722G513 Search Results

Contextual Info: PLE SSE Y SEM ICO NDUCTOR S D 722G513 QOOTÖÖS 1 • APLESSEY W Sem iconductors ~T-45- SP8818A & B 2.4GHz H- 8 FIXED MODULUS DIVIDER The SP8818 is one of a range of very highspeed low power prescalers for professional and military applications. The device features a complementary output stage with on chip

plessey ttl

Abstract: SP8695A
Contextual Info: PLESSEY 12E SEMI CONDUCTORS D • 722G513 0G1034S 7 ■ A PLESSEY W S e m ic o n d u cto rs. SP8695AC 200MHz -r-10/11 TWO MODULUS DIVIDER CONFORMS TO MIL-STD-883C CLASS B The SP8695 is a low power ECL counter with both ECL 10K and TTL compatible outputs. It divides by the 10 when

SP8799

Abstract: Plessey SP8799
Contextual Info: PLESSEY SEMICONDUCTORS 1SE D • 722G513 GOOTflbB S ■ T- 45- M-'3 SP8799 225MHz -î- 10/11 TWO MODULUS DIVIDER The SP8799 is a low power programmable -MO/11 counter.lt divides by 10 when the control input is in the high state and by 11 when in the low state. An internal voltage

full scale output characteristic of dac

Abstract: current to voltage converter using 741 mp20 transistor Practical operation of dac 741 as buffer amplifier ZN508E ZN528E MP20 Lf351 equivalent ZN527E
Contextual Info: PLESSEY SEMICONDUCTORS 12E D | 7250513 00004 37 2 _ ADVANCED PRODUCT INFORMATION Z N 5 2 7 /Z N 5 2 8 'T '- S l- o v O * DUAL 8-BIT MICROPROCESSOR COMPATIBLE D-A CONVERTER The ZN527 and ZN528 are monolithic dual 8-bit DACs designed to be easily Interfaced to microprocessors.

transistor brx49

Abstract: ZN1036E Thyristors BRX49 VOLTAGE LEVEL RELAY SM 125 220 156 SYMBOL BRX49 steps how to measuring thyristor how to control firing angle in thyristor how to trigger dc volt by using SCR 1036d SCR BRX49
Contextual Info: PLESSEY SEMICONDUCTORS 12E t • 7220513 OOOSISl 3 ZN1036E/D PROGRAMMABLE COUNTER TIMER INTEGRATED CIRCUIT The ZN1036 combines linear and digital functions on the same chip such that simple precision timers can be constructed using the minimum of low cost external

Contextual Info: 7220513 1SE D APLESSEY W S e m ic o n d u c to rs . 000=1124 6 P L Ê SS EY S EM IC ON D UC TOR S PRELIMINARY INFORMATION MV6001 HDLC/DMA CONTROLLER The MV6001 is a combined HDLC transceiver and DMA controller capable of providing serial communications at

ZN1066E

Abstract: ZN1066J ZN1066
Contextual Info: 12E D P LE SS E Y SEMICONDUCTORS • 722 Q51 3 OaQflflfli 4 ■ PLESSIY Semiconductors • ZN1066E/J SWITCHING REGULATOR CONTROL AND DRIVE UNIT The ZN1066 Is designed to satisfy the requirement for a general purpose control and drive unit in switching power

ZN1066J

Abstract: ZN1066E ZN1066 plessey motor start capacitor
Contextual Info: ZARLINK Obsolescence Notice SEMICONDUCTOR 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/

ZN448E

Abstract: ZN447E ZN448 ZN447J ZN447D ZN449 ZN448J ZN447 ZN448D IN914
Contextual Info: PLESSEY SEMICONDUCTORS l^E o | 7220513 0000313 t>| APLESSEY S em ico n d u cto rs. ZN447/ZN448/ZN449 ^ P 5 i ' 0 -O S 8-BIT MICROPROCESSOR COMPATIBLE A-D CONVERTERS The ZN447, ZN448 and ZN449 are 8-bit, successive approximation A-D converters designed for easy interfacing

d3by

Contextual Info: PLESSEY SEMICONDUCTORS TS D eJ| 752D513 GDObböS □ 7 2 2 0513 P L E S S E Y SEMI C O N D U C T O R S 95D 06685 D 3S~ PLESSEY S em ico n d u cto rs • MJ2841 64-WORD x 4-BIT FIRST-IN FIRST-OUT MEMORY The MJ2841 is an asynchronous first-in first-out memory stack, organized as 64 four-bit words. The device

Contextual Info: PLESSEY SEMICONDUCTORS 12E D 7S2DS13 000=1715 T m Sem PLESSEY iconductors < T- M5-^-o5 SP8607A & B 600MHz - 2 The SP8607 is an emitter coupled logic divider which features ECL 10K compatible outputs when used with external pulldown resistors. The inputs are AC coupled.

sl560c

Abstract: SL560c Plessey transistor TR1 plessey capacitor
Contextual Info: PLESSEY 12E SEMICONDUCTORS D J 7220513 QQ077bb s | PLESSEY S e m ic o n d u c t o r s . T -n ^ -vn ~ SL560C 300MHz LOW NOISE AMPLIFIER This m onolithic integrated circuit contains three very high performance transistors and associated biasing com ponents in an eight-lead TO -5 package form ing a 300MHz low noise

SL9901

Abstract: SP9960 SP9921 SE 4.000 mhz 30pf
Contextual Info: PLESSEY SEMICONDUCTORS ME » • 7220S13 OOtHlbS b PRELIMINARY INFORMATION Semiconductors T-74-0Î-O/ SL9901 50MHz TRANSIMPEDANCE AMPLIFIER T h e SL9901 is a m o n o lith ic s ilic o n in te g ra te d c irc u it d e sig n e d to in te rfa ce betw e e n a d e te c to r d io d e and a

UC 16401

Abstract: 35Z diode TS201
Contextual Info: 15 E -D P LE SS E Y SEMICONDUCTORS 7SE0S13 OGlQlOb G 1 Sem iconductors i v n - 0 7 - i 3 PDSP16401/PDSP16401A 2-DIMENSIONAL EDGE DETECTOR SUPERSEDES APRIL 1987 EDITION T h e PDSP16401 Is a single chip C M O S video signal processor which will determ ine the presence, direction and

PDSP1640

Contextual Info: PLESSEY SEMICONDUCTORS 12E & • 7220513 OQlQOfla 5 ■ N O T R EC O M M ENDED FOR N EW DESIGNS. PLEASE USE PDSP16318/A PLESSEY Sem iconductors , — ,«« n. , PDSP16316/PDSP16316A COMPLEX ACCUMULATOR The PDSP16316 contains two independent 20-bit Adder/Subtractors combined with accumulator registers

OV56

Abstract: sp5051
Contextual Info: P LE SS EY SEMICONDUCTORS 1SE D • 7220513 # PLESSEY Sem iconductors 0 0C HSS 1 ■ ■■ . . . — S ■ n T-SO-o°i SP5052 2.3GHz SINGLE CHIP FREQUENCY SYNTHESISER The SP5052, used w ith a voltage controlled oscillator form s a com plete phase locked loop capable of synthesising

AN 173-PL

Contextual Info: PLE S SE Y SEMICO ND UC TOR S 1SE D • 7250513 GDDifiSb S ■ SP8795 225MHz -f- 32/33 TWO MODULUS DIVIDER T h e SP8795 is a low power program m able + 3 2 /3 3 counter.lt divides by 32 when the control input is in the high state and by 33 when in the low state. An internal voltage

Contextual Info: PLESSEY SE MI CONDUCT ORS 12E 7220513 D OOOTTflT S A P L E S S E Y W Sem iconductors T - 4 S - I ° \-o q SP8695A&B 2 0 0 M H z + 10/11 T h e SP8695 is a low pow er EC L counter with both EC L 10K and T T L com patible outputs. T h ey divide by 10 when either control input in the 'high' state and by 11 w hen both are