This adaptor will capture plots or prints of your GPIB instrument to your PC through the USB port. It fills the need of anybody who has a test instrument with the GPIB port and likes to get the screen dump on his PC without any GPIB card or complex software. USB Self-powered from host PC. More: For those who have a laptop PC, the new Pic-plot2 comes handy: it emulates the HP7470A operation on the GPIB side, and outputs the HP-GL data at the USB port to be read and stored by any suitable software. It is self-powered from the host PC, so no DC adapter is required.
The described adapter serves as a bridge between test instruments equipped with a General Purpose Interface Bus (GPIB) port and personal computers via a USB connection. This device is particularly beneficial for users who require a straightforward method to capture graphical data or printouts from their GPIB-compatible instruments without the need for additional hardware, such as a dedicated GPIB card, or complex software installations.
The operation of the adapter is based on the emulation of the HP7470A plotter, which is a widely recognized standard in the field. On the GPIB side, the adapter interprets commands and data sent from the connected instrument, converting them into HP Graphics Language (HP-GL) format. This format is then transmitted through the USB port to the host PC, where it can be processed by compatible software applications.
This device is designed to be self-powered, drawing its necessary power directly from the USB port of the host PC. This eliminates the need for an external power supply, such as a DC adapter, making it a portable and convenient solution for users, particularly those utilizing laptops. The simplicity of the design ensures that users can easily capture and store data without extensive setup or configuration.
Overall, the adapter provides a practical solution for engineers and technicians who need to efficiently transfer graphical data from GPIB instruments to PCs, enhancing productivity and facilitating data analysis.This adaptor will capture plots or prints of your GPIB instrument to your PC through the USB port. It fills the need of anybody who has a test instrument with the GPIB port and likes to get the screen dump on his PC without any GPIB card or complex software. USB Self-powered from host PC. For those who have a laptop PC, the new Pic-plot2 comes handy: it emulates the HP7470A operation on the GPIB side, and outputs the HP-GL data at the USB port to be read and stored by any suitable software. It is self-powered from the host PC, so no DC ada 🔗 External reference
This simple adapter circuit is designed specifically for use with the USB Audio DAC featured on this website. With a straightforward modification, it is possible to configure the output of the digital-to-analog converter (DAC) to be pseudo-symmetric, allowing it...
If the robot is positioned on the black line, it will continue moving forward. However, if it veers off the line and enters a white area, it will assess whether to correct its path to the left or right,...
Voltage converter circuit diagram for converting 3 volts to 5 volts using CMOS monolithic ICs MAX660 and MAX667, which functions as a positive voltage regulator.
The voltage converter circuit utilizes the MAX660 and MAX667 integrated circuits to step up a...
The ML7005 is a multi-functional DTMF transceiver LSI that incorporates a DTMF signal generator, a DTMF signal receiver, a call progress tone generator, a call progress tone detector, and a FAX (FX) signal detector. Each functional block can be...
This is a high-quality preamplifier circuit with a built-in USB DAC designed for the Leachamp power amplifier. The schematic is derived from the PCM2902 datasheet. The circuit includes a DAC and ADC, SPDIF output and input, and an HID...
When the power supply is connected to IC1, the output pin 3 operates at a frequency of 1 kHz. The components Q1 and Q2 work in a push-pull configuration. When a positive output signal is generated, Q1 and Q2...
We use cookies to enhance your experience, analyze traffic, and serve personalized ads.
By clicking "Accept", you agree to our use of cookies.
Learn more