Used PHILIPS Power supplies for CM 20 and CM 30 TEM #9299440 for sale

The Phillips PHILIPS Power supplies for CM 20 and CM 30 TEM are designed as an efficient and reliable source of power for a variety of electron microscopy applications. With a maximum current rating of up to 30 A, they are suitable for everyday use in STEM (scanning and transmission electron microscopy) or Cryo-TEM (cryogenic transmission electron microscopy) laboratories. These put out a stabilized DC voltage of +3.3 to +19.2 V at a current rating of up to 20 and 30A, respectively. The Phillips power supplies offer both convenience and reliability when it comes to powering electron microscopes during experiments. The power supplies feature digital controls which allow you to precisely adjust and stabilize the output voltage as needed. For users familiar with TEM instruments, the power supplies are easy to set up and use with intuitive menus and programming options. Additionally, the units include a preset library of commonly used parameters which can be immediately recalled and programmed into the unit. The inbuilt safety features of the Phillips power supplies make sure that the unit runs as safely as possible at all times. With adjustable overvoltage, overcurrent and short-circuit protection the power supplies provide the required level of protection to make sure that the experiments with them are safe. The inclusion of a timer function and programmable memory also enable easy set-up and saving of previously used settings. The overall design and robust construction of the Phillips power supplies make sure that they remain reliable in the long run. With an MTBF rated higher than 1 million hours, these units are designed to run for an extended period of time. The digital control and display also have a higher level of protection against ESD, over temperature, and through-hole shock. Overall, the Phillips Power supplies for CM 20 and CM 30 TEM are specifically designed to provide a reliable power source for electron microscopy experiments. Features such as digital controls, adjustable overvoltage, overcurrent and short-circuit protection, and a timer function ensure that the user has complete control over the power supply during experimental sessions. The robust construction and impressive MTBF rating also make sure that the power supplies remain reliable in the field of use.