Abstract: The invention provides an optoelectronic device having a holder and a coxial module which is secured in the holder and which includes an optoelectronic component, preferably a semi-conductor diode laser. The module is capable of receiving or emitting radiation at an end face of the module, preferably via a coupled glass fiber. Connection pins for the optoelectronic component are situated at the other end face of the module and the holder is provided with connection means which extended right angles to the longitudinal direction of the module and that are electrically connected to the connection pins. The connection pins are bent from the longitudinal direction of the module towards the connection means. The free ends of the connection pins are inserted in the connection means. The holder is provided with a clamping member by means of which the module is secured in the holder.

Abstract: A method of manufacturing a device, preferably a semiconductor device, whereby a mask (3) with an opening (4) extending down to a bare body (1) is provided on a surface (2) of this body (1), after which a substance (5) is implanted into the body (1) through the opening (4), upon which the mask (3) is removed. The mask (3) is provided by depositing a first and a second layer (6, 7, respectively) on the surface (2), and these layers are provided with the opening (4), while the first layer (6) can be selectively removed relative to the material of the body (1), and the second layer (7) is of the same material as the body (1). Since the same material is used for the second layer (7) as for the body (1), the body (1) is not polluted with material from the mask (3) in the opening (4) during implantation.