Add to ORKGA compact 64APSK X band transmitter for small satellites with maximum 538 Mbps, mass of 1.3 kg, and power consumption of 22 W has been developed. This transmitter was onboard on Hodoyoshi 4 satellite with 66 kg mass and 505 Mbps downlink was demonstrated. The main characteristics of this downlink system are as follows: i) GaN HEMT X band power amplifier with a high power efficiency and a small nonlinear distortion, ii) application of an error correction code (SCCC, CCSDS 131.2-B-1) with high coding gain. We present a plan of 2-3 Gbps downlink system in X band
This paper starts with a remind of the main performances of the transmitter which is able to modulat...
Planet is a vertically integrated aerospace and data analytics company that operates the world\u27s ...
Modulation and coding techniques that are both power and bandwidth-efficient are examined at the sys...
A compact 64APSK X band transmitter for small satellites with maximum 538 Mbps, mass of 1.3 kg, and ...
Recently small satellites start playing important roles in earth observation missions. It, however, ...
Main purpose of this study is to design a transmitter with data rates up to 100 Mbps, having QPSK/OQ...
Abstract:- Low earth orbit (LEO) satellites plays an important role in Earth observation and communi...
The high throughput S-band transmitter (HSTX), designed for establishing a high data rate downlink t...
Six years ago, CNES started R&D studies related to telemetry in X band, with the goal of providing t...
The major contribution of this thesis is the design and development of a high speed QPSK receiver th...
Hodoyoshi III and IV series of small satellites are scheduled to be launched at the end of year 2013...
We are developing 2.8Gbps down link in X band (8025-8350MHz) from small SAR observation satellites. ...
Low earth orbit (LEO) satellites play an important role in earth observation and communication field...
Efficiency linearity trade off is an important criteria in low earth orbit (LEO) satellite transmitt...
This thesis provides a description of the analysis, design, and tests of an X-band RF Transmitter co...
This paper starts with a remind of the main performances of the transmitter which is able to modulat...
Planet is a vertically integrated aerospace and data analytics company that operates the world\u27s ...
Modulation and coding techniques that are both power and bandwidth-efficient are examined at the sys...
A compact 64APSK X band transmitter for small satellites with maximum 538 Mbps, mass of 1.3 kg, and ...
Recently small satellites start playing important roles in earth observation missions. It, however, ...
Main purpose of this study is to design a transmitter with data rates up to 100 Mbps, having QPSK/OQ...
Abstract:- Low earth orbit (LEO) satellites plays an important role in Earth observation and communi...
The high throughput S-band transmitter (HSTX), designed for establishing a high data rate downlink t...
Six years ago, CNES started R&D studies related to telemetry in X band, with the goal of providing t...
The major contribution of this thesis is the design and development of a high speed QPSK receiver th...
Hodoyoshi III and IV series of small satellites are scheduled to be launched at the end of year 2013...
We are developing 2.8Gbps down link in X band (8025-8350MHz) from small SAR observation satellites. ...
Low earth orbit (LEO) satellites play an important role in earth observation and communication field...
Efficiency linearity trade off is an important criteria in low earth orbit (LEO) satellite transmitt...
This thesis provides a description of the analysis, design, and tests of an X-band RF Transmitter co...
This paper starts with a remind of the main performances of the transmitter which is able to modulat...
Planet is a vertically integrated aerospace and data analytics company that operates the world\u27s ...
Modulation and coding techniques that are both power and bandwidth-efficient are examined at the sys...