US Patent Application 18336700. LASER TRANSMIT MODULE, LASER RADAR, AND MOBILE PLATFORM simplified abstract
Contents
LASER TRANSMIT MODULE, LASER RADAR, AND MOBILE PLATFORM
Organization Name
Inventor(s)
LASER TRANSMIT MODULE, LASER RADAR, AND MOBILE PLATFORM - A simplified explanation of the abstract
- This abstract for appeared for US patent application number 18336700 Titled 'LASER TRANSMIT MODULE, LASER RADAR, AND MOBILE PLATFORM'
Simplified Explanation
The abstract describes a laser transmit module that consists of a capacitor, a laser transmitter, and a field effect transistor. The capacitor supplies power to the laser transmitter, while the field effect transistor controls the laser transmitter to turn on. These components are connected through conductive pins to form a laser transmission loop. The loop inductance generated by this loop affects the peak value of the laser pulse transmitted by the laser transmitter, which in turn affects the detection distance of the laser pulse. To increase the detection distance, the laser transmission loop is formed by directly connecting the conductive pins of the capacitor, laser transmitter, and field effect transistor, reducing the distances between the components and minimizing the area of the loop.
Original Abstract Submitted
A laser transmit module includes a capacitor, a laser transmitter, and a field effect transistor. The capacitor is configured to supply power to the laser transmitter. The field effect transistor is configured to control the laser transmitter to be turned on. The capacitor, the laser transmitter, and the field effect transistor are interconnected through conductive pins to form a laser transmission loop. Loop inductance generated by the laser transmission loop affects a pulse peak value of a laser pulse transmitted by the laser transmitter, thereby affecting a detection distance of the laser pulse. Therefore, the laser transmission loop is formed through a direct connection between the conductive pins of the capacitor, the laser transmitter, and the field effect transistor, to reduce distances between the components and reduce an area of the formed laser transmission loop, so as to increase the detection distance of the laser transmit module.
