
GW Instek PSW 800-2.88 Laboratory power supply unit, adjustable 0 - 800 V/DC 0 - 2.88 A 720
On this page you'll find a ranking of the best GW Instek products in this category. To give you a quick overview, we've already ranked the most important information about the products for you.
The PSW series devices are multi-range laboratory power supplies with a single output. The multi-range function allows for quick and flexible adjustment of output voltage and current within the device's output power. Up to three power supplies can be connected in parallel and up to two units in series. Additionally, devices from the PSW series with different output values can be combined. This creates a variety of combination options, providing the right solution for many applications. By default, the PSW series devices are equipped with a USB and LAN interface.
GW Instek PSW 800-2.88 Laboratory power supply unit, adjustable 0 - 800 V/DC 0 - 2.88 A 720
The PSM series devices are programmable, linear DC power supplies with one output and two output ranges. This series is characterized by precise regulation, a high resolution of 1 mV/1 mA, and low residual ripple. Operation and configuration are simplified through a digital interface and a clear LC display. Standard features include memory/retrieval output storage, automatic stepping with timers for continuous testing, self-tests, and software calibration functions to reduce maintenance efforts. SCPI programming, LabVIEW drivers, RS-232C, and GPIB interfaces enable easy integration into automated test systems and remote control. The PSM series is the ideal choice for high-precision applications such as quality control and product development.
This series not only offers a high program resolution (1 mV/0.1 mA) and readback resolution (0.1 mV/0.1 mA), but also features optimal noise performance at low wavelengths of 350 µVrms/2 mArms and transient output power. Each channel is equipped with an independent output on/off switch.
GW Instek Laboratory power supply, adjustable GPP series laboratory power supplies
The GSP-730 is an ideal entry-level device for training, study, or workshop use. Its extensive features and remote control capability make this device an excellent tool for many RF measurement tasks.
With a maximum output power of 217 W, the GPP series includes four models: GPP-1326 (0~32V/0~6A) for single-channel output, GPP-2323 for dual-channel output (CH1: 0~32V/0~3A, CH2: 0~32V/0~3A), GPP-3323 for triple-channel output (CH1: 0~32V/0~3A, CH2: 0~32V/0~3A, CH3: 1.8V, 2.5V, 3.3V, 5.0V/5A), and GPP-4323 for quad-channel output (CH1: 0~32V/0~3A, CH2: 0~32V/0~3A, CH3: 0~5V/0~1A, CH4: 0~15V/0~1A). This series not only offers high programming resolution (1mV/0.1mA) and readback resolution (0.1mV/0.1mA), but also features optimal noise performance at low wavelengths of 350 µVrms/2 mArms and transient output power. Each channel is equipped with an independent output on/off switch.
GW Instek GPP-3323 Alimentatore da laboratorio regolabile 0 - 32 V 0 - 3 A RS-232, USB Pro
The GW Instek GPS-3030D is a high-performance laboratory power supply designed for precise voltage and current supply in laboratory applications. With an adjustable output voltage of 0 to 30 volts and a maximum output current of 3 amperes, this device delivers up to 90 watts of power. It is ideal for various applications, from research to development, providing reliable and stable power supply. The device features a user-friendly LED display that clearly shows the current settings and values. The programmable functionality of the GPS-3030D allows users to create specific voltage and current profiles, enhancing flexibility and efficiency in use. Weighing 5 kilograms, it is robust yet portable, making it a practical choice for use in various environments.
- Adjustable output voltage from 0 to 30 V and output current from 0 to 3 A
- Programmable functionality for individual voltage and current profiles
- LED display for clear indication of settings
- Ripple voltage of only 0.01 W for stable performance.
GW Instek Laboratory power supply, adjustable GPS 3030D 0 30 V 3 A 90 W Number of outputs 1 x
The linear laboratory power supply for those who need more than one output. The outputs of the device are independently adjustable and isolated from each other. With the option for tracking, series, and parallel connections, you can concentrate the values of multiple outputs into one. Of course, the output can be switched off.
The GPD-4303S laboratory power supply features 4 outputs with a total output power of 195 W, a high display resolution of 1 mV/1 mA, a digital control panel, 4 programmable presets, and a USB interface, all in compact dimensions despite its robust housing. The automatic series and parallel tracking mode allows for effective expansion of the outputs. Additionally, the GPD-4303S includes a USB port that enables on-demand remote control of the power supply.
The extremely compact laboratory power supply with a single output from the SPS series impresses with its high power density and efficiency. Combined with a high regulation accuracy of 0.01% and extensive features, the device offers an excellent price-performance ratio.
The GW Instek GPS-3303 laboratory power supply is a powerful and versatile device designed for various laboratory applications. With a maximum output voltage of 30 V and a maximum output current of 3 A, it provides an output power of up to 195 W. The device is equipped with three outputs that allow for precise voltage and current supply. The LED display ensures clear and easy readability of the current settings. The GPS-3303 is ideal for use in research, development, and educational institutions where a reliable and stable power supply is required. Its robust construction and compliance with CE standards guarantee high quality and safety in operation. This laboratory power supply is an excellent choice for anyone needing a precise and customizable power source.
- Three independent outputs for flexible applications
- Maximum output power of 195 W
- Fast response time of 100 µs
- LED display for easy readability of values.