X5 FREQUENCY MULTIPLIER Search Results

x5 frequency multiplier

Contextual Info: X5 Frequency Multiplier 50Ω RMK-5-51+ Output 37.5 to 52.5 MHz The Big Deal • High rejection of adjacent harmonics, 50 dBc typ. • 50 Ω in/out, no tuning necessary • Very low cost, $19.95 qty. 10-49 CASE STYLE: TT1224 Product Overview The RMK-5-51+ is a cost-effective X5 frequency multiplier that utilizes specially selected silicon Schottky diodes and compatible

Contextual Info: X5 Frequency Multiplier 50Ω RMK-5-2751+ Output 2250 to 2750 MHz The Big Deal • High rejection of adjacent harmonics, >57 dBc • 50 Ω in/out, no tuning necessary • Very low cost, $19.95 qty. 10-49 CASE STYLE: TT1224 Product Overview The RMK-5-2751+ is a cost-effective X5 frequency multiplier that utilizes specially selected silicon Schottky diodes and compatible filter circuitry to achieve a low conversion loss, yet have a high rejection of unwanted harmonics near its F5 output. It makes

x5 frequency multiplier

Abstract: CY22800 CY22800FXC
Contextual Info: Application Note AN6029 CY22800FXC-004A, x5 Clock Multiplier This document describes the programmed values and functions of CY22800FXC-004A. Refer to the CY22800 data sheet for detailed product description and specifications. Features • Wide input and output frequency ranges

CY2XP22ZXC

Abstract: CY2XP22ZXCT
Contextual Info: PRELIMINARY CY2XP22 Crystal to LVPECL Clock Generator Features • One LVPECL Output Pair ■ Pb-free 8-Pin TSSOP Package ■ Selectable Frequency Multiplication: x2.5 or x5 ■ Supply Voltage: 3.3V or 2.5V ■ External Crystal Frequency: 25.0 MHz ■ Commercial and Industrial Temperature Ranges

x5 frequency multiplier

Contextual Info: CY22800FXC-004A x5 Clock Multiplier This document describes the programmed values and functions of CY22800FXC-004A. Refer to the CY22800 data sheet for detailed product description and specification. Features • Wide input and output frequency ranges • Low cycle-to-cycle jitter

apache

Abstract: CY2XP22ZXC CY2XP22ZXCT
Contextual Info: PRELIMINARY CY2XP22 Crystal to LVPECL Clock Generator Features • One LVPECL Output Pair ■ Pb-free 8-Pin TSSOP Package ■ Selectable Frequency Multiplication: x2.5 or x5 ■ Supply Voltage: 3.3V or 2.5V ■ External Crystal Frequency: 25.0 MHz ■ Commercial and Industrial Temperature Ranges

Contextual Info: CY2XP22 Crystal to LVPECL Clock Generator Features • Pb-free 8-Pin TSSOP package ■ Supply voltage: 3.3 V or 2.5 V ■ Commercial and Industrial temperature ranges ■ One LVPECL output pair ■ Selectable frequency multiplication: x2.5 or x5 ■ External crystal frequency: 25.0 MHz

7533a

Contextual Info: X5 Frequency Multiplier 50Ω RMK-5-2751+ Output 2250 to 2750 MHz The Big Deal •฀ High฀rejection฀of฀adjacent฀harmonics,฀>57฀dBc •฀ 50฀Ω in/out, no tuning necessary •฀ Very฀low฀cost,฀$19.95฀ qty.฀10-49 CASE STYLE: TT1224

Contextual Info: X5 Frequency Multiplier 50Ω RMK-5-51+ Output 37.5 to 52.5 MHz The Big Deal •฀ High฀rejection฀of฀adjacent฀harmonics,฀50฀dBc฀typ. •฀ 50฀Ω in/out, no tuning necessary •฀ Very฀low฀cost,฀$19.95฀ qty.฀10-49 CASE STYLE: TT1224

Contextual Info: X5 Frequency Multiplier 50Ω RMK-5-751+ Output 500 to 750 MHz The Big Deal •฀ High฀rejection฀of฀adjacent฀harmonics,฀>60฀dBc •฀ 50฀Ω in/out, no tuning necessary •฀ Very฀low฀cost,฀$19.95฀ qty.฀10-49 CASE STYLE: TT1224 Product Overview

Contextual Info: SECTION FOUR FREQUENCY MULTIPLIERS AND ACTIVE SUBSYSTEMS 4 – 40 GHz 2 – 22 GHz RF IN N FREQ RF OUT TD FOM (Odd Harmonic) Filter X5 Filter X2 X2 BIAS RF INPUT RF IN (GHz) MODEL NUMBER 0.25 0.50 .12 .14 .5 .5 2 – – – – – – – 1.0 2.0 .25 .16

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

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

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

x10 frequency multiplier

Abstract: frequency multiplier X3 x11 frequency multiplier x7 frequency multiplier 7313 ZX90-12-63 x5 frequency multiplier
Contextual Info: Frequency Multiplier X12 ZX90-12-63+ Typical Performance Curves Harmonic X1 Output 70 9 68 X1 Output @ RF IN=-4dBm 8 66 X1 Output @ RF IN=0dBm Harmonic Ouput (-dBc) Conversion Loss (dB) Conversion Loss X12 Output 10 7 6 5 4 3 2 Conversion Loss X12 Output @ RF IN=-4Bm

x11 frequency multiplier

Abstract: ABX0112 x10 frequency multiplier PHASE LOCKED LOOP
Contextual Info: ABX0112 Dual Output PLL Clock with Selectable Odd Multiplier FEATURES • • Selectable multipliers x2.5, x2.75, x3, x4.25, x5, x5.5, x5.75, x6, x6.25, x10, x11, x11.5, x12, x12.5 . Crystal input range, 13MHz to 31MHz (see Selection Table for detailed acceptable input

Contextual Info: DATASHEET ICS601-21 LOW PHASE NOISE CLOCK MULTIPLIER Description Features The ICS601-21 is a low-cost, low phase noise, high performance clock synthesizer for applications which require low phase noise and low jitter. It is IDT’s lowest phase noise multiplier. Using IDT’s patented analog and

Contextual Info: ICS601-21 LOW PHASE NOISE CLOCK MULTIPLIER Description Features The ICS601-21 is a low-cost, low phase noise, high performance clock synthesizer for applications which require low phase noise and low jitter. It is ICS’ lowest phase noise multiplier. Using ICS’ patented analong

Contextual Info: ICS601-21 LOW PHASE NOISE CLOCK MULTIPLIER Description Features The ICS601-21 is a low-cost, low phase noise, high performance clock synthesizer for applications which require low phase noise and low jitter. It is ICS’ lowest phase noise multiplier. Using ICS’ patented analong

Contextual Info: ICS601-21 LOW PHASE NOISE CLOCK MULTIPLIER Description Features The ICS601-21 is a low-cost, low phase noise, high performance clock synthesizer for applications which require low phase noise and low jitter. It is ICS’ lowest phase noise multiplier. Using ICS’ patented analog and

Contextual Info: ICS601-21 LOW PHASE NOISE CLOCK MULTIPLIER Description Features The ICS601-21 is a low-cost, low phase noise, high performance clock synthesizer for applications which require low phase noise and low jitter. It is ICS’ lowest phase noise multiplier. Using ICS’ patented analong

Contextual Info: ICS601-02 Low Phase Noise Clock Multiplier Description Features The ICS601-02 is a low cost, low phase noise, high performance clock synthesizer for any application that requires low phase noise and low jitter. The ICS601 is ICS’ lowest phase noise multiplier. Using ICS’ patented

Contextual Info: ICS601-01 LOW PHASE NOISE CLOCK MULTIPLIER Description Features The ICS601-01 is a low-cost, low phase noise, high performance clock synthesizer for applications which require low phase noise and low jitter. It is ICS’ lowest phase noise multiplier, and also the lowest CMOS part

Contextual Info: ICS601-02 Low Phase Noise Clock Multiplier Description Features The ICS601-02 is a low cost, low phase noise, high performance clock synthesizer for any application that requires low phase noise and low jitter. The ICS601 is ICS’ lowest phase noise multiplier. Using ICS’ patented