The 41-743 is a fully isolated programmable power supply capable of delivering output voltages to 48V with a voltage setting resolution of less than 1mV. The output is capable of delivering up to 40W to the user load and requires no external power supply – power is drawn from two PXI backplane slots.
A single slot power supply module providing two programmable positive output voltages. The module provides high quality regulated voltages from a linear regulator to ensure low levels of output noise.
A single slot power supply module providing two programmable negative output voltages. It provides high quality regulated voltages from a linear regulator to ensure low levels of output noise.
This PXI dual programmable power supply module is designed specifically for test applications that demand precision output voltage/current and tightly coupled measurement capabilities. Its versatile design makes it ideal for a broad range of testing applications in markets as diverse as communications, aerospace, and automotive manufacturing.
Chroma 52912 programmable DC power supplies are designed specifically for test applications that demand precision output voltage/current and tightly coupled measurement capabilities.
High channel density with 8 channels per card 6V-12V independently programable voltage level Max. current gang feature providing max. 4A output per card
The PS48401 is a Programmable DC Power supply in a 2-slot PXI / cPCI form factor. Featuring a fully isolated output capable of providing 0-48 VDC / 2 A / 40 W. It offers a programmable current limit and the ability to measure the output voltage and current under software or trigger control.
The PS48402 is a dual-channel Programmable DC Power supply in a single-slot 3u PXI / cPCI form factor. Each output is fully isolated and capable of providing 0 - 48V DC / 2 A / 80 W per channel. Both current and voltage are programmable and readable with 16-bit resolution. This makes the PS48402 a very cost- and rackspace-effective solution to power your dual-rail unit under test.
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