FREQUENCY TRIPLERS Search Results

Frequency Triplers

Contextual Info: PASSIVE FREQUENCY TRIPLERS MODEL: MX3M320400 ELECTRICAL SPECIFICATIONS Input frequency range 10.66 – 13.33 GHz Output frequency range 32 – 40 GHz Input power range 8 – 12 dBm Harmonic rejection Fundamental Odd harmonic -55 dBc typical -55 dBc typical

Frequency Triplers

Abstract: SYS3J042072
Contextual Info: ACTIVE FREQUENCY TRIPLERS MODEL: SYS3J042072 ELECTRICAL SPECIFICATIONS Input frequency range 1.4 – 2.4 GHz Output frequency range 4.2 – 7.2 GHz Input power range 4 dBm Output level +12 dB typical Harmonic rejection Input Output -20 dB typical -15 dB typical

Contextual Info: PASSIVE FREQUENCY DOUBLERS A N D TRIPLERS MODEL NUMBER INPUT FREQUENCY GHz INPUT POWER (dBm) OUTPUT FREQUENCY (GHz) CONVERSION LOSS (dB) (Typ./Max.) HARMONIC REJECTION FUND./0DD (dBc, Typ.) OUTLINE NUMBER OPTIONAL OUTLINE 15 15 MX2E MX2E MXF MXF 20 20 20

Frequency Triplers

Abstract: x8 frequency multiplier
Contextual Info: ACTIVE FREQUENCY TRIPLERS 15 MODEL: SYS3J042072105 -5 -10 -15 -20 -25 -30 -35 ELECTRICAL SPECIFICATIONS Input frequency range 1.4 – 2.4 GHz OUTPUT POWER dBm 15 Output frequency range 10 Input power 5 range X1 X2 Output level -5 -10rejection Harmonic -15

frequency multiplier X3

Abstract: Frequency Triplers
Contextual Info: ACTIVE FREQUENCY TRIPLERS CONT. 15 10 5 -5 -10 FUNCTIONAL -15 -20 -25 -30 -35 MODEL: SYS02J ELECTRICAL SPECIFICATIONS Input frequency range 1.4 – 2.4 GHz OUTPUT POWER (dBm) 15 Output frequency range 10 Input power 5 range X1 X2 Output level -5 -10rejection

Frequency Triplers

Contextual Info: PASSIVE FREQUENCY TRIPLERS MODEL: M X 3 M 3 2 0 4 0 0 r ELECTRICAL SPECIFICATIONS 1 Ir put frequency range 1 0 .6 6 - 13.33 GHz Output frequency range 3 2 - 4 0 GHz Irp u t power range 8 - 1 2 dBm Harmonic rejection Fundamental -55 dBc typical Odd harmonic

5 PIN molex

Abstract: Three phase oscillator
Contextual Info: Back to Frequency Generation Products Home VARIABLE FREQUENCY MULTI-SOURCE OSCILLATOR Specifications VFS SERIES VARIABLE FREQUENCY MULTI-SOURCE OSCILLATOR Environmental Conditions Ordering Information Typical Test Data Outline Drawing FEATURES • High performance fixed sources

frequency multipliers

Abstract: Multipliers miteq frequency multipliers
Contextual Info: Back to Frequency Multiplier Home FREQUENCY MULTIPLIERS Intro & Technical Overview FREQUENCY MULTIPLIERS Application Notes Short-Form Listing ISO 9001 REGISTERED COMPANY Detailed Data Sheets Higher-Order Active Assem. Outline Drawings PASSIVE AND ACTIVE • Doublers

MAX16S013015-20P

Contextual Info: ACTIVE FREQUENCY DOUBLERS AND TRIPLERS r ‘I H A R M O N IC IN P U T IN P U T O UTPUT O UTPUT C O N V E R S IO N R E J E C T IO N N O M .D C M ODEL FREQUENCY POW ER FREQUENCY POW ER G A IN IN /O U T POW ER O U T L IN E NUMBER G H z (d B m ) (G H z ) ( d B m , T y p .)

Frequency multiplier

Abstract: "Step Recovery Diode" MSA-08XX HSMP-3820 HSMP-3822 x5 frequency multiplier frequency multiplier 1 mhz step recovery diode pin diode microstrip "frequency tripler"
Contextual Info: Low Cost Frequency Multipliers Using Surface Mount PIN Diodes Application Note 1054 Introduction PIN switching diodes with low values of transition time can multiply frequencies up to C-band similar to step recovery diodes SRD . These diodes are available in the low-cost SOT-23

HP STEP RECOVERY DIODES

Abstract: MSA-08XX Frequency Multipliers x5 Frequency multiplier frequency multiplier 1 mhz HSMP-3822 comb generator
Contextual Info: Low Cost Frequency Multipliers Using Surface Mount PIN Diodes Application Note 1054 Introduction PIN switching diodes with low values of transition time can multiply frequencies up to C-band similar to step recovery diodes SRD . These diodes are available in the low-cost SOT-23

MSA-08XX

Abstract: Frequency Multipliers x5 hsmp-3822 x5 frequency multiplier comb generator pin diode microstrip HSMP-3820 Dielectric Resonator Oscillator DRO frequency multiplier X3 "Step Recovery Diode"
Contextual Info: Low Cost Frequency Multipliers Using Surface Mount PIN Diodes Application Note 1054 Introduction PIN switching diodes with low values of transition time can multiply frequencies up to C-band similar to step recovery diodes SRD . These diodes are available in the low-cost SOT-23 package. Several

diode lt 823

Abstract: "Varactor Diode" ma 4060 MA44700 varactor diode high frequency GHz
Contextual Info: AfaCSM MA44700 Series Dualmode Multiplier Varactors Features • HIGHER EFFICIENCY IN HIGH POWER MULTIPLIER ■ BETTER BANDWIDTH THAN STEP RECOVERY DIODES IN LOW ORDER MULTIPLIERS Description A Dualmode™ diode is specified in a combined variable reactance and time domain mode. The Dualmode™ varactor is specified for both time and frequency domain usage.

LP1186

Abstract: LP1401 LP1402 Frequency tripler AM FM TUNER module 30 kv diode fm tuner LP1193
Contextual Info: Radio, audio and television m odules book 3 part 5 f.m. tuner modules Type N o Sup ply voltage V D escription Frequency tuning range MHz Pow er gain 100M H z dB Dimension« mm L P11 8 6 F.M . tuner w ith diode tuning +8 87.4 to 104.5 30 6 2 x 3 1 x 17 L P1402

LTC1981ES5

Abstract: dual high side MOSFET driver with charge pump LTC1981 LTC1982 Si3442DV Si6925DQ 720 mosfet sot23 LTC1154
Contextual Info: LTC1981/LTC1982 Single and Dual Micropower High Side Switch Controllers in SOT-23 U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO No External Components Required Internal Voltage Triplers Produce High Side Gate Drive for Logic Level FETs Ultralow Power:

dual high side MOSFET driver with charge pump

Abstract: 19812fs LTC1981 LTC1981ES5 LTC1982 Si3442DV Si6925DQ US1080 682 MARKING SOT-23 LTC1154
Contextual Info: LTC1981/LTC1982 Single and Dual Micropower High Side Switch Controllers in SOT-23 U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO No External Components Required Internal Voltage Triplers Produce High Side Gate Drive for Logic Level FETs Ultralow Power:

Contextual Info: LTC1981/LTC1982 Single and Dual Micropower High Side Switch Controllers in SOT-23 FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ U ■ DESCRIPTIO No External Components Required Internal Voltage Triplers Produce High Side Gate Drive for Logic Level FETs Ultralow Power:

very simple walkie talkie circuit diagram

Abstract: walkie talkie circuit diagram fm transmitter project report walkie talkie, pcb layout and Schematic 2.4 ghz FM TRANSMITTER CIRCUIT DIAGRAM design of FM transmitter final year project Design and construction Wave FM radio transmitter vhf transmitter of walkie talkie circuit diagram simple walkie talkie circuit diagram MC1648 modulator fm
Contextual Info: I To Design and Build a Portable, Miniaturised, Multichannel FM Transmitter Author Francis Mc Swiggan 9427406 Supervisor Dr. Máirtín Ó Droma University Of Limerick Course B. Eng. Electronic Engineering LM070 Submitted in part requirement for final year project to

Pldro

Abstract: dielectric resonator oscillator PLDRO-10-7000-5P
Contextual Info: M/TQS00216 ULTRA-LOW NOISE PHASE-LOCKED DIELECTRIC RESONATOR OSCILLATOR :EATURES • • • • Ultra-low phase noise Reference from 5 to 200 MHz Internal reference available Small package Low power consumption The Phase-Locked DRO PLDRO is designed for ultralow phase noise applications. It is a dual-loop design

dielectric resonator oscillator

Abstract: PLDRO-10-7000-5P DIELECTRIC COAXIAL RESONATOR PLDRO-13
Contextual Info: PLDRO SERIES FEATURES • • • • • Ultra-low phase noise Reference from 5 to 200 MHz Internal reference available Small package Low power consumption ULTRA-LOW NOISE PHASE-LOCKED DIELECTRIC RESONATOR OSCILLATOR The Phase-Locked DRO PLDRO is designed for ultralow phase noise applications. It is a dual-loop design

crystal oscillator burn-in data

Contextual Info: BC0 SERIES: 0.25 – 4 GHz FUNDAMENTAL 4 – 16 GHz (MULTIPLIED) HIGH-VALUE PHASE-LOCKED COAXIAL RESONATOR OSCILLATOR FEATURES • Low cost • Phase locked to external standard or internal crystal reference • High Q ceramic resonator • Low phase noise

Contextual Info: BC0 SERIES: 0.25 – 4 GHz FUNDAMENTAL 4 – 16 GHz (MULTIPLIED) HIGH-VALUE PHASE-LOCKED COAXIAL RESONATOR OSCILLATOR FEATURES • Low cost • Phase locked to external standard or internal crystal reference • High Q ceramic resonator • Low phase noise

PLDRO-10-7000-5P

Contextual Info: PLDRO SERIES FEATURES • • • • • Ultra-low phase noise Reference from 5 to 200 MHz Internal reference available Small package Low power consumption ULTRA-LOW NOISE PHASE-LOCKED DIELECTRIC RESONATOR OSCILLATOR The Phase-Locked DRO PLDRO is designed for ultralow phase noise applications. It is a dual-loop design

Star Delta Control circuit

Abstract: impulse generator microwave digital filter calculus signal generator mhz linear convolution for discrete time "Band Pass Filters" Spectrum Signal Processing
Contextual Info: CHAPTER 13 Continuous Signal Processing Continuous signal processing is a parallel field to DSP, and most of the techniques are nearly identical. For example, both DSP and continuous signal processing are based on linearity, decomposition, convolution and Fourier analysis. Since continuous signals cannot be directly