Showing 1–12 of 41 results

Acrylic case

The acrylic case is the most convenient option to protect your Red Pitaya STEMlab.

Aluminium case

The ALU case is the best option to protect your Red Pitaya STEMlab with STYLE. Compatibility: – STEMlab  125-10 – STEMlab  125-14 – SDRlab 122-16  (former STEMlab  122.88-16) What is in the box: – Aluminium enclosure – 4 screws – rubber feet – Thermal conductive pad

Charly 25 RADIOlab 16 Transceiver kit – Basic, (no STEMlab, no Preselector)

This kit is intended for people who do own a STEMlab 122.88-16 SDR already, which they would like to use for an easy entry into the world of SDR. Your STEMlab 122.88-16 SDR will find a new life as a real High End SDR TRX with very good performance. The STEMlab 122.88-16 SDR functionality will continue to be accessible on the frontpanel. This kit comes completely cabled and tested (STEMlab 122.88-16 SDR used for testing). What is in the box – the C25 Mainboard – the C25 CODEC Board – the C25 Power Distribution board

Charly 25 RADIOlab 16 Transceiver kit – Premium, (STEMlab 16 included, RX Preselector included)

This kit is intended for people who would like an High End SDR TRX with very good performance, using STEMlab 122.88-16 SDR. The STEMlab 122.88-16 SDR functionality will continue to be accessible on the frontpanel. This kit comes completely cabled and tested including STEMlab 122.88-16 SDR. What is in the box – the C25 Mainboard – the C25 CODEC Board – the C25 Power Distribution board

Charly 25 RADIOlab 16 Transceiver kit – Standard, (RX Preselector included, no STEMlab 122.88-16 SDR)

This kit is intended for people who would like an High End SDR TRX with very good performance, using STEMlab 122.88-16 SDR. The STEMlab 122.88-16 SDR functionality will continue to be accessible on the frontpanel. This kit comes completely cabled and tested including STEMlab 122.88-16 SDR. What is in the box – the C25 Mainboard – the C25 CODEC Board – the C25 Power Distribution board

Diagnostic Accessories Kit

What is in the box: – 2x osciloscope probes – 2x SMA to BNC adapter – 2x 50 ohm termination – 2x SMA T adapter – WIFI dongle (only for client mode) – Logic Analyzer Probes and cable

Heatsink Interface

Introducing Heatsink Interface for Red Pitaya Although so far no Red Pitaya boards were killed by heat stroke, some of our customers feel it’s better to be on the safe side. Keep your Red Pitaya board cool with this heatsink interface. Quality aluminum heatsink with adhesive thermal layer will protect your Red Pitaya from overheating.
  • Incredibly effective cooling.
  • Eliminates the risk of hardware failure due to overheating.
  • Low profile, will fit into most OEM devices.
  • Quiet, simple, passive cooling. No need for noisy fans.
  • Perfectly sized for the Red Pitaya board.
  • Comes with self adhesive thermal layer for easy application.
  • Boosts long-term performance.
  • Quick and simple installation.
Compatible with STEM 125-14bit. Caution:  Heatsink interface should be mounted on the intended heatsink first and only after that the Red Pitaya board should be installed.

Helping hands oscilloscope probes

What is in the box: – 4× PCBite holder – 1x Large Base plate (A4) – 2x SP100 handsfree oscilloscope probes 100 Mhz – 1x Set of yellow insulation washers – 1x Micro fiber cloth

Impedance Transformer

Optimized for connecting 50-ohm antennas and pre-amps to the high impedance Red Pitaya inputs. It improves sensitivity and overall receives performance. Less than 1 dB insertion loss from 2-50 MHz. Compatible with STEMlab 125-10 and 125-14.

LCR meter

This is an additional module and you will need a  STEMlab 125-10/14  to use it. What is in the box: – LCR meter board – Ribbon cable – SMA to SMA cable – 2x Clip probes

Libera Current Meter

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• 4 input channels with BNC triax connectors • 6 current ranges from 60 nA to 2 mA • 18-bit A/D conversion • Easy calibration of each channel and range • Compatible with blade monitors, diamond detectors, wire scanners and Faraday cups • Python, Matlab, LabVIEW, EPICS and Tango compatible

Libera Digit 125

Powered by INSTRUMENTATION TECHNOLOGIES

• 4 channels sampled at 125 MS/s with 14-bit ADCs • AC coupled and DC coupled versions • 31 dB variable gain for DC version • Python, Matlab, LabVIEW, EPICS and Tango compatible • Passive cooled, PoE compatible