Share this emailCopy the public link or share it on your favorite channel.
MCDI, Mini-Circuits Exclusive Representative In Israel
Adapters | Amplifiers | Attenuators | Bias Tees | Cables | Couplers | DC Blocks | Equalizers | Filters | Frequency Mixers | Frequency Multipliers | Impedance Matching Pads | Limiters | Modulators/Demodulators | Oscillators | Phase Detectors | Phase Shifters | Power Detectors | Power Splitters/Combiners | 90°/180° Hybrids | RF Chokes | Switches | Synthesizers | Terminations | Transformers & Baluns | Waveguides | High Power Test Systems | Instrumentation Amplifiers | Modular Test Systems | Mechanical Switch Matrices | Mesh Network Test Systems | NxM Switch Matrices | Panel Mounted Structures | Programmable Attenuators | Signal Distribution Systems | Signal Generation And Measurement | Solid State Switch Systems | Test Accessories | Custom Test Systems | RF Energy
Dear reader,

This week I have selected 5 Mini-Circuits products and a new article: "Introduction to RF Power Measurements" for you to discover.

I hope you will enjoy the read and look forward to be of further assistance to you.

As always, please feel free to contact us with any questions you may have.

Aharon

NEW ENGINEERING ARTICLE

Introduction to RF Power Measurements

Introduction to RF Power Measurements
Categories: Power Sensor

Power is a necessary parameter to measure across a wide range of modern applications. Power is defined as work per unit of time. It includes units of measure such as horsepower, watts, calories per second and BTU per second, depending on the domain of interest. Electrical power is typically measured in watts, defined as one Joule per second. With RF circuits, dBm, a logarithmic representation of power level relative to the milliwatt, is often used.

An assortment of instruments and methods are used for measuring power. In this article, we will limit the discussion to electrical power, defined as voltage multiplied by current. We will further narrow the discussion to RF power, which implies higher frequency, say signals greater than 10 MHz, requiring more sophisticated instrumentation than a voltmeter due to the behavior of high-frequency electrical signals.

It is important to select the appropriate technique for measuring RF power in a given scenario. If the signal level is too high, the instrument input will become saturated; distortion, harmonics, spurious and other non-linear signals could occur. If the signal level is too low, the signal will be buried in the noise floor, making it difficult to retrieve.

Continue reading

PMA3-5123+

SMT Low Noise Amplifier

5.5 - 12.5 GHz, 50Ω

PMA3-5123+
Categories: Amplifiers

The PMA3-5123+ is a pHEMT-based ultra-low noise MMIC amplifier with high IP3 and flat gain. Operating from 5.5 to 12.5 GHz, this amplifier features high dynamic range with typical 1.0 dB noise figure, 21.6 dB gain, +16.8 dBm P1dB, and +28.1 dBm OIP3. This combination of characteristics makes it ideal for sensitive, high dynamic range receiver applications. The device is …

Continue reading

ZVA-18443TCX+

Temperature Compensated Amplifier

18 - 43.5 GHz, 50Ω

ZVA-18443TCX+
Categories: Amplifiers

Mini-Circuits’ ZVA-18443TCX+ is a coaxial, wideband, medium power amplifier, operating from 18 to 43.5 GHz which automatically adjusts Gain in real time to offset the effects of temperature change. The model operates over a single supply range of +10 to +15 V, allowing users to choose their desired operating voltage. Internal DC-DC conversion circuitry maintains consistent efficiency over the full …

Continue reading

LFCV-3002+

LTCC SMT Low Pass Filter

DC - 30 GHz, 50Ω

LFCV-3002+
Categories: Filters

Mini-Circuits’ LFCV-3002+ is a miniature low-temperature co-fired ceramic (LTCC) low pass filter with a DC to 30 GHz passband that supports a variety of applications. Due to its rugged monolithic construction, this model provides a 2.8 dB typical insertion loss over a wide band. Housed in a small 1210 ceramic form factor, the filter is ideal for dense signal chain …

Continue reading

VHFG-1630+

LTCC High Pass Filter

1850 MHz - 11 GHz

VHFG-1630+
Categories: Filters

VHFG-1630+ is a 50ohm high pass filter built in rugged unibody construction. Covering 1850-11000 MHz bandwidth, these units offer good matching within the passband and good rejection in stopband. VHFG-1630+ offer low insertion loss, and excellent power handling capability. It handles up to 4 W RF input power and provides a wide operating temperature range from -55°C to 125°C.

Continue reading

RMK-5-972+

5X SMT Multiplier

Output Freq 8100 - 9750 MHz

RMK-5-972+
Categories: Multipliers

Mini-Circuits’ RMK-5-972+ frequency multiplier provides a multiplication factor of 5, converting input frequencies from 1620 to 1950 MHz to output frequencies from 8100 to 9750 MHz, supporting applications such as synthesizers, local oscillators, satellite up and down converters and more. The unit provides an input power range from +7 to +11 dBm, 28.5 dB conversion loss, and good harmonic suppression. …

Continue reading

GET ENGINEERING SUPPORT

Aharon
Aharon Sagiv
FAE Technical Manager
Tel: 03-7988118
Mobile: 054-4600801
ilan2022a
Ilan Strusman
FAE
Tel: 03-6736696
Mobile: 054-2008813
Yaniv Nakash
FAE
Tel: 03-5406052
Mobile: 054-4999216

Our Engineering Team is here to help you!

MCDI, Mini-Circuits Exclusive Representative in Israel, hosts a professional team of Application Engineers with decades of experience. Our Engineers are here to assist with identifying the products that are just right for you, advise on correct setups and solutions. They are just a phone call or an email away and also will be delighted to meet you at your location throughout Israel. You may call them directly by clicking on their picture or visit our support page.
MCDI, Mini-Circuits Exclusive Representative In Israel
custom website custom linkedin 
Unsubscribe | Manage your subscription