Digilogic Systems' Telemetry Receiver design is so remarkable due to its incredible flexibility and unparalleled capability of antenna and flight experiment's ground station use. It consists of a combination of the latest technologies, such as field-programmable-gate-array (FPGA)-type and software-defined-radio (SDR). As a result, the overall performance of the digital telemetry is greatly improved in the context of reception, waveform processing, and signal analysis.

2. TABLE OF
CONTENTS
Introduction
Digilogic Telemetry Receiver
Key Features
Applications
Technical Specifications
Future Trends
Challenges and Solutions

3. Telemetry receiver design is highly flexible and
provides comprehensive link support for satellite
and flight test ground station applications in a
fully integrated package.
Digital telemetry receiver design features FPGA
based signal processing and software defined
radio technology in the form of digital telemetry
receivers, waveform & signal processors.
A variety of configurations (Single, Dual) and
waveforms (AM, PM, BPSK, QPSK & SOQPSK)
are available with standard data rates from 40
Mbps down to 100 kbps.
Telemetry Receiver system also has an in-built
test signal generator, to test the performance of
complete receiver chain without any external
source.

4. Our Digital Telemetry Receiver
offers a comprehensive solution to
overcome traditional limitations.
Utilizes advanced digital signal
processing algorithms for enhanced
data accuracy and reliability.
Digilogic Telemetry Receiver

5. KEY
FEATURES
Provides precise and
accurate data acquisition,
ensuring the integrity of
received information.
Intuitive and user-friendly design,
simplifying operation and
configuration for end-users.
High Data Accuracy:
User-friendly
Interface:
Utilizes advanced digital signal
processing techniques to enhance
signal stability and reduce
susceptibility to interference.
Enhanced Signal
Reliability:
Real-time Data
Processing:
Capable of processing data in real-
time, enabling immediate analysis and
response to changing conditions.

6. Parameter Specifications
Tuning Resolution 10 kHz
Frequency 2.2 to 2.3 GHz
IF signals
70 MHz center
frequency
SPECIFICATIONS
Parameter Specifications
Noise Figure <5 dB
Dynamic Range
Sensitivity to -10
dBm
LO frequency
stability
1 ppm/°C
1 ppm/year Impedance 50 Ω
VSWR <2

7. APPLICATIONS
Medical Monitoring:
Aerospace and
Aviation:
medical applications to
wirelessly monitor and
transmit vital signs and
patient data.
crucial in space
missions for receiving
and decoding telemetry
data
Receivers are employed
to gather data from
aircraft during flight.
Environmental
Monitoring:
Telemetry receivers help
collect data from remote
sensors placed in
ecosystems
Wildlife Tracking:
Researchers use digital
telemetry receivers to
track and study wildlife
movements
Space Exploration:

8. Parameter Specifications
AGC time constant
0.1 ms, 1ms, 10 ms &
100 ms
Gain Control Automatic & manual
Data Rate
100 kbps to 20 Mbps
in (for all mod
schemes)
SPECIFICATIONS
Parameter Specifications
Data rate resolution 1 bps
Re-acquisition
Threshold
-6d, Eb/N, or better
for all schemes
Doppler Shift +125 kHz Re-acquisition time
(mean)
250 bits for Tier-0
and 350 bits for Tier
RF
Input: 02 No;
Output: 01 No (test
generator)

9. FUTURE
DEVELOPMENTS
Stay ahead of the curve with
insights into ongoing and future
developments.
Digilogic Systems is committed
to continuous improvement and
staying at the forefront of
Digital Telemetry Receiver
technology.

10. THANK
YOU
We look forward to working
with you
(+91) 40 4547 4601
www.digilogicsystems.com
HEAD OFFICE:
#102, 1st floor, DSL Abacus Tech Park,
beside DSL Virtue Mall, Uppal, Hyderabad,
Telangana - 500039.
BRANCH OFFICE:
#216, 3rd Floor, Zareen Heights, Varthur
Road, Nagavarapalya, C. V. Raman Nagar,
Bengaluru, Karnataka – 560093.