At Newark element14, we offer a range of Tenma test equipment including oscilloscopes, bench power supplies, digital multimeters (DMMs), and signal generators. You can find the best Tenma soldering stations and rework stations as well.
Dual Output DC Bench Power Supply - 30V, 3A. TENMA. Linear regulated DC power supply for use in educational institutions, laboratories, design, testing and manufacturing industries. • Output terminals designed for banana plugs • Digital control panel with 4 digit display • Constant voltage/constant current
DC Power Supply Variable, 30V 10A Bench Power Supply with Encoder Knob, 4-Digits Display, Adjustable Regulated lab Power Supply with 5V 3.6A USB & Type-C Quick-Charge, Output Switch
This Tenma benchtop power supply has a variable voltage output up to 30 V DC and can supply up to 3 amps, which is a capable range in terms of average electronics circuit work, only excluding those working with high-current consuming devices, such as larger DC motors.
Buy TENMA Bench Top Power Supplies. Newark offers fast quotes, same day shipping, fast delivery, wide inventory, datasheets & technical support.
The Tenma 72-10480 is an affordable single output DC power supply unit offering an adjustable 0-30V voltage output, alongside a 0-3A current output. Easily connect to the unit through the adaptors on the openly spaced user-friendly front panel.
The Tenma 72-10480 is an affordable single output DC power supply unit offering an adjustable 0-30V voltage output, alongside a 0-3A current output. Easily connect to the unit through the adaptors on the openly spaced user-friendly front panel.
Programmable DC power supply for use in educational institutions, laboratories, design, testing and manufacturing industries. Remote monitoring and control of this power supply is possible through the RS232 or USB interface.
TENMA 72-6628 POWER SUPPLY, BENCH, TRIPLE, 30V/5V/12V. $19999.
The 72-8350A is a laboratory switch mode DC Power Supply ideal for service applications where tight voltage and current regulation are critical. Highly efficient switch mode design delivers outstanding performance from an extremely compact footprint.