New Class AB High Power Amplifiers Incorporate GaN, LDMOS or VDMOS Semiconductor Technology
Support octave bands ranging from 20 MHz to 18 GHz that feature saturated output power levels ranging from 10 W to 200 W and power gain up to 53 dB. Offers 2 heatsink modules with DC controlled cooling fans and uses SMA or N-Type connectors. Operating temperature range from -20°C to +60°C and can withstand relative humidity exposure up to 95% maximum.
Read More »
New MAMG-100227-010 Amplifier Module with 22 dB Power Gain
Available with fully-matched and covers wide 225–2600 MHz frequency range. Features 28 V operation and 36 V. Ideal for tactical military communications, LMR and wireless markets.
Read More »
New Three-stage Low Noise Amplifier Designed to Operate from 18 to 31.5 GHz
MAAL-011129 available with high gain and broadband 50 Ω match. Housed in a lead-free 2 mm 8-lead PDFN plastic package. Includes integrated active bias circuit and bias tee to allow direct connection to VDD without external chokes or DC blocks.
Read More »
New Single Band Solid State GaN Amplifiers Designed For Product Testing
Model 2223 comes complete with internal DDC, external forward and reverse sample ports and web served GUI. Model 2222 is ideal for conducted testing with any modulation scheme CW/Pulse/OFDM/AM/FM/Multi-tone. Model 1219 utilizes 50V Gan on SiC.
Read More »
Custom Presentation Kits - Elevating ideas from conception to creation!
To find out more about how you can get a custom presentation kit tailored to your exact needs, download this whitepaper now.
Read More »
New Current-sense Amplifier and Comparators Enables to Design Small Systems While Maintaining High Performance
INA185 enables the use of lower-value shunt resistors to cut system power consumption. TLV4021 and TLV4041 comparators monitor voltages as low as 0.2-V internal reference. Features threshold accuracy of 1% across full temperature range from -40°C to +125°C.
Read More »
VadaTech Presents VPX981 Optical Amplifier/Splitter Module That Features Blind-Mate Optical Interconnect
Designed for use in 6U OpenVPX platforms that require signal distribution over fiber. Offers power matching outputs between ±1 dB and optical I/O over single mode 1551 nm fibers. Suitable for embedded computing, radar and electronic systems.
Read More »
New WBA0180210A Features 1.25:1 VSWR and 50 Ohm Impedance
Provides 0.27 dB noise figure with 27 dB of gain and +10 dBm P1dB at 12V DC operation. Available in a standard SMA-connectorized gold plated package. Features +/-0.10 dB gain flatness and +23.0 dBm output IP3.
Read More »
New Input-Protected Low-Noise Amplifiers Operate with Bias Voltage of +12V Typical Over Temperature Range of -40 to +85 degree C
Consists of 12 different models that cover a broad range of frequency bands from 10 MHz to 3.5 GHz. Includes low noise figure levels from 0.8 to 1.6 dB, high-small signal gain ranging from 25 to 40 dB and low VSWR levels from 1.3:1 to 1.5:1. Ideal for radar systems, EW applications, military/microwave radios, wireless and satellite communications and test instrumentation.
Read More »
New Cobalt Digital 9914DA Series Distribution Amplifiers Controlled with Remote Control Panels
9914DA-4x16-XPT-12G provides the advantage of its flexible crosspoint routing for 4K and 8K signals. Provides four input channels that can be crosspoint-routed to 16 DA outputs. Quad-input capacity supports 8K quad-link content over 12G-SDI interfaces.
Read More »New MMA053AA Amplifier Features Compact Die Size of 3 mm X 2.25 mm X 0.07 mm and Internally Matched I/Os to 50 Ohm
Gain flatness over the DC to 8 GHz frequency range varies by only ±0.5 dB. Provides 17 dB of gain, +43 dBm output IP3 and +31 dBm of output power at 3 dB compression, while requiring only 410 mA from an 11 V supply. Ideal for EW, ECM, radar and test equipment applications.
Read More »
Does Your Parking Lot Make a Good First Impression?
To enhance its appearance by removing oil stains, Terminator-HSD uses micro bacteria to remove the stain without harsh chemicals, acids, or detergents. Check out the video to learn more.
Read More »
