DC370 Search Results

digital voltmeter

Abstract: dc voltmeter circuit diagrams LTC1734
Contextual Info: Quick Start Manual For Linear Technology Demo board DC370A-A 4.1V and DC370A-B (4.2V) LTC1734 Linear Battery Charger for One Li-Ion Cell at 4.1V or 4.2V Demonstration board DC370A is a constant-current/constantvoltage battery charger designed to charge one Lithium-Ion cell. This

hdc50m

Abstract: HDC15M HDC50M42B30T2X
Contextual Info: MILITARY QUALITY FIXED CONTACT, SUBMINIATURE-D CONNECTORS HDC Series FOR MILITARY AND SEVERE INDUSTRIAL ENVIRONMENTAL APPLICATIONS 90° PRINTED BOARD MOUNT CONNECTOR H DC005B3000 0 . 2 8 3 7 , 1 9 C O N T A C T E X T E N S IO N A B C D E 1.204 0 .9 8 4

PL-158

Contextual Info: Ceramic High Pass Filter 50Ω HFCN-4600+ 5000 to 11000 MHz Maximum Ratings Operating Temperature -55oC to 100oC Storage Temperature -55 C to 100 C o • • • • • • • o RF Power Input *derate linearly to 3W at 100°C ambient 7W* Pin Connections

HFCN-4600

Abstract: FV1206-1 RO4350B mcl 0 432
Contextual Info: Ceramic High Pass Filter 50Ω HFCN-4600+ 5000 to 11000 MHz Features Maximum Ratings -55oC to 100oC Operating Temperature o Storage Temperature o -55 C to 100 C RF Power Input* 7W max. at 25ºC *Passband rating, derate linearly to 3W at 100°C ambient. Permanent damage may occur if any of these limits are exceeded.

FF704

Contextual Info: Coaxial High Pass Filter 50Ω, VHF-4600+ 5000 to 11000 MHz Maximum Ratings Features Operating Temperature Storage Temperature RF Power Input • • • • • -55 C to 100 C -55oC to 100oC 7W* o o Rugged uni-body construction, small size 5 sections Temperature stable

Contextual Info: Ceramic High Pass Filter 50Ω HFCN-4600+ 5000 to 11000 MHz Features Maximum Ratings • • • • • • • -55oC to 100oC Operating Temperature o Storage Temperature o -55 C to 100 C RF Power Input* 7W max. at 25ºC *Passband rating, derate linearly to 3W at 100°C ambient.

l6598 24v

Abstract: resonant half bridge schematic zcs L6598 a comparison of half bridge resonant converter resonant half bridge schematic Steigerwald A Comparison of Half Bridge Resonant 110v TV SMPS st l6598 AN1660 380v dc to 24v dc converter
Contextual Info: AN1660 APPLICATION NOTE ZVS RESONANT CONVERTER FOR CONSUMER APPLICATION USING L6598 IC by Helen Ding In this paper we study the details of the Multi-resonant Zero-current-switching converter which has smaller size and higher efficiency, and low noise operation. It will shown the design equations and

Contextual Info: Ceramic High Pass Filter 50Ω HFCN-4600+ 5000 to 11000 MHz Features Maximum Ratings • • • • • • • -55oC to 100oC Operating Temperature o Storage Temperature o -55 C to 100 C RF Power Input* 7W max. at 25ºC *Passband rating, derate linearly to 3W at 100°C ambient.

DC370

Contextual Info: Surface Mount Bandpass Filter SXBP-404+ ฀50Ω฀฀฀฀฀฀฀฀฀398฀to฀410฀MHz฀฀ The Big Deal •฀ Flat฀group฀delay฀ 3ns฀typical •฀ Narrow฀band฀(<3%฀fractional฀Bandwidth) •฀ High฀rejection฀(50dB฀typical)

DC-367

Abstract: DC-370 DC370 DC368
Contextual Info: DEVICE TYPE INPUT VOLTAGE RANGE VDC INPUT CURRENT mA (MAX) OUTPUT VOLTAGE VDC OUTPUT CURRENT mA (MAX) PACKAGE DC-351 (R) 5 800 (810) 9 330 A DC-352 (R) 5 800 (810) 5 600 A DC-353 (R) 5 800 (810) 12 250 A DC-354 (R) 5 800 (810) 15 200 A DC-355 (R) 5 800 (810)

Contextual Info: Coaxial High Pass Filter 50Ω VHF-4600+ 5000 to 11000 MHz Maximum Ratings Features o Operating Temperature Storage Temperature o -55 C to 100 C -55oC to 100oC RF Power Input* 7W max. at 25ºC *Passband rating, derate linearly to 3W at 100°C ambient. • •

Contextual Info: Coaxial High Pass Filter 50Ω VHF-4600+ 5000 to 11000 MHz Maximum Ratings Features Operating Temperature Storage Temperature RF Power Input • • • • • -55 C to 100 C -55oC to 100oC 7W* o o Rugged uni-body construction, small size 5 sections Temperature stable

FF704

Abstract: VHF-4600 DC370
Contextual Info: Coaxial High Pass Filter 50Ω VHF-4600+ 5000 to 11000 MHz Maximum Ratings Features Operating Temperature Storage Temperature RF Power Input* -55 C to 100 C -55oC to 100oC 7W max. at 25ºC o o *Passband rating, derate linearly to 3W at 100°C ambient. Permanent damage may occur if any of these limits are exceeded.