MICROSTRIP BOARD Search Results

microstripline FR4

Abstract: SN60
Contextual Info: INSTALLATION AND RF MATCHING OF APPLICATION NOTES POWER TERMINATIONS FOR MICROSTRIP AND STRIPLINE APPLICATIONS Typical microstrip installation Flange-Mounted Conduction Cooled Terminations are presently available for power levels up to 800 watts for use in microstrip or stripline

torlon

Contextual Info: RF Test Socket w/Replaceable Contact Strips FEATURES • User replaceable patented Microstrip contacts which lie flat on the DUT board, and become part of the transmission line decreasing down-time. • Same high-frequency performance of our standard Microstrip™ contacts.

microstrip antenna

Contextual Info: UM9601-UM9608 PIN DIODE For Microstrip 900MHz Antenna Switches and Microwave Applications Features • Low Inductance Shunt Mount Package • Characterized for Microstrip • Microsemi Ruggedness and Reliability • High Power Handling Capability • Low Bias Current Requirement

900mhz chip antenna

Abstract: M9608 1270-016 microwave transmitter circuit diagram microstrip antenna HIGH POWER ANTENNA SWITCH PIN DIODE pin diode microstrip Microwave PIN diode 10KW 25KW
Contextual Info: UM9601-UM9608 PIN DIODE For Microstrip 900 M H z Antenna Switches and Microwave Applications Features • Low Inductance Shunt Mount Package • Characterized for Microstrip • Unitrode Ruggedness and Reliability • High Power Handling Capability • Low Bias Current Requirement

M9608

Abstract: microwave transmitter circuit diagram 1270-016 Microwave PIN diode UM9601, PIN Diode UM9808 10KW 25KW UM9401 UM9601
Contextual Info: UM9601-UM9608 PIN DIODE For Microstrip 900MHz Antenna Switches and Microwave Applications Features • Low Inductance Shunt Mount Package • Characterized for Microstrip • Microsemi Ruggedness and Reliability • High Power Handling Capability • Low Bias Current Requirement

balun differential to single

Abstract: balun CC2430EM SWRA098D SWRA098B SWRA098 CC2420 CC2420EM cadstar Implementation of Microstrip Balun for CC2420, CC243x, and CC2480
Contextual Info: Design Note DN003 Implementation of Microstrip Balun for CC2420, CC243x, and CC2480 By Audun Andersen Keywords • • • • • 1 • • • • Balun Microstrip CAD tool DXF Gerber CC2420 CC2430 CC2431 CC2480 Introduction To reduce the number of components and

FR4 dielectric constant at 2.4 Ghz

Abstract: SHF-0189 S12VS
Contextual Info: Microstrip Segment Specifications Preliminary Preliminary SHF-0189 DC-3GHz, 0.5 Watt GaAs HFET 900 MHz Application Circuit at 25° C Vds=8V, Idq=100mA Microstrip Segment Specifications Ref. desig. Value Part Number /Style Ref. desig. Value Cd1,8 18 pF RO HM MCH18 series

VCO Evaluation Kit

Contextual Info: Voltage Controlled Oscillator - VCO Evaluation Board Features Applications ! For up to 5 GHz ! SMA-Connectors ! 50 Ohms Microstrip ! Performance Test ! Equipment Correlation ! Noise Measurements Description To simplify performance evaluation, Raltron offers

IEC 60169

Abstract: IEC 60169 2
Contextual Info: FMC FMC 1FMC The new, extremely small designed connector series FMC - Flexible Microstrip Connectors* - are designed for PCB applications on tightest spaces. Compensation correction) of radial and axial misalignments in board- to- board connections, using so- called bullets.

connector FMC

Abstract: IEC 60169 2
Contextual Info: 2 FMC FMC FMC 1FMC The new, extremely small designed connector series FMC - Flexible Microstrip Connectors* - are designed for PCB applications on tightest spaces. Compensation correction) of radial and axial misalignments in board- to- board connections, using so- called bullets.

DIN EN 60068

Abstract: IEC 60169 2
Contextual Info: Serie FMC SERIES FMC FMC FMC 3FMC The new, extremely small designed connector series FMC - Flexible Microstrip Connectors* - are designed for PCB applications on tightest spaces. Compensation correction) of radial and axial misalignments in board- to- board connections, using so- called bullets.

Contextual Info: OSMT Surface Mount Coaxial Connectors Recommended Mounting Pattern for Microstrip Line 5.3 .207 0.5 (.020) VIA 3 PLCS 2.9 (.113) (SEE NOTE 2) 0.6 (.024) 1.2 (.047) 1.2 (.047 ) 1.2 (.047) 2. These dimensions valid for 1.6 (.062) board thickness. 1.6 (.064)

design dielectric resonator oscillator

Abstract: wide band rf reference designs DIELECTRIC COAXIAL RESONATOR varactor diode q factor measurement J048A
Contextual Info: A COMPARISON OF MICROSTRIP & COAXIAL RESONATOR VOLTAGE CONTROLLED OSCILLATOR DESIGN APPROACHES APPLICATIONS single transistor driven into oscillation with positive feedback and frequency changed with a varactor tuned resonant circuit. The resonant element for the

THV450C

Abstract: CS02025D analog voltmeter thermal compound wps D1030UK HEATSINK PASTE WPS
Contextual Info: THV450C 480W pep –27dBc min Tetrafet Technology Amplifier Designed for analog and digital TV transposers and transmitters, this amplifier incorporates microstrip technology and push-pull TETRAFET to enhance ruggedness and reliability. • • • • •

FSX017L

Abstract: S12MAG Eudyna Devices X BAND power amplifiers
Contextual Info: FSX017LG General Purpose GaAs FET FEATURES • Medium Power Output: P1dB = 16.0dBm Typ. @12.0GHz • High Power Gain: G1dB = 8.0dB (Typ.)@12.0GHz • Proven Reliability • Cost Effective Hermetic Microstrip Package • Tape and Reel Available DESCRIPTION

Match The Ports Of Differential Devices

Contextual Info: Match The Ports Of Differential Devices This straightforward approach shows how to match the impedances of high-frequency, differential devices both with discrete components and microstrip circuit elements. Stephane Wloczysiak | ED Online ID #22407 | February 2010

TO8B

Contextual Info: TO-8 PACKAGE MOUNTING INSTRUCTIONS Along with good RF grounding, good thermal conduction must exist between the TO-8 amplifier and the microstrip board on which it is mounted. Watkins-Johnson Company employs two methods of mounting TO-8 packaged devices. These methods are mounting

400w audio amplifier

Abstract: dvb-t transmitters THV500 400w transistor audio amplifier audio amplifier with output of 400w ING01 amplifier 400W analog voltmeter RF Amplifier 500w Audio Power Amplifier 400W circuit
Contextual Info: THV500 500W pep –27dBc min Tetrafet Technology Amplifier Designed for analog and digital TV transposers and transmitters, this amplifier incorporates microstrip technology and push-pull TETRAFET to enhance ruggedness and reliability. • • • • •

LDU60

Abstract: ldmos MRF373A dvb-t transmitters MRF37 LDU60-R
Contextual Info: LDU60-R 80W pep –27dBc LDMos Technology Amplifier Designed for analog and digital TV transposers and transmitters, this amplifier incorporates microstrip technology and single end LDMos Devices to enhance ruggedness and reliability. • • • • • •

Contextual Info: Press-in Termination, 50 Ohm dc - 4 GHz TM99-0001-000 Features • • • • • Press In Design for Easy Installation Solderable Pin for Mounting on Microstrip Board Low VSWR 2 Watts Power Handling Other styles available including Screw In and Flange Mount

THU2604

Abstract: THU2604-T TPV8100 Pallet UHF Power Amplifier PAG24 316333 uhf linear amplifier
Contextual Info: THU2604 230 W Class AB UHF Amplifier Designed for TV transposers and transmitters, this amplifier incorporates microstrip technology and discrete linear push-pull transistors with diffused emitter ballast resistors to enhance ruggedness and reliability. •

THV15-V2

Abstract: 15w mosfet power amplifier CROMA MS1277 mosfet vhf power amplifier
Contextual Info: THV15-V2 15 W Class A VHF Amplifier Designed for TV transposers and transmitters, this amplifier incorporates microstrip technology and discrete linear transistor and mosfet whith gold metallization and diffused emitter ballast resistors to enhance ruggedness and reliability.

Contextual Info: SIS RF Coaxial Connectors Introduction ITT Cannon Intermediate Slide-On Series SIS have a line size between SMA and SSMA and were primarily designed for use with stripline or microstrip. However, adaptors to other series and printed circuit board connectors have been added

5082-3040

Abstract: Hewlett-Packard microwave pin diode D4 DIODE
Contextual Info: hH Broadbanding the Shunt PIN Diode SPDT Switch Application Note 957-1 In the design of a stripline or microstrip SPDT PIN diode switch, bandwidth and physical construction are often important considerations. Three basic design approaches for single pole,