41TYP Search Results

Contextual Info: B U R R -B R O W N ' [ 3521 SERIES 3522 SERIES 1 NOT RECOMMENDED FOR NEW DESIGNS Ultra-Low Drift - FET Input OPERATIONAL AMPLIFIERS FEATURES • ULTRA-LOW DRIFT. 1MV /° C max • LOW INITIAL OFFSET VOLTAGE. 25 0MV, max • LOW BIAS CURRENT, Ip A . max • LOW NOISE

D8MAD60J4F

Abstract: Yeonho 20015WR-07A00
Contextual Info: D Series D8mAD60J4F 12 Volt Input Dc to Ac Inverter The D8mAD60J4F is a generic dc to ac inverter designed to generate 6 marms into a 500 - 700 volt load CCFL from a nominal 12 volt dc source. It can be easily dimmed using an external analog control signal.

AD1671

Abstract: AD1672 AD773A AD775 AD871 AD876 AD9200 AD9201 AD9221 AD9223
Contextual Info: A/D CONVERTERS: > 1MSPS <20, AC SPECS Con Full SFDR S N+D SNR version Power SINAD No # # Rate BW Harm Bits A/D MSPS Mhz -dB dB onics Grade MODEL THD -dB Two Intermod Diff Diff <<<<<<<<<<<<ENOBS>>>>>>>>>>> TEST Tone Distortion Phase Gain 1 5 10 15 20 50 75

FAE376-E01

Abstract: FAE376 tuner fm mitsumi CAR FM Tuner fm tuner mitsumi 6 terminal MITSUMI CAR FM Tuner fm tuner mitsumi AM 4 gang tuner mitsumi mitsumi fae* automotive mitsumi AM
Contextual Info: MITSUMI 車載用普及型小型AM/FM電子同調チューナ Compact, AM/FM Automotive Electronic Tuner for Popular Class FAE376-A01/E01/J01 AM/FM Electronic Tuners 特長／FEATURES 1. 車載用FM/AM一体型電子同調チューナ。 2. FM3連同調

FAE376-E01

Abstract: fae376 mitsumi tuner mitsumi fae* automotive mitsumi fae fm tuner mitsumi AM/FM tuner mitsumi FAE376-A01/E01/J01 FM tuner car mitsumi fae376
Contextual Info: MITSUMI Compact, AM/FM Automotive Electronic Tuner for Popular Class FAE376-A01/E01/J01 AM/FM Electronic Tuners FEATURES 1. Car FM/AM all-in-one electronic tuner. 2. FM three gang tuning, F.E+IF+NC+MPX structure. 3. LW~MW receiving without band switching circuit, due to the AM double conversion

AD775

Abstract: AD7821 AD7822 AD7825 AD7829 AD876-8 AD9280 AD9281 ad9232
Contextual Info: > 1MSPS, AC SPECS MODEL AD775 AD775 AD7821 AD7822 AD7825 AD7829 AD9281 AD876-8 AD9280 AD9048J/S AD9048J/S AD9048K/T AD9048K/T AD9058 AD9066 AD9057 AD9059 AD9012 AD9012 AD9012 AD9054-100 AD9002 AD9054-200 AD9049 AD9805 AD9201 AD773AJ AD773AJ AD773AK AD773AK

AD1671

Abstract: AD1672 AD773A AD775 AD871 AD876 AD9200 AD9201 AD9221 AD9223
Contextual Info: A/D CONVERTERS: > 1MSPS <20, AC SPECS Con Full SFDR S N+D SNR version Power SINAD No # # Rate BW Harm Bits A/D MSPS Mhz -dB dB onics Grade MODEL THD -dB Two Tone Intermod -dBc Intermod Diff Diff <<<<<<<<<<<<ENOBS>>>>>>>>>>> Distortion Phase Gain 1 5 10 15

Contextual Info: ITTTTTl SERIES GB PUSHBUTTON SW ITCHES TYPICAL SWITCH ORDERING EXAMPLE /f 'Ä T - < 5 2 / A Pushbuttons GB V PC TERMINALS POLES 1 2 SPDT DPDT P H V Straight Right Angle Vertical SLIP-ON CAP .157" Diameter DESCRIPTION FOR TYPICAL ORDERING EXAMPLE GB15AH-XC

4558 equivalent

Abstract: XR4741CP XR-4741CP XR-4558CP XR-4739 LM 4741 SN72558P transistor tt 2206 RC4739DB equivalent 4558 lowpass filter CIRCUIT DIAGRAM
Contextual Info: $ 1.75 OPERATIONAL AMPLIFIER DATA BOOK First in Q uality.First in Service • Custom, Semi-custom and Standard IC's E fu tu r e e l e c t r o n ic s 4800 Oufferin Street Downsview, Ontario M3H 5S8 Tel.: 416 663-5563 in c . Introduction This D ata Book contains a com plete sum m ary o f technical

AD775

Abstract: AD9042 AD9057 AD876-8 AD9002 AD9012 AD9058 AD9059 AD9066
Contextual Info: A/D' CONVERSION TIME > 1MSPS, AC SPECS MODEL AD9066 AD775 AD775 AD876-8 AD9048J/S AD9048J/S AD9048K/T AD9048K/T AD9058 AD9057 AD9059 AD9012 AD9012 AD9012 AD9054-100 AD9002 AD9054-200 AD9049 AD773AJ AD773AJ AD773AK AD773AK AD876 AD876 AD876 AD9020 AD9020 AD9020

Contextual Info: Molding Power Choke – MHCC/MHCI Series MHCCMHCI Series MHCC series is designed for low profile type with low RDC and ultra large current. Its molded magnetic shielded type is suitable for high-density mounting and ultra low buzz noise. Soldering conditions

Contextual Info: JM38510/11004 PMI JAN QUAD 741-TYPE OPERATIONAL AMPLIFIER M o n o l i t h i c s In c . FEATURES • • • • • • The ge neric in d u stry device m ay not have iden tical o perational pe rform ance cha racte ristics across the M ilitary tem perature