Red Pitaya Hardware Specifications V1.1.1

Die Hardware des Red Pitaya
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DD8JM
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Registriert: 01 Dez 2014, 13:41

Red Pitaya Hardware Specifications V1.1.1

Beitragvon DD8JM » 02 Mär 2016, 17:47

Red Pitaya Hardware Specifications V1.1.1

Product name: Red Pitaya, model V1.1
RF inputs

Number of channels: 2
Bandwidth: 50 MHz (3 dB)
Sample rate: 125 Msps
ADC resolution 14 bits
Input coupling: DC
Input noise level: < ­119 dBm /Hz (D)
Input impedance: 1 M? // 10 pF (A,B)
Full scale voltage: 2Vpp, (46 Vpp for low­gain jumper setting) (T,V)
DC offset error: <5 % FS (G)
gain error: < 3% (at high gain jumper setting), <10% (at low gain jumper setting) (G)
Absolute maximum input voltage rating: 30 V (S) (1500 V ESD)
Overload protection: protection diodes (under the input voltage rating conditions)
Input channel isolation: typical performance 65 dB @ 10 kHz, 50 dB @ 100 kHz, 55 dB @ 1 M, 55 dB @ 10 MHz, 52 dB @ 20 MHz, 48 dB @ 30 MHz, 44 dB @ 40 MHz, 40 dB @ 50 MHz. (C)
Harmonics
at ­3 dBFS: typical performance <­45 dBc (E)
at ­20 dBFS: typical performance <­60 dBc (E)
Spurious frequency components: Typically <­90 dBFS (F)
Connector type: SMA (U)
Frequency response is adjusted by digital compensation

RF outputs

Number of channels: 2
Bandwidth: 50 MHz (3 dB) (K)
Sample rate: 125 Msps
DAC resolution: 14 bits
Output coupling: DC
Load impedance: 50 ? (J)
Output slew rate limit: 200 V/us
Connector type: SMA (U)
DC offset error: < 5% FS (G)
Gain error: < 5% (G)
Full scale power: > 9 dBm (L)
Harmonics: typical performance: (at ­8 dBm)
­51 dBc @ 1 MHz
­49 dBc @ 10 MHz
­48 dBc @ 20 MHz
­53 dBc @ 45 MHz
Auxiliary analog input channels:
Number of channels: 4
Nominal sampling rate: 100 ksps (H)
ADC resolution 12 bits
Connector: dedicated pins on IDC connector E2 (pins 13,14,15,16)
Input voltage range: 0 to +3.5 V
Input coupling: DC

Auxiliary analog output channels

Number of channels: 4
Output type: Low pass filtered PWM (I)
PWM time resolution: 4ns (1/250 MHz)
Connector: dedicated pins on IDC connector E2 (pins 17,18,19,20)
Output voltage range: 0 to +1.8 V
Output coupling: DC

General purpose digital input/output channels: (N)

Number of digital input/output pins: 16
Voltage level: 3.3 V
Direction: configurable
Location: IDC connector E1 (pins 3­24 )

Extension:

Connector: 2 x 26 pins IDC (M)
Power supply:
Available voltages: +5V, +3.3V, ­3.3V
Current limitations: 500 mA for +5V and +3.3V (to be shared between extension module and USB devices), 50 mA for ­3.3V supply.

Serial connectivity:

Connector type: 2x “SATA type” connector
Two differential pairs per connector enabling up to 500 Mbps

CPU / FPGA: Xilinx Zynq 7010 SoC

17,600 LUTs
28k Logic Cells
80 DSP slices
Dual ARM® Cortex™­A9

Memory: 4 Gb DDR3 SDRAM (512 MB)
SD card:

Card type: micro SD
Supported standard: SD/SDIO 2.0/MMC3.31
File System: FAT32 (255 heads, 63 sectors)
Maximum card size: 32 GB (tested with: Apacer microSD HC 4GB Class 4 and others)

WiFi:

WiFi USB dongles: tested with Edimax EW­7811Un

Fan: Optional fan power supply (5V)
Power supply: (O)

Voltage: 5 V
Current: 2 A
Connector type: micro USB
Compliant with relevant regulation standards
Recommended power supply: HNP10I­microUSB

Dimensions: 107 mm x 60 mm x 21 mm (W)
Power consumption: typically < 0.9 A @ 5V (P)
Environmental conditions:

Temperature:
Minimum ambient operating temperature: 5 °C
Maximum ambient operating temperature: 30 °C (P)
Storage temperature range from ­50 °C to 150 °C
Laboratory ambient temperature range: 22 °C ± 2 °C (R)
Exposed surface temperature: < 70 °C (Q)
Maximum Zynq SoC IC operation temperature: 85 °C
Humidity: 15 % ­ 85 % (non condensing)
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DD8JM
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Beiträge: 262
Registriert: 01 Dez 2014, 13:41

Re: Red Pitaya Hardware Specifications V1.1.1

Beitragvon DD8JM » 02 Apr 2016, 09:41

Als gegenüberstellung hier die technischen Daten vom IC 7300.

Here are some salient features:

HF/6m, 100W output on all bands
EU version: HF/6m/4m (50W on 4m)
SSB/CW receiver sensitivity, preamp on: (2.4 kHz, 10dB S+N/N): HF 0.15μV (-123 dBm), 6m 0.12μV (-125 dBm)
Separate HF and 6m receiver preamps (Preamp 1 for HF, Preamp 2 for 6m)
Modes: SSB (J3E), CW (A1A), RTTY (F1B), AM (A3E), FM (F3E)
Frequency stability: 5 * 10-7 (-10...+60°C)
Direct-sampling SDR (software-defined radio) receiver architecture
ADC: 16-bit. FPGA: Altera EP4CE55F2317N. DSP: TI TMS320C6745 (375-456 MHz, low power consumption). DAC: Intersil ISL5857IAZ.
ADC sampling rate: 150 megasamples/sec
Receiver signal path: RF preselector - ADC - FPGA - DSP - DAC - AF stage
15 bandpass filters in RF preselector
New "IP+" feature extends ADC dynamic range when strong signals are present
Selectable 16 dB attenuator for LF/MF RX range (30 kHz - 1.6 MHz)
ADC overflow (clip) indicator: OVF displayed on screen
Turn down RF GAIN when OVF display appears
Digital up-conversion (DUC) transmitter architecture using FPGA driving DAC
Transmitter signal path: Baseband amplifier - ADC - DSP - FPGA - DAC - RF BPF - ALC - PA - LPF
FPGA also performs digital down-conversion, frequency control and decimation (RF sub-band to baseband) digitally
FPGA executes TX functions: digital up-conversion (baseband to RF band) and frequency control
Improved phase noise performance due to low-noise ADC clock source (typ. RMDR: 97 dB at 1 kHz offset)
Fully-digital FFT spectrum scope and digitally-generated screen image; FPGA drives display processor via digital bus
Real-time, high-resolution spectrum scope includes waterfall
Scope span range ±5 kHz to ±1 MHz; amplitude range 80 dB; peak hold (continuous or 10 sec. hold time)
Scope features: selectable reference level (-20 to +20 dB), sweep speed, averaging & VBW (video bandwidth)
Audio spectrum analyser/oscilloscope screen (as in IC-7851, IC-7800, IC-7700)
Large colour TFT touch-screen display; screen selection via menu
Frequency change by touching scope screen
Multi-dial knob opens on-screen menus; menu items selected by touching screen
Band selection and 10-key numeric "keypad" via touch-screen menus
Familiar Icom NR, NB, Twin PBT, DSP filtering and notch controls
RTTY decoder/display function
Built-in relay-type high-speed autotuner with latching relays
Tuner matching range: 16.7 - 150Ω (3:1 VSWR)
"Enforced tuning" function for emergency operation with poorly-matched antennas (reduced output)
Rear-panel socket for AH-4 external autotuner
Acoustically-baffled speaker for excellent receive sound
Front-panel SD card slot
Rear-panel USB port for CI-V and audio/baseband/12 kHz DRM IF input/output
RS-BA1 compatibility (the spectrum scope with the waterfall can be observed on the PC screen)
Compact size: 240(W)×238(D)×95(H) mm, 4.1 kg.
DL2BBF
Beiträge: 124
Registriert: 05 Feb 2016, 21:37

Re: Red Pitaya Hardware Specifications V1.1.1

Beitragvon DL2BBF » 04 Apr 2016, 15:34

Moin zusammen.
ich habe hier noch eine ergänzende Information zu der RP Hardware.
Sicher interessant für Soft und Hardware Entwickler

Red_Pitaya_Schematics_v1.0.1.pdf
(512.06 KiB) 348-mal heruntergeladen
73de DL2BBF
Hans

Mi parolas Esperanton
https://sites.google.com/site/dl2bbf/Home
DM6TT
Beiträge: 28
Registriert: 03 Mär 2016, 22:18

Re: Red Pitaya Hardware Specifications V1.1.1

Beitragvon DM6TT » 04 Apr 2016, 17:16

Vielen Dank.
Das erklärt nun auch Gerds Frontend.

73, Marcus
DL9UFB
Beiträge: 2
Registriert: 20 Mär 2016, 14:53

Re: Red Pitaya Hardware Specifications V1.1.1

Beitragvon DL9UFB » 06 Apr 2016, 21:14

Hallo Red Pitaya Gemeinde,

in Ergänzung zu DL2BBF´s Beitrag möchte ich die
"Black-Box Amplifier & Filter" im Eingang des RP mal öffnen.
Es handelt sich um den LTC6403-1.

73 Wolfgang, DL9UFB
Dateianhänge
LTC6403-1.pdf
(236.52 KiB) 226-mal heruntergeladen
Yevgeni
Beiträge: 10
Registriert: 29 Jul 2016, 19:24

Re: Red Pitaya Hardware Specifications V1.1.1

Beitragvon Yevgeni » 30 Jul 2016, 13:40

Guten Tag!
Entschuldigen Sie, ich schreibe vom Übersetzer.
Jetzt ist und bei mir Red Pitaya. Hat die Experimente MDS und DBR gemacht. Welcher integrierter Schaltkreis im Schutz.
foto
https://yadi.sk/i/oco7xqPFtm3tK
https://yadi.sk/i/7wEkVInttm3t5
video
https://youtu.be/tPo2nHJWnos

73 de RZ3QS

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