This unit is a USB interface DA converter with a resolution of 14 bits and a conversion rate of 1 MHz. The analog output has 2 channels with BNC connectors, allowing for continuous waveform output without limitation in combination with FIFO memory and USB, in addition to high-resolution DC voltage output. It can also be used as a variable reference voltage source, function generator, arbitrary waveform generator, etc. Please note that this product is a cost-effective version of the TUSB-0416DAM.

We are pleased to announce the launch of the successor model, the ultra-high sensitivity current-voltage conversion amplifier 'T-IVA001S2', following the 'T-IVA001S'. In conjunction with this, we are offering the current stock of 'T-IVA001S' (1 unit) at a 30% discount from the regular price. Please note that this discount is limited to stock on hand, and we kindly ask for your understanding in case of a stockout.

Through clever circuit design and the selection of components, we have achieved a balance between high performance, compact size, and low cost. By combining a micro-input current operational amplifier with high-precision ultra-high resistance, we convert picoamperes into voltage. With input protection, the power supply operates at a reasonable DC voltage supply with high signal-to-noise ratio performance, and it is also possible to achieve even lower noise operation when using batteries. Please consult us regarding the production of resistance values other than 1GΩ. When using two or more units connected to a common 0V line from a single power supply, be sure to include decoupling capacitors. Power supply decoupling: T-02ADPVD01 is also available for sale.

This unit is a USB interface DA converter unit with a resolution of 16 bits and a conversion rate of 1 MHz. The analog output has four channels with BNC connectors, and in addition to high-resolution DC voltage output, it can continuously output waveforms without limitation by combining FIFO memory with the USB interface. It can also be used as a variable reference voltage source, function generator, or arbitrary waveform generator.

This unit is a USB interface DA converter unit with a resolution of 16 bits and a conversion rate of 1 MHz. The analog output has four channels with BNC connectors, and in addition to high-resolution DC voltage output, it can continuously output waveforms without limitation by combining FIFO memory and the USB interface. It can also be used as a variable reference voltage source, function generator, or arbitrary waveform generator.

We will continuously provide sample programs (Python) for AD converters, DA converters, digital I/O, etc. with USB interfaces at the bottom of each product page. If you have any questions, please feel free to contact us.

We have prepared a sample program for Python for the easy switch 'TUSB-S01SW□Z' with a USB interface. Please check our company website. In the future, we will expand the Python programs for USB-connected products from our company. Please look forward to it.

This unit is a USB interface DA converter unit with a resolution of 16 bits and a conversion rate of 1 MHz. The analog output has four channels with BNC connectors, and in addition to high-resolution DC voltage output, it can continuously output waveforms without limitation by combining FIFO memory with the USB interface. It can also be used as a variable reference voltage source, function generator, or arbitrary waveform generator.

The T-ADP02C is an adapter designed to ensure easy and reliable connection with external devices by connecting to the input and output of our 16-channel AD unit: TUSB-1612ADSM-S2Z. It features BNC connectors for analog connections and a compact terminal block that can be connected simply by turning screws for digital I/O, making it very user-friendly.

This is a compact, lightweight, and low-cost high-voltage output amplifier (amplifier). It has a fixed gain of 300 times, with an output voltage range of up to -3kV to +3kV. The frequency response ranges from DC to a maximum of 2kHz, and it can drive a maximum output current of ±2mA. Additionally, it features an output signal monitoring terminal for easy verification of the output voltage. It is equipped with mounting holes for installation and comes with bare wire input/output cables, making it ideal for integration.

This unit (TWL-S01LC) and the master unit (TUSB-MNSTBP) connected to a computer can perform wireless measurements. Additionally, by preparing multiple units, a large-scale wireless communication system for load cells can be constructed. The load cells support both 6-wire and 4-wire configurations, and can switch between battery operation (using two AA batteries) and 3.3V external power supply. Once the software is set up on the computer, measurements can be started immediately. As an option, there is a relay powered by USB.

It can be easily connected to the installed LAN, allowing for the input and identification of four sets of voltage-free contact signals to a PC. It supports PoE (Power over Ethernet) and can be operated without connecting to a power source. It can also be mounted on a DIN rail, and no tools such as drivers are required for wiring connections, making installation simple. It is suitable for factory production equipment, power facilities, and large-scale facilities.

This is a measurement and analysis software developed by Matsuyama Advance Co., Ltd. It has various features including configuration settings for recording device composition, execution condition settings for recording, support for two types of scaling, compatibility with various file formats, various digital filters such as low-pass and high-pass, and the generation of various signal waveforms such as sine waves and square waves. It is compatible with Windows 7, 8, and 10.

A convenient board-type amplifier that can be combined with A/D and D/A converters! It is useful for offset cancellation and adjustment of the input signal of our A/D converter: TUSB-K02ADVZ, or for adjusting the DC component of the output signal of the D/A converter: TUSB-K01DAZ. It can be easily fixed with the same mounting holes and pitch as the above two products.

Easily capture small signals and achieve the required voltage output! By combining the embedded A/D converter: TUSB-K02ADVZ, and the D/A converter: TUSB-K01DAZ, you can easily capture small signals and achieve the necessary voltage output. The phase between input and output can be selected for either forward or reverse. The mounting holes are located in the same position as the above A/D and D/A converters, making it easy to secure to the circuit board.

Model number: T-01LNA This is a low-noise, low-distortion amplifier that amplifies important weak signals to the necessary level without degrading them. It serves as a preamplifier for high-resolution AD converters and as an amplifier for weak signals from optical sensors, making it useful in many situations. It features a compact and lightweight design, affordability, and battery operation (no cables required).

Model number: T-01LNA This is a low-noise, low-distortion amplifier that amplifies important weak signals to the necessary level without degradation. It serves as a preamplifier for high-resolution AD converters and as an amplifier for weak signals from optical sensors, making it useful in many situations. It features a compact and lightweight design, affordability, and battery operation (no cables required).

Model number: T-01LNA This is a low-noise, low-distortion amplifier that amplifies important weak signals to the necessary level without degrading them. It serves as a preamplifier for high-resolution AD converters and as an amplifier for weak signals from optical sensors, making it useful in many situations. It features a compact and lightweight design, is reasonably priced, and is battery-operated (no cables required).

Model number: T-01LNA This is a low-noise, low-distortion amplifier that amplifies important weak signals to the necessary level without degrading them. It serves as a preamplifier for high-resolution AD converters and as an amplifier for weak signals from optical sensors, making it useful in many situations. It features a compact and lightweight design, affordability, and battery operation (no cables required).

This is a CPLD board for the INTEL (Altera) EPM240T100C5N, minimized to the necessary minimum size. It can also implement an external oscillator and can be used with a minimal circuit configuration. It can be used as a large-scale PLD board. Additionally, circuit modifications can be easily made, and regarding the power supply, +3.3V is supplied from a 2-pin connector. Development is possible with the free software provided by INTEL (Altera).

This is a CPLD board for the INTEL (Altera) EPM240T100C5N, minimized to the necessary minimum size. It can also implement an external oscillator and can be used with a minimal circuit configuration. It can be used as a large-scale PLD board. Additionally, circuit modifications can be easily made, and regarding the power supply, +3.3V is supplied from a 2-pin connector. Development is possible with the free software provided by INTEL (Altera).

This is a CPLD board for the INTEL (Altera) EPM240T100C5N, minimized to the necessary minimum size. It can also implement an external oscillator and can be used with a minimal circuit configuration. It can be used as a large-scale PLD board. Additionally, circuit modifications can be easily made, and regarding the power supply, +3.3V is supplied from a 2-pin connector. Development is possible using the free software provided by INTEL (Altera).

This is a CPLD board for the INTEL (Altera) EPM240T100C5N, minimized to the necessary minimum size. It can also implement an external oscillator and can be used with a minimal circuit configuration. It can be used as a large-scale PLD board. Additionally, circuit modifications can be easily made, and regarding the power supply, +3.3V is supplied from a 2-pin connector. Development is possible with the free software provided by INTEL (Altera).

USB interface equipped, 24-bit resolution, 256kHz sampling rate, high-performance AD converter unit! With a wide dynamic range, ultra-low noise, and long-duration continuous data acquisition using FIFO method, it offers high functionality and performance. Its applications are broad, including space, civil engineering measurement, and audio measurement. Resolution: 24-bit Sampling Rate: Up to 256kHz Number of Channels: 2 channels Input Connector: BNC Input Range: ±0.1V, ±0.33V, ±1V, ±3.3V, ±10V

USB interface equipped, 24-bit resolution, 256kHz sampling rate, high-performance AD converter unit! With a wide dynamic range, ultra-low noise, and long-duration continuous data acquisition using FIFO method, it offers high functionality and performance. Its applications are broad, including space fields, civil engineering measurements, and audio measurements. Resolution: 24-bit Sampling rate: up to 256kHz Number of channels: 2 channels Input connector: BNC Input range: ±0.1V, ±0.33V, ±1V, ±3.3V, ±10V

USB interface equipped, 24-bit resolution, 256kHz sampling rate, high-performance AD converter unit! It features a wide dynamic range, ultra-low noise, and long-term continuous data acquisition using FIFO method, making it highly functional and high-performance. Its applications are broad, including space, civil engineering measurement, and audio measurement. Resolution: 24-bit Sampling rate: up to 256kHz Number of channels: 2 channels Input connector: BNC Input range: ±0.1V, ±0.33V, ±1V, ±3.3V, ±10V

USB interface equipped, 24-bit resolution, 256kHz sampling rate, high-performance AD converter unit! With a wide dynamic range, ultra-low noise, and long-term continuous data acquisition using FIFO method, it offers high functionality and performance. Its applications are broad, including space fields, civil engineering measurement, and audio measurement. Resolution: 24-bit Sampling rate: up to 256kHz Number of channels: 2 channels Input connector: BNC Input range: ±0.1V, ±0.33V, ±1V, ±3.3V, ±10V

USB interface equipped, 24-bit resolution, 256kHz sampling rate, high-performance AD converter unit! It features a wide dynamic range, ultra-low noise, and long-term continuous data acquisition using FIFO method, making it highly functional and high-performance. Its applications are broad, including space fields, civil engineering measurement, and audio measurement. Resolution: 24-bit Sampling rate: up to 256kHz Number of channels: 2 channels Input connector: BNC Input range: ±0.1V, ±0.33V, ±1V, ±3.3V, ±10V

USB interface equipped, 24-bit resolution, 256kHz sampling rate, high-performance AD converter unit! With a wide dynamic range, ultra-low noise, and long-term continuous data acquisition using FIFO method, it offers high functionality and performance. Its applications are broad, including space fields, civil engineering measurements, and audio measurements. Resolution: 24-bit Sampling rate: up to 256kHz Number of channels: 2 channels Input connector: BNC Input range: ±0.1V, ±0.33V, ±1V, ±3.3V, ±10V

USB interface equipped, 24-bit resolution, 256kHz sampling rate, high-performance AD converter unit! With a wide dynamic range, ultra-low noise, and long-term continuous data acquisition using FIFO method, it offers high functionality and performance. Its applications are broad, including space fields, civil engineering measurements, and audio measurements. Resolution: 24-bit Sampling rate: up to 256kHz Number of channels: 2 channels Input connector: BNC Input range: ±0.1V, ±0.33V, ±1V, ±3.3V, ±10V