency components of a signal. This function is particularly helpful when analyzing interference, oscillations, or unwanted signal components.
Practical examples from the workshop
Diagnosis of sensor signals
Modern machines and vehicles utilize numerous sensors. The FNIRSI 1013D oscilloscope can analyze, for example, Hall sensors, speed sensors, or temperature sensors. The graphical display allows technicians to immediately see whether a sensor is delivering a clean signal or if interference is present.
Analysis of communication lines
Many electronic control units (ECUs) communicate via serial bus systems such as CAN or LIN. The FNIRSI 1013D oscilloscope allows for the direct measurement of these signals. This enables verification of correct signal levels and the absence of signal distortion.
Testing of power supplies and voltage regulators
Another typical application is the analysis of power supplies. The FNIRSI 1013D oscilloscope can visualize ripple voltages, power-on processes, and voltage fluctuations. This analysis is crucial for the stable operation of sensitive electronic systems.
Software and storage functions
Waveform storage
The integrated memory of the FNIRSI 1013D oscilloscope allows for the saving of measurement data and screenshots. Technicians can document measurement results and analyze them again later. This is particularly helpful for complex fault analyses.
Data export via USB
The USB interface allows the stored data from the FNIRSI 1013D oscilloscope to be transferred to a computer. This enables measurements to be archived or integrated into technical reports.
User-friendly touch operation
The capacitive display of the FNIRSI 1013D oscilloscope enables very intuitive operation. Settings can be adjusted directly via the display without having to navigate through complicated menu structures. This saves time in everyday work.
Efficient signal diagnostics with the FNIRSI 1013D oscilloscope
The FNIRSI 1013D oscilloscope combines a high sampling rate, a solid bandwidth, and user-friendly operation in a compact device. This makes it suitable for electronics developers, service technicians, and workshops alike.
Thanks to dual-channel measurement, FFT analysis, and comprehensive trigger functions, the FNIRSI 1013D oscilloscope offers ample performance reserves for a wide range of measurement tasks. Combined with its integrated battery and portable design, this makes it a versatile diagnostic tool that enables reliable signal analysis both in the lab and directly at the field.
Shipping and payment conditions
Shipping and payment conditions
FREE SHIPPING ON ORDERS OVER €50!!
The goods are regularly delivered by mail to the delivery address provided by the customer. For processing the transaction, the delivery address stored by the customer on eBay is decisive. However, if PayPal is selected as the payment method, the delivery address stored by the customer with PayPal at the time of payment is decisive.
If delivery to the customer was not possible and the shipping company returns the goods to the seller, the customer bears the costs of the unsuccessful delivery. This does not apply if the customer exercises their right of withdrawal by refusing acceptance, if they are not responsible for the circumstances that led to the impossibility of delivery, or if they were temporarily prevented from accepting the delivery, unless the seller had notified them of the delivery a reasonable time in advance.
You can choose to pay by prepayment, PayPal (direct debit and credit card via PayPal), or cash on delivery. A surcharge of €9.99 will be added for cash on delivery payments.
Free shipping within Germany for orders over €50
Shipping costs within the EU are €14.99.
Delivery within Germany takes 2-3 working days.
Further information
The importance of automotive diagnostic devices for vehicle maintenance
The importance of automotive diagnostic devices for vehicle maintenance
Original diagnostic devices for cars and trucks are indispensable tools for modern vehicle maintenance and repair. These devices make it possible to read error codes generated by the various control units of a vehicle. By using professional diagnostic devices, workshops and vehicle owners can quickly and precisely identify and resolve problems. This increases the efficiency of the repair processes and contributes to the longevity of the vehicles. Professional diagnostic devices also offer advanced functions such as in-depth diagnostics and programming of control units, which is particularly useful for complex repairs and maintenance work. With a vehicle diagnostic device, you can ensure that your vehicle is always in perfect condition.
Why professional diagnostic devices are indispensable
Why professional diagnostic devices are indispensable
Professional diagnostic devices are specially designed for use in workshops and by professionals. They offer comprehensive diagnostic capabilities and support a wide range of vehicle makes and models. These devices can not only read and clear error codes , but also display live data and perform special tests such as actuator tests. They also allow the calibration of control units and the performance of service resets. Thanks to these advanced functions , professional diagnostic devices can make the work of mechanics much easier and improve the quality of the repairs carried out. A professional diagnostic device is therefore an indispensable tool for every professional workshop.
How OBD diagnostic devices work
How OBD diagnostic devices work
OBD (On-Board Diagnostic) systems are standardized diagnostic tools used in almost all modern vehicles. These systems monitor the vehicle's performance and emissions and store error codes when a problem occurs. OBD diagnostic devices can read these error codes and provide detailed information about the condition of the vehicle. This includes monitoring engine parameters, exhaust emissions and other critical systems. By using OBD diagnostic devices regularly, potential problems can be identified and resolved early before they lead to larger and more costly damage. An OBD diagnostic device should therefore be in every vehicle to make car diagnostics efficient and comprehensive.
Auto diagnostics: A key to efficient vehicle repair
Auto diagnostics: A key to efficient vehicle repair
Auto diagnostics includes a variety of techniques and tools for monitoring and analyzing the condition of a vehicle. By using modern original diagnostic devices for cars and trucks Mechanics can carry out precise fault analyses and make targeted repairs. This not only saves time, but also costs for the vehicle owner. Modern diagnostic devices also offer the option of carrying out software updates and making adjustments to the vehicle control units. This is particularly important for optimizing vehicle performance and adapting to individual requirements. The continuous development of diagnostic technology helps to ensure that vehicles can be operated more safely and efficiently. With a reliable car diagnostic device, you always have all the important information at hand to optimally maintain and repair your vehicle.