Composite sensor for detecting angular velocity and acceleration

A complex sensor for detecting angular velocity and acceleration, comprising:

• an angular velocity detection device for detecting angular velocity, said angular velocity detection device including a power supply terminal, a GND terminal and angular velocity output terminal;
• an acceleration detection device for detecting acceleration, said acceleration detection device including a power supply terminal, a GND terminal and an acceleration output terminal;
• a circuit board having a processing circuit for processing an angular velocity signal delivered from said angular velocity output terminal, and an acceleration signal delivered from said acceleration output terminal, wherein said angular velocity detection device and said acceleration detection device are disposed on said circuit board;
• a protective case having through holes in a surface thereof and provided with a connector portion extending from a side of said protective case in a direction parallel to a side of said circuit board, and a power connector terminal, a GND connector terminal, an angular velocity connector terminal, and an acceleration connector terminal positioned within said connector portion;
• a metal shield case housed within said protective case, said metal shield case completely surrounding said circuit board, said angular velocity detection device and said acceleration detection device;
• a power conjunction terminal extending through said metal shield case into a first of said through holes and having one end thereof electrically connected to both said power supply terminal of said angular velocity detection device and said power supply terminal of said acceleration detection device and another end thereof electrically connected to said power connector terminal, a GND conjunction terminal extending through said metal shield case into a second of said through holes and having one end thereof electrically connected to both said acceleration detection device and another end thereof electrically connected to said GND connector terminal, an angular velocity conjunction terminal extending through said metal shield case into a third of said through holes and having one end thereof electrically connected to said angular velocity connector terminal, and an acceleration conjunction terminal extending through said metal shield case into a fourth of said through holes and having one end thereof electrically connected to said acceleration output terminal and another end thereof electrically connected to said acceleration connector terminal,
• wherein said power connector terminal, said GND connector terminal, said angular velocity connector terminal and said acceleration connector terminal, positioned within said connector portion of said protective case, extend therefrom into orthogonally adjacent alignment with said power conjunction terminal, said GND conjunction terminal, said angular velocity conjunction terminal and said acceleration conjunction terminal, respectively, and
• wherein each connector terminal is electrically connected to each respective conjunction terminal at the location of each respective through hole.