Integra Technologies, Inc. BiPolar Pallets & Modules IBP1011L900

Description
The high power pulsed avionics pallet part number IBP1011L800 is designed for L-Band avionics systems operating at 1030 MHz. While operating in class C mode under Mode S-ELM pulse burst conditions at VCC = 48V, this amplifier supplies a minimum of 900 watts of peak pulse power. It utilizes a low loss internal input impedance matching structure to yield maximum device gain and to ease the implementation of external matching circuitry. The new generation bipolar transistor geometry utilizes a gold metallization system to achieve maximum reliability. Emitter ballast resistance is incorporated on the active cell for optimum thermal distribution and maximum reliability. All devices are 100% screened for large signal RF parameters.
Description
The high power pulsed avionics pallet part number IBP1011L800 is designed for L-Band avionics systems operating at 1030 MHz. While operating in class C mode under Mode S-ELM pulse burst conditions at VCC = 48V, this amplifier supplies a minimum of 900 watts of peak pulse power. It utilizes a low loss internal input impedance matching structure to yield maximum device gain and to ease the implementation of external matching circuitry. The new generation bipolar transistor geometry utilizes a gold metallization system to achieve maximum reliability. Emitter ballast resistance is incorporated on the active cell for optimum thermal distribution and maximum reliability. All devices are 100% screened for large signal RF parameters.

Suppliers

Company
Product
Description
Supplier Links
BiPolar Pallets & Modules - IBP1011L900 - Integra Technologies, Inc.
El Segundo, CA, USA
BiPolar Pallets & Modules
IBP1011L900
BiPolar Pallets & Modules IBP1011L900
The high power pulsed avionics pallet part number IBP1011L800 is designed for L-Band avionics systems operating at 1030 MHz. While operating in class C mode under Mode S-ELM pulse burst conditions at VCC = 48V, this amplifier supplies a minimum of 900 watts of peak pulse power. It utilizes a low loss internal input impedance matching structure to yield maximum device gain and to ease the implementation of external matching circuitry. The new generation bipolar transistor geometry utilizes a gold metallization system to achieve maximum reliability. Emitter ballast resistance is incorporated on the active cell for optimum thermal distribution and maximum reliability. All devices are 100% screened for large signal RF parameters.

The high power pulsed avionics pallet part number IBP1011L800 is designed for L-Band avionics systems operating at 1030 MHz. While operating in class C mode under Mode S-ELM pulse burst conditions at VCC = 48V, this amplifier supplies a minimum of 900 watts of peak pulse power. It utilizes a low loss internal input impedance matching structure to yield maximum device gain and to ease the implementation of external matching circuitry. The new generation bipolar transistor geometry utilizes a gold metallization system to achieve maximum reliability. Emitter ballast resistance is incorporated on the active cell for optimum thermal distribution and maximum reliability. All devices are 100% screened for large signal RF parameters.

Supplier's Site

Technical Specifications

  Integra Technologies, Inc.
Product Category RF Amplifiers
Product Number IBP1011L900
Product Name BiPolar Pallets & Modules
Applications Radar Systems
Frequency Range 1030 MHz
Minimum Gain 9.7 dB
Maximum Gain 9.7 dB
Unlock Full Specs
to access all available technical data

Similar Products

Specs
Applications RF Microwave
Package Type Surface Mount; 5-MPAK
View Details
SMT MMIC, Medium Power, Linear Transistor, 50 MHz to 10 GHz, 50Ω, 2x2 mm QFN Style Package - TAV2-14LN+ - Mini-Circuits
Specs
Amplifier Type Power Amplifier
Operating Temperature -40 to 85 C (-40 to 185 F)
MMIC Tech. MMIC
View Details
Low Phase Noise Amplifiers - HX2600 - Maury Microwave
Specs
Amplifier Type Low Noise Amplifier
Frequency Range 10 to 6000 MHz
Minimum Gain 11 dB
View Details
Specs
Applications RF Microwave
Frequency Range 1800 to 2800 MHz
Minimum Gain 26 dB
View Details