KSW-RTR Universal Telemetering Receiver

| Product overview

Based on the SDR architecture, KSW-RTR universal telemetering receiver can not only provide universal and reliable digital processing (IF filtering, diversity synthesis, multi-mode demodulation, bit synchronization, frame synchronization, various error correction decoding), but also support on-site software upgrade to meet users' long-term support for higher performance requirements.

KSW-RTR Universal Telemetering Receiver

KSW-RTR universal telemetering receiver can receive telemetry signal patterns such as PCM-FM/BPSK/QPSK/SOQPSK/FM, and is equipped with various equipment forms such as standard industrial personal computer and fixed device for receiving and processing telemetry signals of various targets in indoor, vehicle and other use environment.

In addition, the plug-in card design based on modularization can be used for hardware upgrade in the future. For example, adding modules with different frequency bands can easily expand the frequency range; or when there are special requirements, the telemetry signal receiver can also support customer-defined solutions.

 

| Applications

 

 

● Flight test of manned aircraft, unmanned aircraft and aviation detectors

● Satellite telemetry data reception

● Rocket flight test

● Reception of telemetry data of target range

● Reception of telemetry data of carrier rocket


| Product features

 

● Dual-channel IF/P/L/S/C frequency band input

● Built-in test source and bit error rate tester

● Phase noise performance meeting Tier II requirements

● Independent bit frame synchronizer

● IF filter bank supporting multiple bandwidths

● Automatic frequency control (AFC)

● Centralized synthesis gain: greater than 2.5 dB

● Support general TCP-IP data interface, and the data frame format meets CCSDS standard

● Supported modulation and demodulation systems: PCM-FM,SOQPSK,FM, etc.

● Remote monitoring and data transmission based on Ethernet

● AM demodulation for monopulse tracking

● Bit rate up to 40 Mbps (SOQPSK)

● Channel encoding and decoding methods such as TPC, Viterbi and RS

● Modular design for flexible performance expansion and upgrade

 

KSW-RTR Universal Telemetering Receiver

Software interface


KSW-RTR Universal Telemetering Receiver

Spectrum diagram


KSW-RTR Universal Telemetering Receiver

Constellation map



| Main technical indicators

 

 

No.

Technical indicator name

Technical indicator

Performance of receiving analog end

1

Number of receiving RF channels

2-channel reception (SMA 50 Ohm)

2

Input frequency range

S Band 2200 MHz - 2400 MHz

3

Dynamic range

-10 dBm to -100 dBm

4

VSWR

< 2:1

5

IF input

Two-channel IF (70 MHz) input

6

IF output

Two-channel 70 MHz

7

RF frequency step

1Hz

8

Stability of local oscillator frequency

±1ppm

9

Phase noise

-30dBc/Hz

10Hz

-60dBc/Hz

100Hz

-70dBc/Hz

1kHz

-80dBc/Hz

10kHz

-90dBc/Hz

100kHz

-100dBc/Hz

1MHz

10

IF filter

Eight sets of analog filters (500 kHz - 40 MHz)

11

IF filter bandwidth

0.5 MHz,1 MHz,2 MHz, 4 MHz,8 MHz ,16 MHz ,30 MHz,40 MHz

12

Maximum endurance strength

+10dBm

13

Intermodulation rejection

>60dBc

14

IF rejection

>60dBc

15

Image rejection

>60dBc

16

Spurious suppression

>60dBc

17

Noise coefficient

No more than 4 dB

18

IP3 (input)

-13 dBm (typical value)

19

AGC range

90dB

20

AGC working mode

Automatic / manual / holding

21

AGC time constant

Setting range (0.1, 1, 10, 100, 1,000 ms)

22

Power accuracy of output signal

±1 dB (when the output signal power is ≥ -100 dBm)

Performance of transmitting analog end

1

Number of transmitting RF channels

1-channel transmission (SMA 50Ohm)

2

Transmitting frequency range

S Band 2180 MHz - 2485 MHz

L Band 1429 MHz - 1545 MHz

L Band 1710 MHz - 1850 MHz

P Band 200 MHz - 500 MHz

C Band 4400MHz~5250MHz

3

Dynamic range

-5 dBm to -90 dBm

4

VSWR

< 2:1

5

RF frequency step

1Hz

6

Stability of local oscillator frequency

±1ppm

7

Phase noise

-30dBc/Hz

10Hz

-60dBc/Hz

100Hz

-70dBc/Hz

1kHz

-80dBc/Hz

10kHz

-90dBc/Hz

100kHz

-100dBc/Hz

1MHz

8

Intermodulation rejection

>60dBc

9

IF rejection

>60dBc

10

Image rejection

>60dBc

11

Spurious suppression

>60dBc

Signal processing indicators

1

Receiver digital baseband filter

3 kHz - 40 MHz

2

Demodulation mode

FM, MSFM, PCM-FM, SOQPSK, Multi-h CPM,
PCM-PM, BPSK, QPSK, OQPSK

3

Channel coding

Viterbi, Reed-Solomon, Turbocodes & LDPC

4

Equalizer

Digital blind equalization

5

Cepstrum

Support

6

Centralized synthesis gain

2.5dB

7

Input PCM bit pattern

NRZ-L/M/S, BP-L/M/S, DM-M/S, differential, RNRZ-L

8

Maximum bit rate

40Mbps

9

Frame synchronization word

8 - 64 bits, which can be set as required

10

Frame synchronization word mask

8 - 64 bits, same as the synchronization word length

11

Length of frame

10 - 32,000 bytes, including synchronization words

12

Frame check

CRC check, user-defined CRC polynomial and preset value

13

Data output interface

1,000 M Ethernet TCP/UDP output, TTL output

14

Data output format

Meet the requirements in Chapter 10 of IRIG106 standard

15

Display and control parameters

Signal intensity, SNR, eye diagram, spectrum, constellation map, etc.

16

Analysis function

Ability to analyze EVM, IQ imbalance and orthogonal distortion vector signals

17

Analog source

Built-in analog signal source for self-closed loop test

 

 

| Environmental adaptability and reliability

 

Working temperature: -20℃ to 60℃

Relative humidity: 10% - 95%

Storage temperature: -40℃ to 70℃

MTTR: ≤ 2h

MTBF: ≥ 1000h

 

| Physical characteristics

 

Dimension (width× height× depth, mm): 482.6 × 177 × 386.4

Weight: 15.6kg