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We are proud to provide some details on some of our main product lines, which include…
- Pin Diode Drivers
- Linearizer Hybrids
- Obsolete & DMS Replacements
- MEMS Drivers
- GaAs MMIC Switch Drivers
- Multifunction and Special Assemblies
- Energy Harvesting Modules
- High Voltage Drivers
- Relay Drivers
- K Series Building Block Hybrids
Hybrid circuits that accept TTL, ECL, PECL (or whatever logic you use) and provide the currents and voltages to drive your PIN diode switch.
Hybrid circuits that take an analog voltage or current and provide an output voltage or current with a user-adjusted curve, such as for linearly driving PIN or GaAs attenuators, Varactor-controlled circuits, or for linearizing the outputs of sensor devices.
We are your best source for drop-in replacements for National Semiconductor obsolete hybrids, such as the LH1605, LH0010, LH0021, LH0041, and the DH0035. MIL-screened, improved, and/or commercial versions are available, in various packaging options.
Impellimax provides a broad line of MEMS drivers, tailored to the specific drive needs of the various MEMS technologies in this rapidly advancing area of technology.
Hybrid or SMT devices that convert a logic level command into the negative complementary output voltages that are needed to drive typical GaAs MMIC switches.
What you need is what you get… SMT, MCM-L, COB, thick or thin film hybrid, or any useful combo that we need to do, to make your design happen.
Impellimax is currently finalizing a patent application on a new aspect of Energy Harvesting. At that time we will be issuing a Press Release and publishing the SP101 Application Note on this website. Until then, please contact the factory for assistance on your Nanopower and Energy Harvesting needs.
High speed moderate voltage drivers provide up to 30V back bias on diodes, but still can maintain 5 MHz repetition rates and high speed switching.
Electromechanical switches use an electromagnetic coil to cause the mechanical actuation of DC and RF switch paths. Impellimax manufactures drivers specially suited to the requirements of these devices. Many electromechanical switches require a high DC current, on the order of tens to hundreds of milliamps, to remain actuated. Additionally, each device has a specified “pull-in” […]
K Series Family is a wide range of new ‘building block’ parts. These parts provide the electrical functions that system designers most typically need, and in a format that is low cost, hermetic, and very compact. These Building Block devices are all housed in the 14 lead K package. Each bullet below is a single […]