971B Search Results

BTA08-600C equivalent

Abstract: BTA16-600B equivalent BDW84C equivalent TYN 208 equivalent FR207 equivalent 2N3668 MDA2506 mda 2060 1n5399 equivalent 1N4465
Contextual Info: index/cross Reference Industry Part Number Central Part Number Page Industry Part Number 1N 34A 118 1N 60 118 1N 67A Central Part Number Page Industry Part Number 1N 968B 122 1N2838B 129 1N 969B 122 1N2839B 129 118 1N 970B 122 1N2840B 129 1N 87A 118 1N 971B

Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 ACF1 8!577B2D"82EFC77B28 #8 1 1 1$ #%8&' %$'98 1 21 317976418 1 21 !"AA97B51"#B3F$3BF76B16AA#36B394%1 791&'&( $*51B91DD'D)$*511 21 !"AA97B51#34+1#4B1"A1B91,EE+11

B1497

Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 A857CE7B89E2789188 8 2EF6BC!B28 1 "#$$888%$$8&8' *+8 1 1,- 8./ -.98 1 21 FFA51DB376B13 37 B39461!6B61"34#51 1 21 $9BAD61%21&99BA734B1 21 D3B341!33B61!36495B3 512D4 B39451

TRIAC 97A6

Abstract: S0805BH 13003 TRANSISTOR TO220 equivalent triacs bt 804 600v Triac bt 808 600C Diode SOT-23 marking 15d zener diode 1N PH 48 6Bs smd transistor Z0409MF equivalent BT 808 600C
Contextual Info: Central Semiconductor Corp. Represented iSIGNTBOHICS B y: TORONTO I Regan Road, Unit 13, Bram pton, O ntario L7A 1B8 Tel: 905-846-1100 Fax:905-846-7116 E -m a il: d e s ig n tr< a id ire c t.c o m OTTAW A 21 Pine Bluff Trail, Stittsville, O ntario K2S 1E1

C461B

Abstract: D1162 B11B6
Contextual Info: 11 11111111 1 1 111111111111111111111111111111234567894A1 1 1 BCDEFC1 2 1212111 21345164789AB1C9DABE1F112111 1 1!31"1 21F3FE1111 F1!"#8$1 2 12A#1C$$%&1%' % 1D%*%1

k1b0

Abstract: 001C AN543 ANDS00540 PIC17C42 mac 8870 9a1b 9d1b MOV16 A929
Contextual Info: Tone Generation AN543 Tone Generation INTRODUCTION IMPLEMENTATION A general purpose resonator routine is implemented using PIC17C42. This routine is used to generate multiple tones. A tone signal is normally generated using extensive table lookup schemes. When a multiple tone

BF 6591

Abstract: 4B51
Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 ACF1 8!577B2D"82EFC77B28 #$8 1 1 1% #&8' &%(98 1 21 317976418 1 21 !"AA97B51"#B3F$3BF76B16AA#36B394%1 791&'&()$*51B91DD&#39;D)$*511 21 !"AA97B51#34+1#4B1"A1B91D,E+1

JANTX1N

Abstract: 971B
Contextual Info: Microsemi Zener Regulator Diodes ] ZEN M icrosem i D ivision Package O utline j Type Mil Spec Pow er Data S heet ID W Vz (V) Izt (m A) (« ) Zzk <n) Zzt °= f Part N um ber VR (V) Toi. (+/-%) 1N970A Scottsdale DO-35 STD 5392 0.4 24 5.2 33 750 5 18.2 10 1N970A (D 0 7 )

IN957

Abstract: 963b 969B IN958
Contextual Info: Microsemi Corp. y T h e d io d e e x p e r ts SC O T T SD A L E , A Z 1N957B, • thru 1N992B, -1 DO-35 F o r more inform ation call: 6 0 2 941-6300 SILICON 500 mW ZENER DIODES FEATURES • 6.8 TO 200 V ZENER VOLTAGE RANGE • 1N962B-1 THRU 1N992B-1 AVAILABLE IN JAN. JA N TX AND JAN TXV QUALIFICATIONS

6A18

Abstract: b055 BCD DIVISION USING MPASM C047 Embedded Control Handbook volume ii E02d 6A19 MAP 9004 6A-19 AN544
Contextual Info: AN544 Math Utility Routines Author: As more routines are available, they will be added to the library. The latest routines may be obtained either through Microchip's bulletin board or by contacting your nearest Microchip sales office for a copy on a MS-DOS floppy.

3960B

Contextual Info: 1N962B THRU 1N986B AVAILABLE IN CD957B JANC thru ZENER DIODE CHIPS CD986B ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES MAXIMUM RATINGS Opei atlng T e m p e ra tu re : -65 C to + 1 7 5 C

b055

Abstract: C047 1C18 BCD DIVISION USING MPASM 2F27 AN544 PIC17C42 C08F E311 0029 6A19
Contextual Info: AN544 Math Utility Routines Author: As more routines are available, they will be added to the library. The latest routines may be obtained either through Microchip's bulletin board or by contacting your nearest Microchip sales office for a copy on a MS-DOS floppy.

61a17

Abstract: E11AB BFE 81A
Contextual Info: 123456789 1 2ABBCD91BCEFE9ECBE1 9 1 92DBB9 1 BB9BCAE9 716351B7B7978916789ABC91871787BA81 977E1 81 8A1 D !1 "71 981 BAE799ABF1 71 6351 91 79871 A1 #B81 1 7B$AB"8E71 977E1D !1$7%B791A1EA919789&71 7"#771 81

1N9648

Abstract: in755 1N9626 1N75A 1N957B 1N958B 1N961B 1N963B 1N965B 1N966B
Contextual Info: ZENER DIODES, GENERAL PURPOSE 400m W N um ber Maxim um Zener N om inal Im pedance Zener í í &íbM jb! V oltage Test 1 at 1 C urrent 2 , @ 1, 2 « @ U V, V olts !. {mA) (Ohm s) tü hm S ) (m A li M axim um R e v e rs e Le-aKage C u rre n t Wax DC M ax

AL133-00015.1

Abstract: 48ED
Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 ACF1 8!577B2D"82EFC77B28 #$%8 1 1 1& #'8 *'&)98 1 21 3179764 18!"1 21 #$AA97B51$%B3F&3BF76B16AA%3 6B394&#39;1 791()(*+&,51B91)+&,511 21 #$AA97B51%34-1%4B1$A1B91D-11

Signetics NE561

Abstract: AM DEMODULATOR USING PLL 565 SIGNETICS PLL ne561 NE561 signetics Signetics NE562 566 vco Signetics NE565 UA711 NE561N
Contextual Info: Phase Locked Loops INTRODUCTION Phase Locked Loop PLLs are a new class of m onolithic circuits developed by Signetics, but they are based on frequency feed­ back technology which dates back 40 years. A phase locked loop is basically an elec­ tronic servo loop consisting of a phase

Contextual Info: 1 1 1 68*459E3BE3 •3 3 !1"2!1#!"$333333333333••3333 !%22!$$"!$$3 •3 &7'3 !1"2!1#! %%333333333333••333 !C9*C+ECD+!9*,1 9C-.C4/1 1 660112.3 A8BD18A!98"751891B1

EBC91

Abstract: BA871
Contextual Info: 12345657 1 7 1 9E979AF8FCE7 71 61 91 71 87791 77B1 A1 6789ABC91 61 !"C1 A1 EBAEA8BA""7B91 1 A8E#1 9#77E1 D$%1 E!#!"79F1 71 61 !91 !8C1 7!&B791 A1 71 635'1 &1 B7 &E7(1 81 EA91 C1 

binary to bcd conversion

Abstract: 001B 001C AN544 PIC17C42 041c MPASM code macro endm c08f E02d simpson 464
Contextual Info: Math Routines AN544 Math Utility Routines These routines have been optimized wherever possible with a compromise between speed, RAM utilization, and code size. Some routines multiplication and division are provided in two forms, one optimized for speed and

Contextual Info: 1 12345657829A12BCDEFA3E55E8F5B7A D4F528F3AA14D843A1A287E3532A  !1!""A 1 1 1#$%A&'%#&A 1 21 A1B911 !513"37E#B39461 6B6134$51 21 %9B"A&6E1'2199BA734B1 21 &3B"34133B6136495B3#1 &4#B39451 21 899E1 2(165E71B7645F3BBE71341*1

Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 ACF1 8!577B2D"82EFC77B28 #$8 1 1 1% #&8' &%(98 1 21 3179764 18!"1 21 #$AA97B51$%B3F&3BF76B16AA%3 6B394&#39;1 791()(*+&,51B91)+&,511 21 #$AA97B51%34-1%4B1$A1B91D-11

Contextual Info: 1 12345657829A12BCDEFA3E55E8F5B7A D4F528F3AA14D843A1A287E3532A  !1!"##A 1 1 1$%&A' &$'A 1 21 A1B91D1 !"51!3#37$B39461 6B6134%51 21 &9B#A'6!1(2199BA734B1 21 '3B#34133B6136495B3$1 '4$B39451 21 4$991*2)16571B76453BB71341

Contextual Info: 6 1 1 12324567589ABCB 9ABCBDE6F5856A354A3B 4A3BAC6036 2+35E6 F395536 1 FB FB8215A36:56545A856;B !617<%%%%= 66 >54BA6' %%6 256F35!6(%%+%+'6 1 12324567 324567589ABCBDE6F5856A354A3BAC6036$17F&6 68B3C 8B3CA6345536CDB6662A3563ADB16

BH9-1

Contextual Info: 12324232526271 123456789AB6CDC6E7C3F8 89182EF6BCB28 88 1 1 1 8!"!98 1 21 A1B91151337E B3946!16B61 !34"51 21 #9BA!DD6!E1$2C1%99BA734B1 21 &E'AE76B7E5B63!3 E1 *)+ 76BE1)2,1!65E71B7645&#39;3BBE71 21 F#(1-&173.18,641