LRMS- 2H Search Results

Contextual Info: Mini-Circuits - Specification for Frequency Mixer - LRMS-2HJ Frequency Mixers Notes: • For Surface Mount Environmental LRMS-2HJ Specifications, please click here. • General Quality Control Procedures and print this page LO Power Level 17 dBm Environmental Specifications are given in

IFA 801

Contextual Info: Surface Mount LRMS-2H+ LRMS-2H Frequency Mixer Level 17 LO Power +17dBm Maximum Ratings 5 to 1000 MHz Features Operating฀Temperature฀฀ •฀ low฀conversion฀loss,฀6.98฀dB฀typ. •฀excellent฀L-R฀isolation,฀39฀dB฀typ.; ฀฀L-I฀isolation,฀45฀dB฀typ.

Contextual Info: Surface Mount LRMS-2H+ LRMS-2H Frequency Mixer Level 17 LO Power +17dBm Maximum Ratings Features Operating Temperature -40°C to 85°C Storage Temperature 5 to 1000 MHz • low conversion loss, 6.98 dB typ. • excellent L-R isolation, 39 dB typ.; L-I isolation, 45 dB typ.

Contextual Info: Surface Mount LRMS-2H+ LRMS-2H Frequency Mixer Level 17 5 to 1000 MHz LO Power +17dBm Maximum Ratings Operating Temperature Features • low conversion loss, 6.98 dB typ. • excellent L-R isolation, 39 dB typ.; L-I isolation, 45 dB typ. -40°C to 85°C

DC9001

Contextual Info: Surface Mount LRMS-2H+ LRMS-2H Frequency Mixer Level 17 5 to 1000 MHz LO Power +17dBm Maximum Ratings Features Operating Temperature • low conversion loss, 6.98 dB typ. • excellent L-R isolation, 39 dB typ.; L-I isolation, 45 dB typ. -40°C to 85°C

MCL LRMS-2H

Abstract: p 602 lrms- 2h
Contextual Info: Surface Mount LRMS-2H+ LRMS-2H Frequency Mixer Level 17 LO Power +17dBm Maximum Ratings Operating Temperature Features -40°C to 85°C Storage Temperature 5 to 1000 MHz • low conversion loss, 6.98 dB typ. • excellent L-R isolation, 39 dB typ.; L-I isolation, 45 dB typ.

LRMS-2H

Contextual Info: Frequency Mixer LRMS-2H+ Typical Performance Curves Conversion Loss vs. IF @ RF=500.1MHz Conversion Loss @ IF=30MHz 11.5 7.5 LO = +14dBm 10.5 LO = +17dBm 10.0 LO = +20dBm 7.4 LO = +17dBm Conversion Loss dB Conversion Loss (dB) 11.0 7.3 7.2 9.5 7.1 9.0 7.0

Contextual Info: SCIENTIFIC/ MINI-CIRCUITS 4TE ]> • flObflflll 0001M57 b51 « S C C very low distortion Frequency Mixers LEVEL 17S -H7dBm LO, up to + 14dBm RF LRMS-2H computer-automated performance data typical production unit / for data of other models consult factory

Contextual Info: Frequency Mixer LRMS-2H+ Typical Performance Curves Conversion Loss vs. IF @ RF=500.1MHz Conversion Loss @ IF=30MHz 11.5 7.5 LO = +14dBm 10.5 LO = +17dBm 10.0 LO = +20dBm 7.4 LO = +17dBm Conversion Loss dB Conversion Loss (dB) 11.0 7.3 7.2 9.5 7.1 9.0 7.0

Contextual Info: Frequency Mixer LRMS-2H+ Typical Performance Data RF IN (MHz) 5.0 10.0 49.8 89.6 129.3 169.0 208.8 248.5 288.2 328.0 367.7 407.4 447.2 486.9 526.6 566.4 606.1 645.8 685.6 725.3 765.0 804.8 844.5 884.2 924.0 1003.4 1043.2 1082.9 1122.6 1162.4 1202.1 1241.8

Contextual Info: Frequency Mixer LRMS-2HJ Typical Performance Curves Conversion Loss vs. IF @ RF=500.1MHz Conversion Loss @ IF=30MHz 11.5 7.5 LO = +14dBm 10.5 LO = +17dBm 10.0 LO = +20dBm 7.4 LO = +17dBm Conversion Loss dB Conversion Loss (dB) 11.0 7.3 7.2 9.5 7.1 9.0 7.0

Contextual Info: Frequency Mixer LRMS-2HJ Typical Performance Data RF IN (MHz) 5.0 10.0 49.8 89.6 129.3 169.0 208.8 248.5 288.2 328.0 367.7 407.4 447.2 486.9 526.6 566.4 606.1 645.8 685.6 725.3 765.0 804.8 844.5 884.2 924.0 1003.4 1043.2 1082.9 1122.6 1162.4 1202.1 1241.8

Contextual Info: Frequency Mixer LRMS-2HJ Typical Performance Data RF IN (MHz) 5.0 10.0 49.8 89.6 129.3 169.0 208.8 248.5 288.2 328.0 367.7 407.4 447.2 486.9 526.6 566.4 606.1 645.8 685.6 725.3 765.0 804.8 844.5 884.2 924.0 1003.4 1043.2 1082.9 1122.6 1162.4 1202.1 1241.8

Contextual Info: Frequency Mixer LRMS-2H Typical Performance Curves Conversion Loss vs. IF @ RF=500.1MHz Conversion Loss @ IF=30MHz 11.5 7.5 LO = +14dBm 10.5 LO = +17dBm 10.0 LO = +20dBm 7.4 LO = +17dBm Conversion Loss dB Conversion Loss (dB) 11.0 7.3 7.2 9.5 7.1 9.0 7.0

Contextual Info: Frequency Mixer LRMS-2H Typical Performance Curves Conversion Loss vs. IF @ RF=500.1MHz Conversion Loss @ IF=30MHz 11.5 7.5 LO = +14dBm 10.5 LO = +17dBm 10.0 LO = +20dBm 7.4 LO = +17dBm Conversion Loss dB Conversion Loss (dB) 11.0 7.3 7.2 9.5 7.1 9.0 7.0

lrms- 2h

Contextual Info: Frequency Mixer LRMS-2H Typical Performance Data RF IN (MHz) 5.0 10.0 49.8 89.6 129.3 169.0 208.8 248.5 288.2 328.0 367.7 407.4 447.2 486.9 526.6 566.4 606.1 645.8 685.6 725.3 765.0 804.8 844.5 884.2 924.0 1003.4 1043.2 1082.9 1122.6 1162.4 1202.1 1241.8

Contextual Info: Frequency Mixer LRMS-2H Typical Performance Data RF IN (MHz) 5.0 10.0 49.8 89.6 129.3 169.0 208.8 248.5 288.2 328.0 367.7 407.4 447.2 486.9 526.6 566.4 606.1 645.8 685.6 725.3 765.0 804.8 844.5 884.2 924.0 1003.4 1043.2 1082.9 1122.6 1162.4 1202.1 1241.8

Contextual Info: SCIENTIFIC/ MINI-CIRCUITS iHE T> • flObflflll 0001M57 b51 « S C C very low distortion Frequency Mixers LEVEL 17S + ^ d B m ^ LO, up to + 14dBm RF LRMS-2H computer-automated performance data typical production unit / for data of other models consult factory

QQQ569

Contextual Info: Non-Catalog Model Frequency Mixer LRMS-2HJ Level 17 LO Power +17 dBm Important Note This is a non-catalog model and can be manufactured on specific request. Pricing and delivery information can be supplied upon request. Please click "Back", and then click "Contact Us" for Applications support.

dzw*06

Abstract: 220V ferrite core transformer 431w transistor l4981 AN628 L4981 stm12nm50 transformer winding formula 220v Ac to 110v Ac l6561 200w DZW06 L4981A
Contextual Info: AN628 APPLICATION NOTE DESIGNING A HIGH POWER FACTOR SWITCHING PREREGULATOR WITH THE L4981 CONTINUOUS MODE by Ugo Moriconi INTRODUCTION Conventional AC-DC converters usually employ a full wave rectifier bridge with a simple capacitor filter to draw power from the AC line. This "bulk" capacitor must be big enough to supply the total power during most of each

l4981 AN628

Abstract: L4981 200w power amplifier circuit diagram diode byt 11600 transformer winding formula 220v Ac to 110v Ac L4981 PFC graetz bridge 100v 3a 431w transistor 220v 2a diode bridge 220V ferrite core transformer
Contextual Info: AN628 APPLICATION NOTE DESIGNING A HIGH POWER FACTOR SWITCHING PREREGULATOR WITH THE L4981 CONTINUOUS MODE by Ugo Moriconi INTRODUCTION Conventional AC-DC converters usually employ a full wave rectifier bridge with a simple capacitor filter to draw power from the AC line. This ”bulk” capacitor must be big enough to supply the total power during most of each

Smd Ic 2HR

Contextual Info: TPA6203A1 GQV, ZQV www.ti.com DGN DRB SLOS364D – MARCH 2002 – REVISED JULY 2005 1.25-W MONO FULLY DIFFERENTIAL AUDIO POWER AMPLIFIER FEATURES APPLICATIONS • • • • • • • • 1.25 W Into 8 Ω From a 5-V Supply at THD = 1% Typical Low Supply Current: 1.7 mA Typical

Contextual Info: YAGEO CORPORATION SMD INDUCTOR / BEADS SMD Power Inductors SDS0402 Series These shielded ultra-miniature inductors can help designers achieving significantly longer battery life in handheld communication devices and other portable products. The SDS0402 Series offers the highest efficiency, smallest size and lowest cost of any comparable

3kw pfc using l4981 application note

Abstract: 220v generator power booster APPLICATION L4981 l4981 AN628 L4981A L4981 PFC 12v 200w amplifier L4981 PFC 3kw L4981B
Contextual Info: APPLICATION NOTE DESIGNING A HIGH POWER FACTOR SWITCHING PREREGULATOR WITH THE L4981 CONTINUOUS MODE by G. Comandatore and U. Moriconi INTRODUCTION Conventional AC-DC converters usually employ a full wave rectifier bridge with a simple capacitor filter to draw power from the AC line. This "bulk"