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SOLUTIONS
Mini-Circuits offers a wide selection of benchtop signal sources and measurement instruments for RF test and measurement applications. Comprising synthesized signal generators, power sensors and a 2-port vector network analyzer, our product line provides powerful functionality for an exceptional value with industry-leading quality and technical support.
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Please use the below filters to narrow down your search according to your required parameters.
You may also sort each column (alphabetic or numeric) by clicking on their header.
Please use the below filters to narrow down your search according to your required parameters.
You may also sort each column (alphabetic or numeric) by clicking on their header.
Please use the below filters to narrow down your search according to your required parameters.
You may also sort each column (alphabetic or numeric) by clicking on their header.
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Mini-Circuits synthesized signal generators (SSG series) cover 1 MHz to 44 GHz across the family. The SSG-6001RC starts at 1 MHz, the SSG-9G-RC covers 10 MHz–9 GHz, and the SSG-44G-RC and SSG-44GHP-RC extend to 44 GHz. Mid-range and mmWave options include the SSG-15G-RC (15 GHz), SSG-30G-RC (30 GHz) and SSG-33GHP-RC (33 GHz).
The SSG-1R5G-RC, SSG-1R5GD-RC, SSG-5N9G-RC, SSG-5N9GD-RC, SSG-8N12G-RC, SSG-8N12GD-RC, SSG-9G-RC, SSG-9GD-RC, SSG-R7N6G-RC and SSG-R7N6GD-RC all support CW, pulsed, AM, FM and chirp modulation. The higher-frequency models (SSG-15G-RC, SSG-30G-RC, SSG-33GHP-RC, SSG-44G-RC) support CW and pulsed modulation only.
Yes. Five dual-channel models are available, all identified by the “D” in the part number: SSG-1R5GD-RC (10–1500 MHz), SSG-R7N6GD-RC (700–6000 MHz), SSG-9GD-RC (10 MHz–9 GHz), SSG-5N9GD-RC (5–9 GHz) and SSG-8N12GD-RC (8–12.5 GHz). Dual-channel units halve rack space and cost per channel in two-tone, phase-coherent or MIMO test setups.
CW sensors (e.g. PWR-8GHS) measure unmodulated carriers and are the most economical choice for basic power measurement. RMS sensors (e.g. PWR-6RMS-RC, PWR-18RMS-RC) measure true average power of modulated signals such as LTE, 5G NR and Wi-Fi, where crest factor would otherwise cause errors. Peak & average sensors (e.g. PWR-8P-RC, PWR-18PWHS-RC) capture both peak envelope power and average power, which is required for pulsed radar and burst transmissions.
The PWR series spans 9 kHz to 40 GHz with input power from –60 dBm to +20 dBm. The PWR-4GHS starts lowest at 9 kHz, the PWR-40PW-RC reaches highest at 40 GHz, and the PWR-18PWHS-RC covers 50 MHz–18 GHz with 80 dB typical dynamic range. Sensors with –60 dBm sensitivity (PWR-8P-RC, PWR-8PW-RC, PWR-9PWHS-RC, PWR-9RMS-RC, PWR-18PWHS-RC, PWR-18RMS-RC) deliver the widest 80 dB dynamic range.
The PWR-18PWHS-RC and PWR-9PWHS-RC are the fastest, with a typical measurement speed of 13 nanoseconds (1.3 × 10⁻⁵ ms). The PWR-8PW-RC follows at 50 ns and the PWR-40PW-RC at 50 ns. By comparison, standard CW sensors such as the PWR-6GHS measure in about 30 ms — roughly a million times slower — which is why peak sensors are the right choice for pulse profiling and rise/fall-time capture.
Yes. The PWR-2.5GHS-75 is a 75 Ω USB power sensor covering 100 kHz to 2.5 GHz with a –30 to +20 dBm input range and 50 dB typical dynamic range. It is intended for cable TV, DOCSIS, broadcast and other 75 Ω infrastructure where a 50 Ω sensor would introduce mismatch error.
Yes. The FCPM-6000RC is a combined USB/Ethernet frequency counter and power meter covering 1 MHz to 6 GHz, with an input range of –30 to +20 dBm, 50 dB typical dynamic range, 30 ms power measurement speed, and a selectable frequency sample time of 0.1 to 3 seconds. It removes the need for two separate benchtop instruments in production and field-service setups.
Yes. Every unit ships with a user-friendly GUI plus a full API, supporting USB and Ethernet control; several signal generators (SSG-9G-RC, SSG-33GHP-RC, SSG-44G-RC and others) additionally support daisy chaining so multiple units run from a single host connection. DLLs and ActiveX/COM objects allow integration with C#, C++, Python, MATLAB and LabVIEW, making the instruments straightforward to drop into an automated test executive.
Yes. The SSG-1R5G-RC, SSG-1R5GD-RC, SSG-R7N6G-RC, SSG-R7N6GD-RC, SSG-5N9G-RC, SSG-5N9GD-RC, SSG-8N12G-RC, SSG-8N12GD-RC, SSG-9G-RC and SSG-9GD-RC all run from PoE or a 6 V DC supply. PoE operation simplifies remote and distributed test installations by carrying data and power over a single cable; the higher-frequency models (SSG-30G-RC, SSG-33GHP-RC, SSG-44G-RC) require 12 V DC.
You can buy Mini-Circuits signal generators and power sensors in Israel via MCDI, the exclusive representative of Mini-Circuits in Israel. MCDI also has an application engineering team that helps you with your local support needs. Reach MCDI at 077-5406075, via the website contact form, or on WhatsApp.
Before you leave, you should know that MCDI’s professional team of Application Engineers will be delighted to assist you in sourcing the right component. Just fill the form and we will be back to you shortly.