Model: PXIe‑4113
Category: 2-channel, 10 V, 6 A PXI programmable power supply
Warranty: 365 days
Brand: NI
System environment: normal temperature
Operating system: PLC operating system

2-channel, 10 V, 6 A PXI programmable power supply

The PXIe‑4113 is a programmable DC power supply with isolated output. With this module, there is no need to integrate multiple instruments in a specific test rack, simplifying the design of automated systems for various applications such as defense and aerospace, automotive, component testing, and more. It also has a standard output disconnect function, which can be directly disconnected from the device under test when it is not needed, and also has a remote sensing function to correct path losses caused by system wiring.

The PXIe-4113 Programmable power supply is a power supply capable of adjusting its output voltage, current, and power through programming or software configuration. Programmable power supplies offer greater flexibility and control than traditional power supplies, making them ideal for many applications.

Here are some of the key features of programmable power supplies:

Programmable control: The PXIe-4113 programmable power supply can be programmed or software-configured via a microprocessor or microcontroller for precise voltage, current, and power control. This allows the power supply to be precisely adjusted to the needs of the application, increasing efficiency and reliability.

Automated testing: The PXIe-4113 programmable power supply is widely used in automated test equipment (ATE) and test systems in manufacturing processes. They can be programmed to simulate different power conditions and precisely control test parameters, thus improving test consistency and reliability.

Research and development: Programmable power supplies are also very useful in the field of research and development. They can be used to simulate different power conditions to test and validate new power management techniques and circuit designs.

High Performance: PXIe-4113 programmable power supplies are generally more efficient because they are able to precisely adjust the output voltage and current according to the actual demand. This helps reduce energy waste and heat dissipation problems.

Easy integration: Programmable power supplies usually have a digital communication interface, such as SPI, I2C or USB, which makes them easy to integrate and control with a microprocessor or microcontroller.

In summary, the PXIe-4113 programmable power supply has many advantages, including greater flexibility, control, efficiency, easy integration, and more. Therefore, they have been widely used in many application fields.