Photoelectric Conversion Device and Manufacturing Method Thereof

A photoelectric conversion device configured to be coupled with a data transmission component in a liquid cooling environment so as to transmit data and perform a photoelectric conversion process on the data, wherein the photoelectric conversion device comprises:

• at least one photoelectric conversion module comprising a photoelectric conversion module coupling portion and a photoelectric conversion module data processing portion;
• at least one device base configured to support the photoelectric conversion module;
• at least one device cover comprising a coupling portion cover accommodating space and a data processing portion cover accommodating space, and the device cover being assembled with the device base, such that the photoelectric conversion module coupling portion is accommodated in the coupling portion cover accommodating space, and the photoelectric conversion module data processing portion is accommodated in the data processing portion cover accommodating space;
• at least one partition component located between the device base and the device cover to separate the coupling portion cover accommodating space from the data processing portion cover accommodating space;
• at least one adhesive material configured to adhere the device base to the device cover, adhere the device cover to and the partition component, adhere the device base to the partition component, and adhere the partition component to the photoelectric conversion module, so as to make the data processing portion cover accommodating space become a sealed space and to allow the photoelectric conversion module data processing portion to perform the photoelectric conversion process on the data in the sealed space;
• and
• at least one soldering material configured to solder the device base and the device cover so as to join the device base and the device cover into a single piece, the soldering material further being configured to solder the device cover and the partition component so as to join the device cover and the partition component into a single piece, and the soldering material further being configured to solder the device base and the partition component so as to join the device base and the partition component into a single piece.

A manufacturing method of a photoelectric conversion device, comprising:

• providing an inert gas environment and a sealed state detection environment, with an inert gas being contained in the inert gas environment, wherein the inert gas is not contained in the sealed state detection environment initially;
• providing at least one photoelectric conversion module, at least one device base, at least one device cover, and at least one partition component, wherein the photoelectric conversion module comprises a photoelectric conversion module data processing portion;
• allowing the photoelectric conversion module, the device base, the device cover, and the partition component to be assembled in the inert gas environment to form the photoelectric conversion device, and providing the photoelectric conversion device with a data processing portion device accommodating space for accommodating the photoelectric conversion module data processing portion, wherein the inert gas is present in the data processing portion device accommodating space;
• and
• allowing the photoelectric conversion device to leave the inert gas environment and enter the sealed state detection environment, and detecting whether the inert gas is found in the sealed state detection environment;
• wherein if the inert gas is found, this indicates that the data processing portion device accommodating space is not sealed and the photoelectric conversion device is a defective product;
• if the inert gas is not found, this indicates that the data processing portion device accommodating space is sealed, and the photoelectric conversion device is a qualified product.