DS3613 Search Results

relay 5v

Abstract: DS1611 DS1611J-8 DS1612J-8 DS3612N sfe 5,5 ma DS1613J-8 DS1614J-8 DS75451 DS75454
Contextual Info: Peripheral/Power Drivers 5*1 National mim Semiconductor DS1611/DS3611, DS1612/DS3612, DS1613/DS3613, DS1614/DS3614 Dual Peripheral Drivers t o General Description Features The DS1611 series of dual peripheral drivers was de­ signed for those applications where a higher breakdown

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS ADVANCE INFORMATION DS3613 - 1.0 SL1615 WIDEBAND LOG IF STRIP AMPLIFIER The SL1615 is a bipolar monolithic integrated circuit wideband amplifier intended for use in successive detection

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS ADVANCE INFORMATION DS3613 - 1.0 SL1615 WIDEBAND LOG IF STRIP AMPLIFIER The SL1615 is a bipolar monolithic integrated circuit wideband amplifier intended for use in successive detection

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS ADVANCE INFORMATION DS3613 - 1.0 SL1615 WIDEBAND LOG IF STRIP AMPLIFIER The SL1615 is a bipolar monolithic integrated circuit wideband amplifier intended for use in successive detection

SL1615

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS ADVANCE INFORMATION DS3613 - 1.0 SL1615 WIDEBAND LOG IF STRIP AMPLIFIER The SL1615 is a bipolar monolithic integrated circuit wideband amplifier intended for use in successive detection

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS ADVANCE INFORMATION DS3613 - 1.0 SL1615 WIDEBAND LOG IF STRIP AMPLIFIER The SL1615 is a bipolar monolithic integrated circuit wideband amplifier intended for use in successive detection

SL1615

Contextual Info: ADVANCE INFORMATION DS3613 - 1.0 SL1615 WIDEBAND LOG IF STRIP AMPLIFIER The SL1615 is a bipolar monolithic integrated circuit wideband amplifier intended for use in successive detection logarithmic IF strips, operating at centre frequencies between 10MHz and 60MHz. The device provides amplification,

DS161V

Abstract: ds1614j DS1611 DS1612J8 N08A DS1612J-8 UAA 1022 DS1611/DS3611
Contextual Info: Peripheral/Power Drivers 5 * 1 N a tio n a l m im S e m ic o n d u c to r DS1611/DS3611, DS1612/DS3612, DS1613/DS3613, DS1614/DS3614 Dual Peripheral Drivers t o General Description Features The DS1611 series of dual peripheral drivers was de­ signed for those applications where a higher breakdown

SL1615

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS ADVANCE INFORMATION DS3613 - 1.0 SL1615 WIDEBAND LOG IF STRIP AMPLIFIER The SL1615 is a bipolar monolithic integrated circuit wideband amplifier intended for use in successive detection

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS ADVANCE INFORMATION DS3613 - 1.0 SL1615 WIDEBAND LOG IF STRIP AMPLIFIER The SL1615 is a bipolar monolithic integrated circuit wideband amplifier intended for use in successive detection

Contextual Info: p gtM G E C P L E S S E Y ADVANCE INFORMATION DS3613 • 1.0 SL1615 WIDEBAND LOG IF STRIP AMPLIFIER The SL1615 is a bipolar monolithic integrated circuit A deband am plifier intended for use in successive detection c garithmic IF strips, operating at centre frequencies between

3614

Contextual Info: DS3611/3612/3613/3614-N.T DESCRIPTION PIN CONFIGURATIONS T T h e DS3611 series o f dual p e riphe ral d rivers was designed fo r a p p lic a tio n s w here h ig h e r breakdow n volta ge is re q u ire d than th a t provided by th e 75451 series. P A C K A G E

SFC2741C

Abstract: sfc2741 sn72741 SN72741P MC1310P ULN2083 SF.C2741C SG3821N SN72741L 3821N
Contextual Info: INTEGRATED CIRCUIT CROSS REFERENCE GUIDE O .E .M . TO SPRAGUE SPRAGUE Original Source CROSS-REFERENCE to SPRAGUE Integrated Circuits To R e p la ce U se S p ra g u e Type U se S p ra g u e Type To R e p la c e N A T IO N A L SEMI. N U C LE O N IC PRODUCTS

sfc2741c

Abstract: SFC2741 sn72741 SF.C2741C SN72741L SN55471 SFC2741DC ULN-2113A SG3821N LM1307N
Contextual Info: SPRAGUE Sprague Electric's Semiconductor Division has taken the advan­ tages of Sprague-pioneered ion-implantation and directed them toward the design and manufacture of consumer entertainment products. With 'state-of-the-art' design and process capability,

L298D

Abstract: SAS251S4 ugn3013 SAS251 UCN4815A ULN3782M UDN2981LW uc3646 mc1417p CA1725E
Contextual Info: AMS-105 GENERAL INFORMATION SEMICONDUCTOR CROSS REFERENCE in Alpha-Numerical Order The suggested Allegro replacement devices are based on similarity as shown in currently published data. Exact replacement in all applications is not guaranteed and the user should compare the specifications of the competitive and recommended Allegro replacement. Special caution must be exercised in attempting to do a reverse cross. In some instances, the competitive device is obsolete; in

Contextual Info: DMN2016LHAB DUAL N-CHANNEL ENHANCEMENT MODE MOSFET Features V BR DSS RDS(on)max 20V 15.5mΩ @ VGS = 4.5V 16.5mΩ @ VGS = 4.0V 19mΩ @ VGS = 3.1V 20mΩ @ VGS = 2.5V 30mΩ @ VGS = 1.8V ID TA = +25°C 7.5A 7.3A 6.9A 6.7A 5.4A • Low On-Resistance • Low Gate Threshold Voltage

MIC710

Abstract: XC6875 MC1741L C4558C SG425 mc7724c NE533V General Instrument data book 741p SN75107
Contextual Info: Master Index and Cross Reference Guide M IL-M -38510 Program and Chip Information Operational Amplifiers Voltage Regulators Interface Circuits Voltage Comparators Consumer Circuits Other Linear Circuits Package Information and Mounting Hardware Application Notes

LB 124D transistor

Abstract: TAA970 78L12 cj ne553 TBA915 78M06CG signetics Analogue IC 1977 75S208 MLM311P1 78M08CG
Contextual Info: pages index 2- 3 com petitors cross-reference 4- 9 selection guide 10-13 abridged data 14-24 d iffe re n tia l am plifiers abridged data 25 com parators selection guide 26-27 abridged data 28-31 selection guide 32-35 abridged data 36-39 general industrial

SL1615

Contextual Info: Obsolescence Notice This product is obsolete. This information is available for your convenience only. For more information on Zarlink’s obsolete products and replacement product lists, please visit http://products.zarlink.com/obsolete_products/ THIS DOCUMENT IS FOR MAINTENANCE

Contextual Info: SBR15U100CTLQ 15A SBR SUPER BARRIER RECTIFIER Green NEW PRODUCT Product Summary Features and Benefits VRRM V IO (A) VF MAX (V) @+25°C IR MAX (mA) @+25°C 100 15 0.8 0.1 • • 100% Avalanche Tested Patented SBR technology provides a superior avalanche

motorola stereo decoder mc1310p

Abstract: MC 1310 stereo decoder ULN2111A ULN2244A MC 1357 stereo decoder 741TC MC1305P SFC2741C SPRAGUE SEMICONDUCTOR guide ULN2111N
Contextual Info: SP RAGUE Sprague Electric's Semiconductor Division has taken the advan­ tages of Sprague-pioneered ion-implantation and directed them toward the design and manufacture of consumer entertainment products. With 'state-of-the-art' design and process capability,

rca 4136

Abstract: uln2151m ULN2120A MC1310P sfc*2741 SFC2741C MC1305P tba221 metal package ULN2082A TBA221
Contextual Info: SPRAGUE O P ER A T IO N A L AM PLIFIER INTEGRATED CIRCUITS TYPE U LN -2139 , U L N -2 1 5 1 , U L N -2 1 7 1 , U LN -2 17 3 , ULN-4136A ULN-4236A, ULN-4336A, and ULN-4436A HIGH PERFORMANCE MONOLITHIC OPERATIONAL AMPLIFIERS ELECTRICAL CHAfIACTEIIISTICS AT TA = 25°C

MC1310P

Abstract: MC1305P SFC2741C MC1304P sfc*2741 SFC2741 Motorola MC1310P LN2054 SN76116N MC-1310P
Contextual Info: CONSUMER LINEAR INTEGRATED CIRCUITS TYPE ULN-2289A l-F SYSTEM for F-M RECEIVER APPLICATIONS Pro vidin g all o f the fu n ctio n s o f a com prehensive l-F system fo r F-M receivers, th e Type U L N -2 2 8 9 A is a m on olith ic integrated circu it con­ ta in in g three stages o f a m p lific a tio n / lim itin g w ith level detectors for

bluetooth transceiver

Abstract: BRM01
Contextual Info: 2.4GHZ BLUETOOTH TRANSCEIVER MODULE PROGRAMMING GUIDE BRM01 Introduction The coherenceRF BRM allows fast development of sophisticated wireless applications by embedding the complexities of the radio. This allows the BRM to present a very simple API to the Host device, thus significantly easing wireless