

FNIRSI 1014D 2-in-1 oscilloscope signal generator
- Expédié aujourd'hui ! Le produit est en stock dans notre entrepôt situé en Finlande. Les commandes sont expédiées à une vitesse éclair, généralement le jour même ou le jour ouvrable suivant. Le délai de livraison dépend du pays de destination.
- Expédié sous 4 à 7 jours Le produit est expédié depuis l'entrepôt du fournisseur et livré d'abord à notre entrepôt situé en Finlande. Vous recevrez un lien de suivi par e-mail une fois que nous aurons expédié votre commande depuis notre entrepôt, généralement sous 4 à 7 jours ouvrables après votre commande.
- Rupture de stock Le produit est actuellement indisponible. Veuillez envoyer un message à notre service client pour plus d'informations.
Veuillez consulter notre Page des méthodes et coûts de livraison pour plus d'informations.
Avez-vous une question ?
Nous préférons que vous envoyiez votre message via notre chat en direct. Nous contacter par chat nous permet de voir le produit et la page où vous vous trouvez actuellement, ce qui nous permet de vérifier plus rapidement le produit qui vous intéresse.
Nous pouvons vous aider immédiatement si nous sommes disponibles, si nous sommes occupés à préparer des commandes, nous vous répondrons et vous contacterons par e-mail et chat en direct.
Si vous êtes pressé, vous pouvez laisser votre message avec le formulaire de contact.
Souhaitez-vous passer une commande en gros plus importante ? Ou souhaitez-vous demander un devis pour une commande personnalisée ?
Demande de devis :
- Ajoutez tous les articles et quantités dans le panier
- Allez à la "page du panier" en cliquant sur ce lien ou cliquez sur le bouton "Contactez-nous" dans le panier du slider.
- Sur la "page du panier", vous pouvez cliquer sur le bouton "Contactez-nous" et envoyer un message ainsi qu'une demande de devis pour les articles de votre panier.

Description
Informations sur le produit
FNIRSI 1014D 2-in-1 oscilloscope signal generator
The FNIRSI 1014D is a compact digital oscilloscope designed for electronic service, research and development departments, technical education and hobbyists. It allows simultaneous analysis and signal generation, which significantly increases the range of applications when diagnosing circuits, testing prototypes or learning to work with waveforms. The device has two input channels with 1 MΩ impedance and supports a bandwidth of 100 MHz at 1GSa/s sampling. A 7-inch LCD screen with a resolution of 800×480 px facilitates operation. Auto-analysis, FFT, X-Y mode and cursor recording are possible. There is also a 1GB internal memory with the ability to store up to 1,000 waveforms and 1,000 screenshots, and data can be easily exported to a computer via USB.
Fast signal analysis
A high sampling rate of 1GSa/s and a bandwidth of 100 MHz enable detailed analysis of analog and digital signals. This allows the device to catch even short-term anomalies in the waveform. Trigger modes include Auto, Single, and Normal, allowing the device to capture both interference pulses and regular analog signals, such as sinusoids.
Built-in DDS generator
The integrated DDS signal generator supports 14 standard waveforms (including sine, rectangle, sawtooth, triangle), with precise frequency adjustment in 1 Hz increments. The solution used allows generating signals with accurate parameters for testing and simulation. The output frequency range reaches up to 10 MHz (for sine wave), which allows testing a wide range of electronic and signal circuits.
Waveform capture function
The "capture output" function allows you to save part or all of the actual waveform from the oscilloscope as the generator's output signal. The ability to store up to 1,000 custom signals increases flexibility in testing and analysis. This solution distinguishes the FNIRSI 1014D from classic arbitrary generators, which rely solely on manual signal adjustment.
Overvoltage protection
An integrated high-voltage protection module allows the device to safely measure signals up to 400V (with x10 probe), reducing the risk of damage to the device during measurements in mains-powered systems. The protection function works automatically, so accidental use of the probe without switching to x10 does not risk damaging the equipment.
High readability display
The 7" TFT color screen with 800x480 pixel resolution provides a clear representation of waveforms. Auto mode and an intuitive interface allow you to quickly get an image of the signal without manual adjustment. Thanks to an intelligent detection algorithm, the device automatically adjusts the trigger level even for waveforms with multiple slopes or the so-called dead zone. Such a solution saves time and avoids interpretation errors. The oscilloscope can store up to 1,000 screenshots and 1,000 waveforms in its 1GB internal memory. The data can be viewed as thumbnails, which facilitates quick viewing and selection. The interface allows users to zoom in, delete and export records without exiting review mode.
Signal analysis functions
The built-in FFT function and X-Y waveform display mode allow you to analyze harmonics and compare the amplitudes and phase shifts of two signals. These are useful tools in the diagnosis of electronic circuits. In addition, the manual cursor measurement mode makes it possible to read the peak value and frequency without the need to recalculate the scale, which increases the precision of analysis even in distorted waveforms. The device uses a special algorithm for decoding the dial signal, eliminating the problem of erroneous readings caused by oxidation or wear of the mechanism. Even when the encoder is damaged, the oscilloscope works correctly.
Included:
- FNIRSI 1014D 2-in-1 oscilloscope
- 100 MHz probe x2
- USB charger
- User's manual
| Manufacturer | FNIRSI |
|---|---|
| Model | 1014D |
| Channels | 2 |
| LCD screen size | 7 inches |
| LCD screen resolution | 800 × 480 |
| Display technology | LCD |
| Frequency response | 100 MHz |
| Sampling frequency | 1 GSa/s |
| Highest test voltage | 1X: 40V, 10X: 400V |
| Cursor | XY position Y trigger |
| Rolling mode (roll) | Supported |
| Automatic calibration | Supported |
| Waveform recording | 1000 images + 1000 waveforms |
| Waveform management | Supported |
| Voltage accuracy | ±5% |
| Rise time | < 3 ns |
| Memory depth | 240 Kbit |
| Input resistance | 1 MΩ |
| Sensitivity | 50 mV ~ 500 V |
| Time base | 50 s ~ 10 ns |
| Trigger mode | Single / Normal / Auto |
| Trigger edge | Ascending / Descending |
| Coupling | AC / DC |
| Frequency accuracy | ±0,01% |
| Parameters | 12 types |
| Generator | 14 types |
| Capture output | Supported |
| Extension | USB export |
| Power supply | 5V 2A / 3A / 4A |
| Dimensions | 310 × 145 × 70 mm |
Warranty: 24 months
FNIRSI 1014D 2-in-1 oscilloscope signal generator
The FNIRSI 1014D is a compact digital oscilloscope designed for electronic service, research and development departments, technical education and hobbyists. It allows simultaneous analysis and signal generation, which significantly increases the range of applications when diagnosing circuits, testing prototypes or learning to work with waveforms. The device has two input channels with 1 MΩ impedance and supports a bandwidth of 100 MHz at 1GSa/s sampling. A 7-inch LCD screen with a resolution of 800×480 px facilitates operation. Auto-analysis, FFT, X-Y mode and cursor recording are possible. There is also a 1GB internal memory with the ability to store up to 1,000 waveforms and 1,000 screenshots, and data can be easily exported to a computer via USB.
Fast signal analysis
A high sampling rate of 1GSa/s and a bandwidth of 100 MHz enable detailed analysis of analog and digital signals. This allows the device to catch even short-term anomalies in the waveform. Trigger modes include Auto, Single, and Normal, allowing the device to capture both interference pulses and regular analog signals, such as sinusoids.
Built-in DDS generator
The integrated DDS signal generator supports 14 standard waveforms (including sine, rectangle, sawtooth, triangle), with precise frequency adjustment in 1 Hz increments. The solution used allows generating signals with accurate parameters for testing and simulation. The output frequency range reaches up to 10 MHz (for sine wave), which allows testing a wide range of electronic and signal circuits.
Waveform capture function
The "capture output" function allows you to save part or all of the actual waveform from the oscilloscope as the generator's output signal. The ability to store up to 1,000 custom signals increases flexibility in testing and analysis. This solution distinguishes the FNIRSI 1014D from classic arbitrary generators, which rely solely on manual signal adjustment.
Overvoltage protection
An integrated high-voltage protection module allows the device to safely measure signals up to 400V (with x10 probe), reducing the risk of damage to the device during measurements in mains-powered systems. The protection function works automatically, so accidental use of the probe without switching to x10 does not risk damaging the equipment.
High readability display
The 7" TFT color screen with 800x480 pixel resolution provides a clear representation of waveforms. Auto mode and an intuitive interface allow you to quickly get an image of the signal without manual adjustment. Thanks to an intelligent detection algorithm, the device automatically adjusts the trigger level even for waveforms with multiple slopes or the so-called dead zone. Such a solution saves time and avoids interpretation errors. The oscilloscope can store up to 1,000 screenshots and 1,000 waveforms in its 1GB internal memory. The data can be viewed as thumbnails, which facilitates quick viewing and selection. The interface allows users to zoom in, delete and export records without exiting review mode.
Signal analysis functions
The built-in FFT function and X-Y waveform display mode allow you to analyze harmonics and compare the amplitudes and phase shifts of two signals. These are useful tools in the diagnosis of electronic circuits. In addition, the manual cursor measurement mode makes it possible to read the peak value and frequency without the need to recalculate the scale, which increases the precision of analysis even in distorted waveforms. The device uses a special algorithm for decoding the dial signal, eliminating the problem of erroneous readings caused by oxidation or wear of the mechanism. Even when the encoder is damaged, the oscilloscope works correctly.
Included:
- FNIRSI 1014D 2-in-1 oscilloscope
- 100 MHz probe x2
- USB charger
- User's manual
| Manufacturer | FNIRSI |
|---|---|
| Model | 1014D |
| Channels | 2 |
| LCD screen size | 7 inches |
| LCD screen resolution | 800 × 480 |
| Display technology | LCD |
| Frequency response | 100 MHz |
| Sampling frequency | 1 GSa/s |
| Highest test voltage | 1X: 40V, 10X: 400V |
| Cursor | XY position Y trigger |
| Rolling mode (roll) | Supported |
| Automatic calibration | Supported |
| Waveform recording | 1000 images + 1000 waveforms |
| Waveform management | Supported |
| Voltage accuracy | ±5% |
| Rise time | < 3 ns |
| Memory depth | 240 Kbit |
| Input resistance | 1 MΩ |
| Sensitivity | 50 mV ~ 500 V |
| Time base | 50 s ~ 10 ns |
| Trigger mode | Single / Normal / Auto |
| Trigger edge | Ascending / Descending |
| Coupling | AC / DC |
| Frequency accuracy | ±0,01% |
| Parameters | 12 types |
| Generator | 14 types |
| Capture output | Supported |
| Extension | USB export |
| Power supply | 5V 2A / 3A / 4A |
| Dimensions | 310 × 145 × 70 mm |
Warranty: 24 months

































































































































































































