Abstract This invention relates to a method for constructing a thermoelectric module, as well as to the module so obtained. The method according to the invention comprises the steps of construction a reference shoulder on the semiconductor bar, assembling the semiconductor bars in series by using an insulating cement, cleaning the surfaces, gold plating, nickel plating, brasing copper electrodes, machining the regions between the elements which have to remain insulated, protecting the copper electrodes by nickel or chromium plating. The thermoelectric module so obtained consists of a matrix of semiconductor elements with all the mechanical and electrical connections incorporated, including the input and output terminals.
A method for constructing a thermoelectric module, comprising the following operations: (a) constructing a reference shoulder on the semiconductor bar by an ultrasonic perforator; (b) assembling the semiconductor bars in series, using a cement of insulating properties; (c) cleaning the surfaces by sandblasting; (d) gold plating to a thickness of 1 μ by metalisation; (e) nickel plating to a thickness of 0.01 - 0.03 mm using a Watts bath; (f) brasing copper electrodes under vacuum using a welding alloy consisting of Au, Ag, Ga; (g) machining the regions between elements which have to remain isolated using an ultrasonic perforator; (h) protecting the copper electrodes by nickel or chromium plating.
Claim 2
Independent Claim
109 words
A method for constructing a thermoelectric module, comprising the following operations: (a) constructing a reference shoulder on the semiconductor bar by an ultrasonic perforator; (b) assembling the semiconductor bars in series, using a cement of insulating properties; (c) cleaning the surfaces by sandblasting; (d) gold plating to a thickness of 1 μ by metalisation; (e) nickel plating to a thickness of 0.01 - 0.03 mm using a Watts bath; (f) brasing copper electrodes under vacuum using a welding alloy consisting of Au, Ag, Ga; (g) machining the regions between elements which have to remain isolated using an ultrasonic perforator; (h) protecting the copper electrodes by nickel or chromium plating.
Claim 3
Dependent Claim
14 words
A module constructed in accordance with the method as claimed in the preceding claim.