According to a report released by the US market research company iSuppli, some companies have recovered from the impact of the earthquake in Japan, and the entire electronics industry is expected to fully recover by the end of the third quarter of this year.
iSuppli expects that the electronics company in the epicenter will suffer damage to buildings and equipment, but it is still expected to fully recover its shipment capacity in early September this year. At that time, electronics and semiconductor semiconductors are semiconductors, which are conductive materials. A material with a negative temperature coefficient of resistance between the conductor and the insulator. This material increases the concentration of charge carriers over a certain temperature range as the temperature increases, and the resistivity decreases. For silicon, germanium, selenium, etc., semiconductors are widely used because their conductivity is greatly affected by doping, temperature, and light.
Product sales season.
"In the history of the semiconductor supply chain, nothing affected the scope of the earthquake, tsunami, and nuclear leakage in Japan." said Dale Ford, vice president of market intelligence at iSuppli Semiconductors, "This disaster is global The resulting impact suggests that the globalization and interconnected nature of the electronics industry affects the entire supply chain of materials, components, and equipment, etc. However, even semiconductor companies that are most directly destroyed by the earthquake will still be fully integrated by the end of the third quarter. To resume production."
According to the distance from the epicenter, the duration of production interruptions also varies. In the subject
iSuppli expects that the electronics company in the epicenter will suffer damage to buildings and equipment, but it is still expected to fully recover its shipment capacity in early September this year. At that time, electronics and semiconductor semiconductors are semiconductors, which are conductive materials. A material with a negative temperature coefficient of resistance between the conductor and the insulator. This material increases the concentration of charge carriers over a certain temperature range as the temperature increases, and the resistivity decreases. For silicon, germanium, selenium, etc., semiconductors are widely used because their conductivity is greatly affected by doping, temperature, and light.
Product sales season.
"In the history of the semiconductor supply chain, nothing affected the scope of the earthquake, tsunami, and nuclear leakage in Japan." said Dale Ford, vice president of market intelligence at iSuppli Semiconductors, "This disaster is global The resulting impact suggests that the globalization and interconnected nature of the electronics industry affects the entire supply chain of materials, components, and equipment, etc. However, even semiconductor companies that are most directly destroyed by the earthquake will still be fully integrated by the end of the third quarter. To resume production."
According to the distance from the epicenter, the duration of production interruptions also varies. In the subject
- The Description of GPS Antenna
- GPS is a terminal for positioning or navigation by receiving satellite signals. An antenna is needed to receive the signal. GPS satellite signals are divided into L1 and L2 with frequencies of 1575.42MHz and 1228MHz respectively. L1 is an open civil signal and the signal is circularly polarized. The signal strength is about -166dBW, which is a relatively weak signal. These characteristics decide to prepare special antennas for the reception of GPS signals
- The use of GPS in cars will become more and more common. But the automobile shell, especially the automobile explosion-proof film produces the serious obstacle to the GPS signal. An external antenna with a magnet that attaches to the roof of the car is necessary for a GPS in the car.
- The Picture of GPS Antenna
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