Optical Components and Optical Modules

Abstract

In the present invention, in an optical module having a plurality of channels, among the leads used for connecting each of the plurality of channels, the lead length of the channel whose lead length can be the longest is made shorter. The optical module includes: a photoelectric conversion device having a plurality of element terminal groups, an IC chip and a plurality of element terminal groups, and one of the plurality of element terminal groups and the plurality of IC terminal groups is provided with a first connection terminal and a second connection terminal respectively. In the two-terminal structure of the connection terminal, the other of the plurality of element terminal groups and the plurality of IC terminal groups is a three-terminal structure, and both ends of the plurality of element terminal groups and both ends of the plurality of IC terminal groups are When the two ends located on the inner side have a two-terminal structure, respectively, in the two-terminal structure at both ends, the first connection terminal is arranged on the outside of the second connection terminal, and both ends on the outside are respectively two-terminal structures In the case of , in the two-terminal structure at both ends, the first connection terminal is arranged on the inner side of the second connection terminal.

Description

technical field [0001] The present invention relates to an optical component and an optical module equipped with the optical component. Background technique [0002] The optical module used for optical communication is an optical module that has one or more optical components inside, and the one or more optical components have a transmission function and / or a reception function. In recent years, an array-type light-receiving device including a plurality of light-receiving elements has been used as a light-receiving module housed in an optical module. A light-receiving module including an array-type light-receiving device including, for example, four light-receiving elements will be described below. Figure 13 It is a partial exploded perspective view of the light receiving module 200 accommodated in the optical module related to the prior art. Figure 13 The array-type light-receiving device 201 of the shown light-receiving module 200 is a 4-channel array-type light-receivin...

AI Technical Summary

Problems solved by technology

like Figure 17 As shown, the peak value of the 4th channel is large, and the 3dB cut-off frequency is low, so the receiving sensitivity characteristic is saturated (floor)

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