초록 ▼

The invention relates to a method for producing a pulse trail for at least one target whose actual position is represented in a continuous manner in a radar image of a radar device. In order to improve said method, wherein the pulse trails are represented on the radar screen in a highly visible mann

The invention relates to a method for producing a pulse trail for at least one target whose actual position is represented in a continuous manner in a radar image of a radar device. In order to improve said method, wherein the pulse trails are represented on the radar screen in a highly visible manner for a viewer without any overcrowding of the radar screen when a plurality of targets that should be displayed simultaneously are present, the actual target position can be seen by means of a plurality of pixels that cover a continuous surface of the radar image and prior target positions are represented by a thinning out of said pixels that increases according to the chronological status of the respective target positions in the area.

대표청구항 ▼

The invention relates to a method for producing a pulse trail for at least one target whose actual position is represented in a continuous manner in a radar image of a radar device. In order to improve said method, wherein the pulse trails are represented on the radar screen in a highly visible mann

The invention relates to a method for producing a pulse trail for at least one target whose actual position is represented in a continuous manner in a radar image of a radar device. In order to improve said method, wherein the pulse trails are represented on the radar screen in a highly visible manner for a viewer without any overcrowding of the radar screen when a plurality of targets that should be displayed simultaneously are present, the actual target position can be seen by means of a plurality of pixels that cover a continuous surface of the radar image and prior target positions are represented by a thinning out of said pixels that increases according to the chronological status of the respective target positions in the area. o the capacitor for measuring a voltage output form the capacitor, said voltage being proportional to the gate dielectric capacitor thickness. 9. A circuit according to claim 8, wherein the first circuit portion includes means for applying the known current to the capacitor for a known amount of time. 10. A circuit according to claim 9, wherein the second circuit portion includes: a hold capacitor; and means for applying the voltage of the measurement capacitor to the hold capacitor after the known amount of time. 11. A circuit according to claim 10, wherein the means for applying the voltage of the measurement capacitor to the hold capacitor includes a pass gate and a unity gain amplifier electrically located in series between the capacitor gate and the hold capacitor. 12. A circuit according to claim 9, wherein the means for applying the known current to the capacitor includes: a reference current source; and a pre-charge device having a first state for connecting the capacitor node to ground, and a second state for applying the reference current to the capacitor. 13. A method for maximizing supply voltage without compromising gate dielectric reliability, comprising: providing a circuit including a gate dielectric capacitor; charging said circuit with a known current; and measuring a voltage from said circuit, said voltage being proportional to said capacitor gate dielectric thickness. 14. A method according to claim 13, wherein the measuring step includes the step of, after knew amount of time, applying the voltage of the circuit through a unity-gain amplifier to a hold capacitor, thus maintaining the analog nature of the signal.