Versión actualizada 2.4: Es un receptor de radio de banda ancha de alta sensibilidad basado en la tecnología SDR (Software Defined Radio). Diseñado por los mejores expertos. Software actualizable en el sitio web oficial
Modos de mediación versátiles: Mejore sus capacidades de comunicación con nuestro receptor de radio SDR, compatible con los modos de modulación AM, SSB (LSB USB), DSB, CW, NFM, WFM y DECODER (FM admite estéreo analógico RDS). Cubriendo una amplia gama de bandas de frecuencia, incluyendo SW, MW, LW, VHF, UHF y más
Sensibilidad mejorada: El receptor DSP SDR de Malaquita combina una sensibilidad de señal inigualable (0,3 uV hasta 1 GHz, ancho de banda dinámico de 82 dB) con entradas de antena duales para una recepción excepcional y una comunicación fluida
Energía confiable y duradera: el receptor DSP SDR de malaquita con una batería incorporada de 5000 mAh y un circuito de carga mejorado para un rendimiento constante. El receptor de radio de onda corta ssb viene con un altavoz frontal de alta calidad que produce un audio excelente, brindándole una experiencia auditiva
Excelente recepción: El receptor de radioaficionado utiliza un oscilador de cristal con compensación de temperatura, lo que da como resultado una deriva de frecuencia mínima, lo que garantiza una escucha estable
Upgraded NanoVNA-H: AURSINC NanoVNA-H is developed by Hugen, tiny and portable. With lastest 3.6 version, 2.8 inch LCD(320 x240) touchscreen. Added a ABS case, which is protective and dust-proof. Supports time domain analysis function (TDR). This Antenna Analyzer is a useful tool to test out antennas. It is a handheld and smart analyzer for electronics engineer, amateur radio operators or radio amateurs
Widely Range Frequency: The improved frequency algorithm can use the odd harmonic extension of si5351 to support the measurement frequency up to 1.5GHz. The 50K-300MHz frequency range of the si5351 direct output provides better than 70dB dynamic. The extended 300M-900MHz band provides better than 60dB of dynamics, and the 900M-1.5GHz band is better than 40dB of dynamics
Multiple TX/RX Functions: The default firmware main function is used for antenna performance measurement. The TX/RX method can measure the complete S11 and S21 parameters. If you need to obtain S12 and S22, you need to manually replace the transceiver port wiring. The CH0 output level is increased to 0dBm when using the fundamental wave, resulting in more accurate reflection measurement
Support Android phone & PC Softsare Control: The nanovna-h is compatible with most Android mobile phones. Support connect nanovna to mobile phone with USB-C to USB-C line. Supports Windows PC control via the practical app NanoVNASave, can download touchstone(SNP) files for radio design and simulation software. Address issues of small screen and insufficient brightness and so on
Power Supply & Built-in Micro-SD Port: Built-in rechargeable 650mAh battery, can work for 2 hours continuously. The unit interface displays battery usage, providing a clear understanding of the power status. With MicroSD card port, you can save field test data or screenshots to a MicroSD card at anytime. Support up to 32GB card (Not include in the pacakge)
Package List: 1x NanoVNA H host, 2x 30cm SMA male to male RG174 RF cable, 1x SMA simple calibration kit, 1x SMA female to female connector, 1x USB Type-C data cable, 1x USB TypeC-TypeC Line, 1x Touch plectrum, 1x Stylus pen. NOTE: Our nanovna is only compatible with low-speed and supports SPI mode SD card for now. For RF electronics engineers, researchers, and ham radio hobbyist
[UPGRADED SPECTRUM ANALYZER] AURSINC Tinysa Ultra+ ZS406 installed with NEW HW V0.4.6, with 4.0 inch 480*320 touchscreen display, 100kHz to 5.4GHz widely measure range. Built-in 32GB micro SD card, solving the on-site data storage issue, convenient for data sharing and storage. Built-in 5000mAh battery, a fully-charged battery allows for at least 3 hours of operation, without frequent recharging interruptions
[WIDELY FREQUENCY RANGE] The Tiny sa ULTRA+ has an ultra measuring frequency range of 100kHz to 5.4GHz, spectrum analyzer for 100kHz-900MHz and Ultra mode up to 6GHz. Switchable resolution bandpass filters from 200Hz to 850kHz, you could fast and accurate execute measurement tests. Color display showing max 450 points providing gapless covering up to the full frequency range
[2 IN 1 DEVICE] When not used as Spectrum Analyzer it can be used as Signal Generator, MF/HF/VHF sinus output between 100kHZ-900MHz, UHF square wave output between 800mHz-4.4GHz, Mixing signal output is between 4.4GHz-5.4GHz. Built-in calibration signal generator that is used for automatic self test and low input calibration
[200Hz-850kHz RBW] RBW frequency from 200hz to 850khz which can be set to match the measurement requirements, meet SBB two-tone test requirements and fast scanning. The RBW is as low as 200Hz, which can effectively distinguish adjacent signals and meet the requirements of SSB dual-satellite inter-modulation test. Input Step attenuator from 0dB to 31dB (can not be used not in combination with LNA)
[EXCELLENCE PHASE NOISE] Phase noise at 30MHz of -108dB/Hz at 100kHz offset and -115dB/Hz at 1MHz offset, DANL -166dBm/Hz. In the level menu, there is the LNA, which will provide 20db of extra gain if you have very low level signal (the LNA in tinySA ULTRA is only effective below 3.5GHz) The default maximum frequency is 800mhz, so you no longer have to switch between low and high range, and can monitor the complete range in one sweep
[PC CONTROL] This tinysa ultra can connect to a PC via USB, Tinysa-APP directly transfers data to the computer. The USB interface implements the Serial over USB (CDC) protocol and there is a large set of commands that can be invoked over the serial interface. These command can be used to perform measurements or update internal settings. The driver for Windows will install automatically after connecting to a Windows PC. The driver for Linux is built into the kernel
[WHAT YOU GET] 1x Tinysa ULTRA Spectrum Analyzer (built-in 5000mah rechargeable battery); 1x 32GB Micro SD card (plugged in the host); 2x 30cm ALSR100 SMA cables; 1 x USB Type-C data cable; 1x SMA-SMA barrel connector; 1x TLanyard and touch plectrum; 1x Antenna with SMA connector; 1x stylus pen
[Upgraded Version: ESD Protection Diodes] AURSINC Tinysa spectrum analyzer produced by Hugen, with hardware V0.3.1. The firmware of the tiny SA can be updated, for newest firmware version update, please refer to: tinysa .org. The version info displayed indicates "ESD Protection" with a diode to improve stability, sensitivity, anti-static level, and longevity
[Frequency Range] The tiny sa spectrum analyzer with two inputs, high quality MF/HF/VHF input for 0.1MHZ-350MHz, lesser quality UHF input for 240MHz-960MHz. Switchable resolution bandpass filters for both ranges between 2.6kHz and 640kHz. The tinysa includes all the components of a traditional heterodyne swept spectrum analyzer, with a color display showing 290 scan points covering up to the full low or high frequency range
[2 in 1 Device] When not used as Spectrum Analyzer it can be used as Signal Generator, MF/HF/VHF sinus output between 0.1MHZ-350MHz, UHF square wave output between 240MHz-960MHz. Built-in calibration signal generator enables automatic self-test and low input calibration
[Feature] Tinysa spectrum analyzers use a resolving filter to isolate input power within a narrow frequency range. This resolving filter spans the desired frequency range. The fastest scan rate occurs with an RBW of 300 kHz or higher and is approximately 2 scans per second. The scan rate decreases rapidly as the frequency range increases and the RBW decreases. A scan from 0MHz to 350MHz with a 10kHz RBW takes about 2 minutes
[PC Control] The USB interface implements the Serial over USB (CDC) protocol and a large number of commands can be called through the serial interface. Commands can be used for measurements or to update internal settings. The Windows driver will be automatically installed when connecting to a Windows PC. The driver for Linux is built into the kernel. Tinysa-APP is available to control the tinysa and capture its screen
[Package List]1 x Tiny sa Spectrum Analyzer (with 500mah battery, 2.8 inch touch screen); 2 x 20cm/7.87inch RF Cable; 1 x USB-C Cable; 2x SMA Female to Female Connector; 1x Touch Screen Stylus; 1x SMA Telescopic Antenna
[UPGRADED NANOVNA-H4 V4.3] AURSINC NanoVNA-H4 Vector Network Analyzer is developed by Hugen, tiny and handheld, provides perfect vector network measurement capabilities. With latest HW 4.3 version, 4.0 inch LCD touchscreen display, 1950mAh battery powered. This antenna analyzer is added a brand new panel plus added a new SD port for data storage (support up to 32GB memory card, not included in the package)
[IMPROVED FREQUENCY ALGORITHM] The improved frequency algorithm of nano vna h4 can use the odd harmonic extension of si5351 to support the measurement frequency up to 1.5GHz. The 50K-300MHz frequency range of the si5351 direct output provides better than 70dB dynamic. The extended 300M-900MHz band provides better than 60dB of dynamics, and the 900M-1.5GHz band is better than 40dB of dynamics. Used it to check out new cable or antenna installations and to routinely adjust the RF tuner for optimum
[ANTENNA PERFORMANCE MEASUREMENT] The default firmware main function for vector network analyzer is used for antenna performance measurement. It has good RF performance for S-parameter measurements as previous models. It is very efficient vector testing for ham radio operator, research electrical engineer and antenna builders. NOTE: the Nanovna is only compatible with the low-speed and supports SPI mode SD cards for now
[PC CONNECTION & ANDROID CONTROL] Using PC software NanoVNASaver, Nano VNA H4 antenna analyzer can connect to a NanoVNA and extracts the data for display on a computer, and for saving to Touchstone files. We can export Touchstone (snp) files for various radio design and simulation software through PC software. The TX/RX method can measure the complete S11 and S21 parameters. If you need to obtain S12 and S22, you need to manually replace the transceiver port wiring
[WHAT ARE INCLUDED] 1x NanoVNA-H4 host (with 1950mAh battery), 4pcs SMA male calibration kit (open/short/load/SMA female to female connector), 2x 16cm/6.3inch SMA male to male RG174 RF cable, 1x USB Type-C data cable, 1x Type-C to Type-C cable, 1x Lanyard with stylus, 1x stylus pen, 1x User Manual. The nanovna-h4 is a useful antenna analyzer for ham stations, easy to set up and its firmware can be updated by users
[Upgraded Version] The NanoVNA-F V2 now supports the latest Firmware V0.5.4, enabling 301 sweep points for ultra-detailed frequency analysis. Allows for firmware upgrades through a virtual USB drive without the need for programmer, using the included USB Type-C cable to upgrade firmware
[Compact and Powerful] The nano vna f v2 features a 4.3-inch IPS LCD display (800*480) and a resistive touch screen, providing a wide viewing angle and minimizing eye strain during prolonged usage. It is equipped with an 5000mAh lithium battery for longer standby time, up to 7 hours of usage. It enables measurements of S-parameter, voltage standing wave ratio (SWR), phase map, group delay, Smith chart, DELAY, POLAR, LINEAR and more
[Improved Frequency Range] The measurement range of NanoVNA-F V2 is 50KHz-3GHz. TX/RX method can measure full S11 and S21 parameters, S21 dynamic ranges: 70 dB (1.5GHz), 60dB (3GHz); S11 dynamic ranges: 50 dB (1.5GHz), 40 dB (3GHz). The harmonic expansion of the output signal of the clock chip SI5351 is used to measure the frequency to 1000MHz. At 600M-1GHz, the dynamic range of S11 is 40dB (the standing wave ratio is less than 1.02)
[Design of Aluminum Cases] Rugged and durable aluminum alloy cases, shielding electromagnetic interference to ensure precise measurements. The SMA radio frequency interface enables seamless connectivity with various measurement devices. The device has a full touchscreen and three side buttons, making it easy and flexible to use
[PC Software Control Available] Using PC software NanoVNA Saver, it can connect to the NanoVNA, extracts data for display and save data in Touchstone files. The PC software enables us to export Touchstone (snp) files for various radio design and simulation software. For Win10 system, do not need to install the driver; for Win8 and earlier versions of the Windows system, need to install the driver: https://www. st.com/en/ development-tools/stsw-stm32102.html
[Packing List] 1x NanoVNA f v2 host, 1x SMA Open Calibration Kit, 1x SMA Short-circuit Calibration Kit, 1x SMA 50Ω Load Calibration Kit, 1x SMA-KK Double-Head Female Hole Adapter, 1x SMA-JJ Double-Head Male Pin Adapter, 1x SMA-JKW Elbow Outer Screw Inner Hole To Inner Screw Inner Needles Adapter, 2x 20cm SMA-JJ RG405 RF Cable, 1x USB Type-C Data Cable, 1x Stylus
[Diseño compacto 2 en 1] Conectores duales USB C Y USB-A 3.0 con ranuras para tarjetas SD y Micro SD, el lector de tarjetas AURSINC proporciona una forma más conveniente de conectar tarjetas de memoria a su nanovna, nanovna h h4 y otros analizadores de antena
[Datos sobre la marcha] A través de la conexión a su teléfono / tableta mediante el puerto USB-C, puede compartir sus fotos / videos en cualquier momento y en cualquier lugar
[Compatibilidad universal] Lector de tarjetas AURSINC para NanoVNA, la tarjeta de memoria de la cámara es compatible con tarjetas de memoria SD / SDHC / SDXC / MMC / RS-MMC / Micro SD / Micro SDHC / Micro SDXC / UHS-I
Plug and play en Windows, Mac OS, Linux, Chrome OS, iPadOS, Android, etc. Soporta tarjetas de memoria SDXC de alta velocidad y gran capacidad, tarjetas de memoria micro SDXC, hasta 128 GB
[Lo que obtienes] Lector de tarjetas SD 3.0 2 en 1 x1, tarjeta SD micro de 32 GB x1
Upgraded V2.2 Version: The SAA-2N is a two port T/R (transmission/reflection) VNA which can measure the S parameters S11 & S21 of a two port network, or the reflection coefficient(S11) of a one port network. The nano vna saa-2n has a 4.0 inch touch screen for easier data reading and testing. It is constructed with a durable and practical metal shell, and comes with a carrying bag for portability
Frequency Range: The frequency range of the SAA-2N antenna analyzer is 50kHz to 3GHz. Transmission Mearsure S21: 70dB (50KHz-1.5GHz), 60dB (1.5GHz-3GHz); Reflection Measure S11: 50dB (50KHz-1.5GHz), 40dB (1.5GHz-3GHz); Antenna Analyzer: 1.005 (50KHz - 1.5GHz), 1.02 (1.5GHz-3GHz)
PC Connection: The NanoVNA SAA-2N can be controlled by PC via VNA-QT software, supported for Linux, Windows (7+), Mac OS planned. It also support Nanovna-Saver for extracting the data for display on a computer, and for saving to Touchstore files
Compliance: The NanoVNA-SAA-2N developed by Hugen, designed in collaboration with OwOComm. Under the LGPL license agreement, it is completely manufactured according to the v2_2 files issued by OwOComm at Development Department, in line with the original technical specifications
Calibration: The NanoVNA_V2.2 uses a similar user interface to the NanoVNA, but with a different technical architecture. The SAA-2N does not load the initial calibration data at startup, and does not automatically interpolate the calibration data after the user changes the frequency, must recalibrate or call back the calibration data after each startup and frequency change. Please read the user manual carefully before use to avoid damaging the device
Packing List: 1* NanoVNA SAA-2N Host (Metal Shell, 3000mAh lithium-ion Battery); 1* Micro USB Data Cable; 2* 50cm N-type Male to Male RG142-PUR RF Cable; 1* N-type Male Calibration Kit-OPEN; 1 * N-type Male Calibration Kit-SHORT; 1* N-type Male Calibration Kit-LOAD; 1* N-type Female to Female Connector; 1* EVA Storage Bag for carrying out; 1*Touching Screen Paddle and Lanyard
[Upgraded Performance] nanovna f v3 with 4.3inch (800x480pixel) touchscreen display, 1MHz to 6GHz widely measuring range. With the optimally designed signal processing system, the scan speed is up to 200 points/s and the maximum scanning points is up to 801. The RF interface of antenna analyzer is SMA connector witch can be used to connect DUTs directly and the nanovna analyzer supports TDR function for cable lengths measurement
[Ultra Wide Frequency] Compared with the nanovna f v2 (50kHz-3GHz), the nanovna f v3 antenna analyzer measurement range is improved to 1MHz-6GHz. It can be used for S11 and S21 measurements. The S21 dynamic range of NanoVNA-F V3 is 65 dB, while the S11 dynamic range is 50 dB. The scan points is up to 101-801 and the calibration result storage is 12, covering up to the full low or high frequency range. The vna antenna analyzers are versatile and offer faster and more efficient operation
[Efficient and Worthwhile] The nano vna antenna analyzer is made of metal material, which is durable and can effectively shield electromagnetic interference. Powerful features, including automatic calibration, PC software control, compatible with NanoVNA-Saver to facilitate measurement data transfer, storage and export. Built-in 4500m-ah rechargeable battery, with C-type charging cable and LED charging indicator, suitable for indoor or outdoor application.Can be fully charged in 3 hours.
[Multiple Measurement Functions] NanoVNA-F V3 antenna analyzer is suitable for antenna testing of MF/HF/VHF/UHF/SHF bands. It can also be used to measure filters, amplifiers, attenuators, cables, power dividers, couplers, duplexers and other RF components. Supports a variety of display formats: Log Mag, Linear Mag, Phase, Smith R+jX, Smith R+L/C, VSWR, Polar, Group delay, Resistance, Reactance, etc. Nano vna FV3 is a powerful tool for professionals and amateurs to perform RF testing and analysis.
[Authentic & Package] NanoVNA-F V3 developed by Hugen. Package include AURSINC NanoVNA-F V3 host (with 4500mAh battery) display: 4.3 inch TFT x1, SMA OPEN/SHORT/LOAD calibration kit ×1, SMA-KK adapter ×1, SMA-JJ adapter ×1, SMA-JKW adapter ×1, 20cm SMA-JJ RG405 coaxial cable ×2, USB type-C cable ×1. The vna antenna analyzer provide reliable and accurate measurement results for ham radio operators and professionals.
El radioberry es una tarjeta de radio real (Hat Raspberry Pi 4) instalada con el último hardware V.Beta5, que se puede conectar a una Raspberry Pi 4, formando una radio definida por software (SDR). RPI4 es el objetivo para ejecutar el radioberry
La tarjeta de radio utiliza un analógico dispositivos AD9866, que es un módem de banda ancha de 12 bits delantero de señal mixta de señal mixta que se ha reutilizado como una conversión hacia abajo directa (DDC) y un transceptor de conversión directa (DUC) SDR que cubre 0-30 MHz
CW Skimmer Server DLL download: github.com/k3it/HermesIntf. CW Skimmer Server plugin para Radios definidas por Software compatibles con el protocolo de red HPSDR
La tarjeta de radio utiliza un FPGA Intell Cyclone 10LP, soportel 10CL25. El firmware se cargará a través de Raspberry pi. Si necesita un software para que funcione, aquí está un software de referencia: drive.google.com/drive/folders/107P8LtLrib3iiQJd-Ooc6LsHVtl1SYay?usp=sharing
La fuente de alimentación para la tarjeta de radio es proporcionada por la Raspberry pi 4; Para más información, por favor visite: github .com/pa3gsb/Radioberry-2.x/wiki/Overview
[Nota] Los conectores de entrada / salida de RadioBerry pueden no estar enderezados, lo que puede dañarse durante el envío desde hace mucho tiempo, por lo tanto, si encuentra que los conectores son difíciles de solucionar, dígenos, lo ayudaremos a resolverlo juntos
Questa scheda preamplificatore Radioberry è una buona aggiunta per trasformare il Radioberry in una piccola radio QRP. Il design si basa su tutto il fantastico lavoro di Hermes Lite 2 Group
[Alcune specifiche] Ingresso di potenza: 8,4 V; gamma RF: 1 MHz-50 MHz; ingresso di potenza ad alta frequenza: trasmissione da Radioberry; uscita di potenza ad alta frequenza: 5 W; uscita 1,5 W-3 W per amplificatore di potenza ad alta frequenza (PA 10 W-100 W)
[Funzionamento] La scheda (a 2 strati) deve essere collegata nella parte superiore del Radioberry. Al termine dell'assemblaggio, collegarlo al computer tramite la porta di tipo C sulla scheda USB del Radioberry Juice per la configurazione e il controllo. Non compatibile con Raspberry PI
[Cosa c'è dentro] 1 piastra preamplificatore Radioberry, uscita 1,5 W-3 W per amplificatore di potenza ad alta frequenza (PA 10 W-100 W), ingresso SMA, uscita SMA; Cavo 3x SMA 1 per Rx, 1 per Tx, 1 per ANT; 1 cavo alimentato a batteria da 8 V; 1 ago di collegamento a fila; 4 viti da 3 x viti da 3 x 2 mm; 4x dadi da 5 mm; 8 colonne in plastica da 11 mm
[Plage de fréquences] Le point d'accès MMDVM prend en charge UHF VHF, plage de fréquences : 144 MHz-148 MHz, 420 MHz-475 MHz, 842 MHz-950 MHz (en fonction de l'ADF7021 et TCXO, restrictions de licence de marque de radio amateur du micrologiciel HAT)
[Applicabilité] La carte hotspot aursinc mmdvm prend en charge Raspberry Pi 3B, 3B +, Pi ZERO, Pi Zero 2W, compatible avec NanoPi NEO, Orange Pi, compatible avec BlueDV (nécessite un modèle USBtoTTL ou Bluetooth). Excellent moyen de créer votre propre point d'accès. Ajout d'un Pi Zero 2W, d'une alimentation, d'une microSD et chargé de WPSD. Vous aurez un super hotspot simple. Excellent moyen d’en apprendre davantage sur le DMR
[Multifonction] La carte Hotspot économise de l'électricité, TCXO de haute qualité, stable et faible BER. Prise en charge du mode MMDVM DMR/YSF/P25/NXDN/DSTAR/POCSAG. Prise en charge de la mise à niveau en ligne, emplacement de conception spécial OLED et Nextion convivial, réservé à l'installation supplémentaire de modules Bluetooth
[Compatible avec les paramètres P4] puisque notre carte mmdvm est configurée par défaut pour Pi-Zero W, Pi 3. et si vous souhaitez la connecter à votre Pi 4, vous pouvez essayer les méthodes ci-dessous. CHOISISSEZ-EN UN. Méthode 1 : retirez la résistance R1 de la carte hotspot (simple/double) ; Méthode 2 : Coupez les 2 en-têtes de broches Raspberry Pi sur les coins de la carte (choisissez-en un pour fonctionner sur votre carte MMDVM, reportez-vous à l'image du produit pour connaître les emplacements des en-têtes R1 et 2 broches)
[Remarque] Si le Raspberry ne parvient pas à connecter la carte hotspot, essayez de mettre à jour le micrologiciel de la carte hotspot en exécutant la commande : sudo pistar-mmdvmhshatflash hs_hat
[Mehrbänder HF-Antenne] Erleben Sie optimale Leistung mit dieser HF-Mehrbänder-Antenne, die in 8 Bändern (40/30/20/17/15/12/10/6 m) arbeitet. Der Frequenzbereich erstreckt sich von 7–50 MHz, mit 50-Ohm-Impedanz und einer maximalen SSB-Leistung von 100 W. Der SWR beträgt <1,3 im 40m-Band und ist auf anderen Bändern auf 1,1 einstellbar – ideal für stabile Signalübertragung. Perfekt für POTA/SOTA-Aktivitäten
[Störungsreduzierung] Die Empfangsspule wurde optimiert, und eine zusätzliche Feder wurde zur Originalausführung hinzugefügt, um eine zuverlässigere Kontaktierung der Spule zu gewährleisten. Die neue JPC-12 HF-Funkanne verfügt über einen Schieberregler, der die Einstellschrauben und -stecker der alten Version ersetzt. Durch einfaches Schieben des Einstellblocks lässt sich der SWR mühelos justieren
[Verbesserte Leistung & hervorragende Empfangskraft] Die JPC-12 Amateurfunkanne bietet top Signalaufnahme und -übertragung durch ihren niedrigen SWR und effizienten Aufbau – geeignet für Einsteiger und Profis. Sie empfängt und sendet HF- und VHF-Signale und ist mit allen Amateurfunksendegeräten kompatibel. Ein Analysator oder Tuner ist nicht zwingend nötig (erweitert die Funktionalität optional)
[Einfache Montage] Diese leichte (1,35 kg) tragbare HF-Antenne lässt sich in 5 Minuten allein aufbauen. Das benutzerfreundliche Split-Design ermöglicht bequeme Portabilität und kompakte Aufbewahrung. Ideal für Outdoor-Operationen, Geschäftsreisen oder Balkon-Montagen – rucksacktauglich für unterwegs
[Referenzdaten] Gain- und SWR-Daten für Schlüsselfrequenzen: 7 MHz: 4 Windungen an der Aluminiumrohr-Seite, Ziehkörper ca. 10 cm zurückgezogen, SWR: 1,1–1,3 (auf roter Linie mit Silber-Marke). 14 MHz: 6 Windungen am Stabantennenteil, Ziehkörper ca. 20 cm zurückgezogen, SWR: 1,1–1,3 (auf roter Linie mit Gold-Marke). 21,4 MHz: 4 Aluminiumrohr-Sektionen + 7 Stabantenne-Sektionen + 10 cm, SWR: 1,1–1,3. 29,6 MHz: Nur Stabantenne, vollständig extendiert und halb zurückgezogen, SWR: 1,2. Hinweis: Achten Sie darauf, dass die Federn nur die markierten Spulen kontaktieren – benachbarte Spulen vermeiden
[Lieferumfang] 4x Aluminiumrohre, 1x Edelstahl-Stabantenne (Oben, 2,5 m), 1x Erdanker, 1x Erdnetz (10 Drähte), 1x Aluminium-Basis, 1x Multiband-Induktivspule. Die korrosionsbeständige Antenne ist stabil und strapazierfähig, für einfache Montage in Gras oder Sand geeignet. Alle Komponenten passen in eine kompakte schwarze Tragetasche
[Hinweis] Gewinde an den Aluminiumstäben: M10-Format
Unterstützung für mehrere SDR-Software: Die RPI-4-Version dieser Erweiterungsplatte unterstützt eine Vielzahl von SDR-Software wie SDR Console (V3), Thetis SDR, Spark SDR und Pihpsdr. Sie ist sowohl für Windows- als auch für Linux-Systeme geeignet und erfüllt die Anforderungen verschiedener Benutzer an SDR-Software
Mehrere Empfangs- und Sendefunktionen: Sie unterstützt 4 Empfänger und 1 Sender, wodurch Benutzer mehrere Signquellen gleichzeitig empfangen und entsprechende Verarbeitung und Analyse durchführen können. Es kann auch einfache Sendefunktionen ausführen und bietet Benutzern flexiblere Funktionen zur Verarbeitung von Funksignalen
Unterstützung für spezifische Server und Funktionen: Sie unterstützt den CW Skimmer Server und kann in relateden Kommunikationsanwendungen eingesetzt werden. Darüber hinaus unterstützt sie das Windows VBCable und kann Software wie WSJTX ausführen, um mehr Kommunikationsmodelle und Funktionen zu ermöglichen
Hohe Bandbreitenleistung: Mit einer maximalen Bandbreite von 384 kHz kann sie Signale innerhalb eines relativ breiten Frequenzbereichs verarbeiten. Für einige Radioanwendungen, die eine hohe Auflösung und eine breite Bandbreite erfordern, wie Kurzwellenkommunikation und Überwachung von Flugzeugfrequenzbändern, bietet sie eine gute Unterstützung
Wie man es startet: 1. Installieren Sie den CDM212364-USB-Treiber, 2. Führen Sie die Datei "windowsJuice.exe" aus, 3. Herunterladen Sie die Windows-Version von SparkSDR von sparksdr .com/downloads. (github .com/jumbo5566/Juice)
[TinySA Ultra aggiornato] Tinysa Ultra sviluppato da Hugen, HW V0.4.6. Con touch screen da 4 pollici (risoluzione 480*320 pixel), l'analizzatore di spettro tinysa ultra ha un intervallo di misurazione ultra da 100kHz a 5,4GHz, scheda micro SD da 32Gb integrata per il trasferimento e l'archiviazione dei dati. Alimentazione lineare per evitare disturbi di commutazione
[Gamma di frequenza] Tiny sa ultra misura da 100 KHz a 5,4GHz: l'analizzatore di spettro per 0,1 MHz-900 MHz, con la modalità Ultra abilitata, livello calibrato fino a 6 GHz, può osservare segnali fino a 12 GHz. Filtri passa banda con risoluzione commutabile da 200 Hz a 850 kHz. È possibile eseguire test di misurazione in modo rapido e accurato
[Operazione PC] Collegato a un PC tramite USB. L'interfaccia USB implementa il protocollo CDC ed è disponibile un ampio set di comandi che possono essere richiamati tramite l'interfaccia seriale. Questi comandi possono essere utilizzati per eseguire MEAS o aggiornare le impostazioni interne. Tinysa-APP trasferisce i dati direttamente al computer. Il driver per Windows verrà installato automaticamente dopo la connessione a un PC Windows. Il driver per Linux è integrato nel kernel
[Dispositivo 2 in 1] Quando non viene utilizzato come analizzatore di spettro, può essere utilizzato come generatore di segnale, uscita sinusoidale MF/HF/VHF tra 100kHZ-800MHz, uscita onda quadra UHF tra 800mHz-4,4GHz, uscita del segnale di miscelazione tra 4,4GHz- 5,4 GHz. Generatore di segnali di calibrazione integrato utilizzato per l'autotest automatico e la calibrazione a basso ingresso. Il TinySA ULTRA contiene tutti i componenti di un analizzatore di spettro eterodina convenzionale
[Caratteristiche] Il RBW è basso fino a 200 Hz, il che può distinguere efficacemente i segnali adiacenti e soddisfare i requisiti del test di intermodulazione SSB a doppio satellite. Attenuatore del passo di ingresso da 0 dB a 31 dB (non utilizzabile non in combinazione con LNA). Inoltre, con la nuova funzione di protezione ESD, il prodotto ha un livello antistatico più elevato e una maggiore durata
[Cosa ottieni] 1x analizzatore di spettro Tinysa ULTRA (touchscreen da 4 pollici, batteria ricaricabile da 5000 mAh); 1 attenuatore da 25 W; 2 cavi SMA ALSR100 da 30 cm; 1 cavo dati USB di tipo C; 1x connettore cilindrico SMA-SMA; 1x TLanyard e plettro touch; 1x Antenna con connettore SMA; 1x scheda MicroSD da 32 GB (collegata all'host), 1x penna stilo
[Specifiche dell'attenuatore RF] L'attenuatore da 25 W mantiene il segnale al giusto livello, prevenendo sovraccarico, compressione del guadagno e distorsione. Attenuatore RF DC-3GHz 25W Attenuatore coassiale fisso 10 dB con connettore N-maschio a N-femmina. ROS: ≤ 1,20. Impedenza: 50 Ohm. Precisione (dB): ± 1,0
[2022 NANOVNA Avanzato] originale NANOVNA V2 Plus4 (S-A-A-2) è un analizzatore di rete vettoriale di trasmissione/riflessione 4GHz che misura il coefficiente di riflessione S11 e il coefficiente di trasmissione S21 di una rete ad alta frequenza; Non solo testando l’impedenza d’onda in posizione eretta dell’antenna , ma anche verificando il duplex , la perdita di inserzione del filtro , l’isolamento e la prova dell’attenuazione del cavo, accorciare il coefficiente , la fase , l’amplificazione dell’amplificatore dell’antenna
[Intervallo di frequenza ultra largo]rispetto ai NanoVNAs precedenti (10khz-1,5/3ghz) , l’analizzatore AURSINC NanoVNA V2 della rete vettoriale fornisce una gamma di frequenza ultralarga 50KHz-4GHz con una migliore precisione e accuratezza ; inoltre , l’intervallo dinamico del sistema per questa VNA è fino a un intervallo dinamico di 90dB (1GHz) e fino a un intervallo dinamico di 80dB (3GHz) ; Plus4 VNA ha migliorato la schermatura che raggiunge un intervallo dinamico elevato con una recinzione in alluminio
[Performance aggiornate] la velocità di scansione dell’analizzatore dell’antenna NanoVNA V2 aumenta di 4 volte (400 punti /sec) rispetto alle versioni precedenti di V2 . Ribalta lo schermo, per comodità , puoi farlo come segue : Menu - visualizza - ribalta lo schermo
[Supporta il controllo del PC]supporta il controllo software PC , come Windows(sopra 7) , Linux , MacOS , VNA può essere più compatibile con le misurazioni su PC e antenna , quando si misura la frequenza . Funziona bene con un computer per stampare i rapporti d’onda in piedi , le carte Smith e altre informazioni relative all’antenna in vari intervalli di frequenza
[Batteria ricaricabile a capacità maggiore] il nuovo analizzatore vettoriale della rete è dotato di una batteria ricaricabile al litio da 3200mAh/ 3.7v con tempo di funzionamento del caricatore e durata della batteria . Ci sono anche indicatori LED della carica della batteria sul retro della VNA che sono il misuratore del carburante della batteria , quello più vicino al raccordo porta-ch1 è il livello di carica più basso che indica il 25%
[Nanovna V2 Plus4 originale]AURSINC NanoVNA V2 Plus4 è l’edizione originale (se si acquista il clone uno , il VNA non può procedere all’aggiornamento del software del sito ufficiale) NanoVNA V2 Plus4 V2.4 si presenta con un set di calibrazione di 4 pezzi - open , short , load , & thru , due cavi SMA maschile maschile , un cavo USB2-B a USB2-A (nero o argento) , e un pennino per far funzionare il menu a schermo tattile e i marcatori
Our malachite(малахит) DSP2 sdr radios are officially authorized. Each radio comes with the original author's registration code. For product specifications, technical inquiries, updates, or other services, please visit the official website
Upgraded Version 2.4: The Malachite DSP2 radio features the SDR architecture and is equipped with powerful functions, including adjustable filter width, adaptive noise reduction (NR), threshold noise reduction, noise blanker (NB), automatic gain control (AGC), automatic notch filter (ANF), stereo FM with RDS, and analog stereo support
Various Modulation Modes: This radio provides more demodulation options than previous Mala iterations. You can enjoy various modulation modes like AM, SSB(LSB USB), DSB, CW, NFM, WFM, Air, NOAA Weather, FT8, and RTTY Decoder Modulation, giving you an incredibly versatile radio
Upgraded Function: The malahit dsp2 features a useful waterfall display for conversation identification. The customizable settings for bandwidth, RF gain, audio response, and attenuation allow you to tailor your listening experience. New Ft8 decoding function can better capture weak signals. The temperature-compensated crystal oscillator ensures stable frequency and reduces drift
High Audio Quality: Thanks to the noise reduction (NR), threshold noise reduction, noise canceller (NB), automatic gain control (AGC) and automatic notch filter, the audio quality of the Malachite DSP2 radio is excellent, even on stereo FM. It effectively removes pulse-like noises and has remarkable noise reduction when listening to weak stations
Upgraded Sensitivity: The Malachite DSP SDR Receiver combines unrivaled signal sensitivity (0.3uV up to 1GHz, 82dB dynamic bandwidth) with dual antenna inputs for exceptional reception and seamless communication
Portable, Sturdy and Long-Lasting: The shortwave radio is housed in a sturdy and durable unit with many features. It has a 3.5inch LCD touchscreen with backlight for brightness control. Equipped with a built-in 5000mAh battery and improved charging circuit, it delivers consistent performance. It can be connected to a computer via USB to transmit CAT, IQ, and audio using an external TYPE-C port
【Multi Band HF Antenna】 Experience optimal performance with this hf multiband antenna, capable of working in 40.30.20.17.15.12.10.6 meter 8 bands. Its frequency range spans from 7-50MHz, with an impedance of 50Ω and a maximum power of SSB-100W. With SWR<1.3 on the 40m band and adjustable to 1.1 on other bands, enjoy a stable low standing wave ratio (SWR). Great for POTA/SOTA
【Enhanced Performance & Excellent Reception】 The JPC-12 ham radio hf antenna offers optimal signal reception and transmission with its low standing wave ratio (SWR) and efficient design, providing reliable performance and improved efficiency for both seasoned enthusiasts and beginners. Designed for transmitting and receiving HF and VHF radio signals, it is fully compatible with all Amateur Radio transceivers, enhancing your signal without needing an analyzer or tuner, though these can be beneficial
【Avoid Noise】 The sensing coil has been optimized, and an additional spring has been added to the original design, increasing the force of the spring to ensure more reliable contact with the coil. The new version of the jpc-12 hf radio antenna features a sliding regulator that replaces the adjusting screws and plugs found on the old model. By simply sliding the adjustment block, adjusting the standing wave becomes straightforward and effortless
【Easy to Deploy】This lightweight (1.35kg) portable hf antenna is easy to set up by one person in 5 minutes. Its user-friendly, split design allows for convenient portability and compact storage. Perfect for outdoor platforms, business trips, or balcony installations. Great for travel with its backpack-friendly size
【Reference Data】 Gain reference data for specific frequencies: 7Mhz with 4 circles near the aluminum tube side, retracting the pull rod approximately 10cm, SWR: 1.1-1.3 (on the marked red line with silver). 14Mhz with 6 circles near the rod antenna, retracting the pull rod about 20cm, SWR: 1.1-1.3 (on the marked red line with gold). 21.4Mhz with 4 sections of aluminum tube plus 7 sections of rod antenna + 10cm, SWR:1.1-1.3. 29.6Mb with rod antenna only, fully extended and retracted about half section, SWR: 1.2. Note: Ensure shrapnel contacts marked coils only, avoiding adjacent coils
【Package Contents】 The package contains Aluminum Tubes *4, Stainless Steel Rod Antenna (Top 2.5m) *1, Ground Anchor *1, Ground Mesh 10 Strands *1, Aluminum Alloy Base *1, and Multi-band Inductive Coil *1. The antenna is stable, durable, and corrosion-resistant, designed for easy installation in grass or sand. All components pack into a compact black carry bag
【NOTE】The theards on the aluminum rods is M10 size
2025 Upgraded Tinysa Ultra plus ZS407: With ultra-wide frequency range of 100kHz-7.3GHz, enabling you to capture and analyze a broader spectrum of signals precisely. With 4” IPS-TFT LCD (480×320) display can show a maximum of 450 points per scan, clearly presenting signal details and measurement results. Supports PC control, enabling easy data transfer and analysis
7.3GHz Ultra-Wide Frequency Range: The TinySA Ultra+ ZS407 Spectrum Analyzer covers a frequency range of 0.1 - 900MHz, with Ultra mode enabled up to 7.3GHz, level calibrated up to 7.3GHz. Can observe signals up to 12GHz, which represents a significant improvement over previous models. It can accurately capture and analyze a broader range of signals, making it suitable for a variety of complex RF testing scenarios
Powerful Signal Generation Capability: The Tiny sa Ultra+ ZS407 can act as a Signal Generator with sine wave output between 0.1 MHz and 900 MHz, square wave output up to 6.3 GHz, or RF test signal output up to 7.3 GHz. It has a rich variety of signal generation types and a wide frequency range
High-Gain Low-Noise Amplifier (LNA): The internal LNA gain can reach 20dB up to 7.3GHz, effectively enhancing the reception ability of weak signals. At the same time, at 100MHz, the DANL is as low as -169dBm/Hz when the LNA is on, reducing noise interference and improving the accuracy of signal measurement
Long-Lasting Battery: Equipped with a Li-polymer 3.7V 5000mAh battery, the battery life is significantly increased compared to previous models. It can meet the needs of continuous testing for a long time or outdoor operations, reducing the inconvenience of frequent charging and improving work efficiency. Built-in 32GB micro SD card, solving the on-site data storage issue, convenient for data sharing and storage
Paking List: 1x Tinysa ULTRA+ ZS407 Spectrum Analyzer; 1x 32GB Micro SD card (plugged in the host); 2x 30cm ALSR100 SMA cables; 1 x USB Type-C data cable; 1x SMA-SMA barrel connector; 1x TLanyard and touch plectrum; 1x Antenna with SMA connector; 1x stylus pen