VCO190 1750 Search Results

vco190 1750ty

Abstract: VCO190-1750TY
Contextual Info: VCO190-1750TY -1- 7/2/2007 VCO190-1750TY -2- 7/2/2007

Contextual Info: VCO190-1740UY 7/2/2007 VCO190-1740UY Frequency vs Vtune Frequency MHz 1825 1800 1775 1750 1725 1700 1675 1650 1 2 3 4 5 Vtune (V) Tuning Sensitivity (MHz/V) VCO190-1740UY Tuning Sensitivity vs Vtune 40 38 36 34 32 30 28 26 24 22 20 1 2 3 Vtune (V) -1- 4

vco190

Contextual Info: VCO190-1710UY 7/2/2007 Frequency MHz VCO190-1710UY Frequency vs Vtune 1810 1790 1770 1750 1730 1710 1690 1670 1650 1630 1 2 3 4 5 6 Vtune (V) Tuning Sensitivity (MHz/V) VCO190-1710UY Tuning Sensitivity vs Vtune 36 33 30 27 24 21 18 15 1 2 3 Vtune (V) -1-

Contextual Info: VCO190-1750TY VCO1901750TY5V narrowband vOLTAGE CONTROLLED OSCILLATOR 5V NARROWBAND VOLTAGE CONTROLLED OSCILLATOR Package: T-Package, 12.7mm x 12.7mm x 3.96mm VCC Features     Linear Tuning/Low Phase Noise Multiple Supply Voltage and Package Options Available

VCO190-1750T

Contextual Info: VCO Product Specification Model: VCO190-1750T Y Rev: P2 Date: 11/9/2005 Customer: SIRENZA MICRODEVICES, INC. Operating Temperature Range: ( -35 ° to 85 ° C) RoHS Compliant To order models as RoHS Compliant add "Y" suffix to base model number. Parameter

VCO190-1750T

Contextual Info: VCO Product Specification Model: VCO190-1750T Rev: A Date: 4/21/2003 Customer: SIRENZA MICRODEVICES, INC. Operating Temperature Range: Parameter Frequency Range - Min Typ Max Units X 1700 1750 1800 MHz X 1 1.8 -35 ° to 85 ° C Remarks Tuning Voltage: 1700 MHz

vco190-1750ty

Abstract: VCO190-1750 vco190 1750ty
Contextual Info: VCO Product Specification Model: VCO190-1750TY Rev: A Date: 8/6/2009 Customer: RF MICRO DEVICES Operating Temperature Range: -35 ° to 85 ° C RoHS Compliant Parameter Frequency Range - Min Typ Max Units X 1700 1750 1800 MHz X 1 1.8 Remarks Tuning Voltage:

VCO190-1750T

Contextual Info: VCO Product Specification Model: VCO190-1750T Rev: A Date: 4/21/2003 Customer: VARI-L COMPANY Operating Temperature Range: Parameter Frequency Range - Min Typ Max Units X 1700 1750 1800 MHz X 1 1.8 -35 ° to 85 ° C Remarks Tuning Voltage: 1700 MHz Vdc

VARI-L VCO

Abstract: VARIL PLL
Contextual Info: • T437fc,2M ClOOlCm t.=lT ■ Low Cost Surface Mount VCO’s ■ ■ ■ ■ ■ ■ Low Cost/Miniature Size Reliable/Surface Mount Technology 5 Volt Supply and Low Voltage Tuning Shielded/Surface Mount Package Application Specific for Lowest Phase Noise

ADF4206

Abstract: ADF4207 ADF4208 superheterodyne receiver WCDMA
Contextual Info: a Dual RF PLL Frequency Synthesizers ADF4206/ADF4207/ADF4208 FEATURES ADF4206: 550 MHz/550 MHz ADF4207: 1.1 GHz/1.1 GHz ADF4208: 2.0 GHz/1.1 GHz 2.7 V to 5.5 V Power Supply Selectable Charge Pump Supply VP Allows Extended Tuning Voltage in 3 V Systems Selectable Charge Pump Currents

ADF4206

Abstract: ADF4207 ADF4208 VCO190-1068U wcdma receiver 902D ad4208
Contextual Info: a Dual RF PLL Frequency Synthesizers ADF4206/ADF4207/ADF4208 FEATURES ADF4206: 550 MHz/550 MHz ADF4207: 1.1 GHz/1.1 GHz ADF4208: 2.0 GHz/1.1 GHz 2.7 V to 5.5 V Power Supply Selectable Charge Pump Supply VP Allows Extended Tuning Voltage in 3 V Systems Selectable Charge Pump Currents

Contextual Info: a Dual RF PLL Frequency Synthesizers ADF4216/ADF4217/ADF4218 FEATURES ADF4216: 550 MHz/1.2 GHz ADF4217: 550 MHz/2.0 GHz ADF4218: 550 MHz/2.5 GHz 2.7 V to 5.5 V Power Supply Selectable Charge Pump Currents Selectable Dual Modulus Prescaler IF: 8/9 or 16/17

VCO190-200T

Abstract: superheterodyne receiver GSM ad4218 ADF4216 ADF4217 ADF4218 DB21 EVAL-ADF421XEB1 TCXO 1050
Contextual Info: a Dual RF PLL Frequency Synthesizers ADF4216/ADF4217/ADF4218 GENERAL DESCRIPTION FEATURES ADF4216: 550 MHz/1.2 GHz ADF4217: 550 MHz/2.0 GHz ADF4218: 550 MHz/2.5 GHz 2.7 V to 5.5 V Power Supply Selectable Charge Pump Currents Selectable Dual Modulus Prescaler

690pF

Abstract: ad4218 superheterodyne receiver WCDMA VCO190 1750 ADF4216 ADF4217 ADF4218 DB21 EVAL-ADF421XEB1
Contextual Info: a Dual RF PLL Frequency Synthesizers ADF4216/ADF4217/ADF4218 GENERAL DESCRIPTION FEATURES ADF4216: 550 MHz/1.2 GHz ADF4217: 550 MHz/2.0 GHz ADF4218: 550 MHz/2.5 GHz 2.7 V to 5.5 V Power Supply Selectable Charge Pump Currents Selectable Dual Modulus Prescaler

Contextual Info: a Dual RF/IF PLL Frequency Synthesizers ADF4210/ADF4211/ADF4212/ADF4213 GENERAL DESCRIPTION FEATURES ADF4210: 550 MHz/1.2 GHz ADF4211: 550 MHz/2.0 GHz ADF4212: 1.0 GHz/2.7 GHz ADF4213: 1.0 GHz/3 GHz 2.7 V to 5.5 V Power Supply Separate Charge Pump Supply VP Allows Extended

63B12

Abstract: M3500-1324 Micronetics M3500-1324 M3500-1324 CIRCUIT ADF4210 ADF4211 ADF4212 ADF4213 12-Bit Synchronous Binary Counter
Contextual Info: a Dual RF/IF PLL Frequency Synthesizers ADF4210/ADF4211/ADF4212/ADF4213 GENERAL DESCRIPTION FEATURES ADF4210: 550 MHz/1.2 GHz ADF4211: 550 MHz/2.0 GHz ADF4212: 1.0 GHz/2.7 GHz ADF4213: 1.0 GHz/3 GHz 2.7 V to 5.5 V Power Supply Separate Charge Pump Supply VP Allows Extended

micronetics M3500

Contextual Info: a Dual RF/IF PLL Frequency Synthesizers ADF4210/ADF4211/ADF4212/ADF4213 GENERAL DESCRIPTION FEATURES ADF4210: 550 MHz/1.2 GHz ADF4211: 550 MHz/2.0 GHz ADF4212: 1.0 GHz/2.7 GHz ADF4213: 1.0 GHz/3 GHz 2.7 V to 5.5 V Power Supply Separate Charge Pump Supply VP Allows Extended

VCO-102

Abstract: NBB-502 spf-5189 RF5643wda cxe-2089
Contextual Info: RFMD Product Selection Guide 2011 - 2012 Multiple Markets. Multiple Choices. One RFMD. ® Multiple Markets. Multiple Choices. One RFMD . ® RFMD® is a global leader addressing the RF industry’s complex challenges by delivering a broad portfolio of high

LM2596 schematic constant current

Abstract: XILINX/SPARTAN 3E STARTER BOARD new-era voltage regulator interfacing rj45 with spartan-3 fpga schematic usb to rj45 cable extender SPARTAN 3E STARTER BOARD receiver Vari-L VCO 116 Application Note LM358 RF receiver module FPGA XILINX spartan3 pwm generator virtex 5 vs spartan 3e adc
Contextual Info: National Semiconductor’s Solutions for Xilinx Field Programmable Gate Arrays FPGAs Design Guide Spring 2007 Your fast, accurate guide to choose the best National Semiconductor Solutions. Analog Solutions for FPGAs Page 2 Power Solutions for FPGAs Page 3