Designing and Manufacturing Integrated Circuits
Application:
* automotive chips: providing board power supply and voltage amplification in car boards
* Telecommunication transmitter-receiver chips: sending data in land and sea radar systems
* Low-noise amplifier chips: increasing the sensitivity of the receiver and reducing the noise effect of other receiver blocks of radars, mobile phones, etc.
* Power amplifier chips: amplifying the signal sent in radars, wireless radios, etc.
Product Introduction:
Automotive chips: Automotive chips are used in various parts of the car.
Among automotive products, we can mention the regulator and op-amp, which are necessary in all the electronic circuits of the car. Also, in order to establish communication between different parts of the car and the central controller, a transmitter and receiver are needed so that the information can be transmitted without being corrupted. The company provides several car transceiver chips in this field. In addition to those radars, FMCW is also one of the chips that will be produced in the company soon. All the manufactured car chips comply with the different car standards of the world.
Telecommunication transmitter-receiver chips: Telecommunication chips form the core of long-distance and microwave telecommunication systems and are used to direct the sending or receiving path. These chips are used in frequencies from 2 GHz to 40 GHz (including Ka, Ku, X, C, S frequency bands) and according to the use of the case, they have different parts, the most important of which are low-noise amplifier, phase changer, and attenuator.
Low-noise amplifier chips: These chips are a vital part of wireless telecommunication receivers and telecommunication signals enter them after the antenna. In fact, the sensitivity of the receiver is determined by this chip. These chips are used in frequencies from 2 GHz to 40 GHz (including Ka, Ku, X, C, S frequency bands).
Power amplifier chips: These chips are a vital part of telecommunication transmitters and telecommunication signals are amplified by them before entering the antenna. In fact, the range of the transmitter is determined by this chip. These chips are used in frequencies from 2 GHz to 40 GHz (including Ka, Ku, X, C, S frequency bands.)
Technical Specifications:
automotive chip | ||||
Distance measurement accuracy | Noise | Output power | Output voltage | Input voltage |
20 cm | 15db | 13dbm | 5V | 5-27V |
Telecommunication transmitter-receiver chips | ||||
power efficiency | Noise | Ouput power | Output Voltage | frequency |
12db | 8db | 30m W | 5V | 8-10 GHz |
Low noise amplifier chips | ||||
Power efficiency | Noise | Power limiter | power | frequency |
21db | 2.3db | 2W | 5V | 28-38GHz |
Power amplifier chips | ||||
Current consumption | Output power | power | frequency | |
1.2 A | 10W | 7V | 6-18GHz |
Advantages:
Chips cannot be copied
International Standards or Permission:
Automotive chip:
* ISO 26262
* ISO 7637
* ISO 17987
* ISO 11898
* AEC-Q100
Company | |
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Type | This product is a final B2B equipment. |