SCR BRX 49
Abstract: SCR BRX 64 scr TAG 92 SCR Brx BR303 BRX55 BRX56 SCR BRX 63 brx 49 scr TAG 92
Contextual Info: ID SCR IN PLASTIC PACKAGE TO-92 RD-26 0,8A RMS TO-126 0,8A RMS 0,8A RMS 1A RMS 4A RMS 15V 30V TAG 60Y1 BRX 50 BRX 44 TAG 6OF 50V 60V BRX 45 100V BRX 46 V TAG 66Y TAG 62F TAG 66F TAG 62A TAG 66A 2N6236 BR303 2N6237 TAG 60A BRX 51 2N5062 2N6238 BRX 61 2N5063
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OCR Scan
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RD-26
O-126
BR303
2N5060
2N6236
2N6237
2N5061
2N5062
2N6238
2N5063
SCR BRX 49
SCR BRX 64
scr TAG 92
SCR Brx
BR303
BRX55
BRX56
SCR BRX 63
brx 49 scr
TAG 92
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Q6012LH2
Abstract: mw 137 600g shindengen cf 318 rca thyristor manual SCR TAG 665 600 triac mw 137 600G SCR Handbook, rca motorola triac mac635-8 triac tag 252 600 S106D1
Contextual Info: PRODUCT CATALOG & DESIGN GUIDE Power Switching Semiconductor Products Littelfuse Circuit Prot Solutions Portf Consumer Electronics Telecom White Goods Medical Equipment TVSS and Power S DESIGN SUPPORT Live Application Design and Technical Support—Tap into our expertise. Littelfuse engineers are available around the world to help you address design challenges and develop
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EC114
EC2114v1E0807
Q6012LH2
mw 137 600g
shindengen cf 318
rca thyristor manual
SCR TAG 665 600
triac mw 137 600G
SCR Handbook, rca
motorola triac mac635-8
triac tag 252 600
S106D1
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Cy7C601
Abstract: CY7C605 c5wg
Contextual Info: 4t.E D CYPRESS SEMICONDUCTOR El H S Ö i L b a 0 0 0 7 4 0 4 S S3 CYP CY7C605A -_-ra ¿rar y — zr^r CYPRESS SEMICONDUCTOR Features Cache Controller and Memory Management Unit Fully conforms to the SPARC refer ence M emory M anagement Unit M M U architecture
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OCR Scan
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CY7C605A
CY7C605A
CY7C604A,
CY7C604A.
CY7C605
Cy7C601
c5wg
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TRIAC TAG 90
Abstract: opto diac TAG Triac SCR T TRIAC TAG 92 triac tag Z0409Me TAG SCR p0102 P0102DA
Contextual Info: part Num ber D efinition ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = Ig T 2 5 /2 5 /2 5 /2 5 mA M = 600 V H = TQ-220 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e P ac ka g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
S4012MK
Z0409ME
TRIAC TAG 90
opto diac
TAG Triac
SCR T
TRIAC TAG 92
triac tag
Z0409Me
TAG SCR
p0102
P0102DA
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S1610MH
Abstract: triac tag 220 S2512MH TRIAC TAG 90 SCR tag 7 400 s2512bh S4012BH S4014NH S1610BH S1612nH
Contextual Info: part Num ber D efinition ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e P ac ka g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
P0102DA
X0102MA
S1610MH
triac tag 220
S2512MH
TRIAC TAG 90
SCR tag 7 400
s2512bh
S4012BH
S4014NH
S1610BH
S1612nH
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TRIAC TAG 90
Abstract: Z0302BG Z0409ME z0409mf TRIAC TAG 92 Z0102MA triac tag Z0309DG S1207MH Z0302MG
Contextual Info: part Number Definition ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e P ac ka g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
P0102DA
X0102MA
TRIAC TAG 90
Z0302BG
Z0409ME
z0409mf
TRIAC TAG 92
Z0102MA
triac tag
Z0309DG
S1207MH
Z0302MG
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TRIAC TAG 90
Abstract: T1613MH TRIAC T1613MH t1613nh Triac T0810MH T0610MH TRIAC TAG 600 T1612MH T1612NH T0810MH
Contextual Info: part Num ber D efinition ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e P ac ka g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
P0102DA
X0102MA
TRIAC TAG 90
T1613MH
TRIAC T1613MH
t1613nh
Triac T0810MH
T0610MH
TRIAC TAG 600
T1612MH
T1612NH
T0810MH
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PDF
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T4013NK
Abstract: T2513MK T1212MJ T2512MK T1010MJ tag t2512nk TAG triac t4012nk t2512nk T1213NJ T0610MJ
Contextual Info: part N um ber D efin itio n ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
P0102DA
X0102MA
T4013NK
T2513MK
T1212MJ
T2512MK
T1010MJ
tag t2512nk
TAG triac t4012nk
t2512nk
T1213NJ
T0610MJ
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PDF
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TRIAC TAG 90
Abstract: SCR tag 90 triac tag X0202DA TAG SCR SCR 4A 400 V S1610MH P0105AB X0102NA scr tag 12
Contextual Info: part Num ber D efinition ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e P ac ka g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
P0102DA
X0102MA
TRIAC TAG 90
SCR tag 90
triac tag
X0202DA
TAG SCR
SCR 4A 400 V
S1610MH
P0105AB
X0102NA
scr tag 12
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s1207dh
Abstract: S1207MH S1207BH TRIAC TAG 90 S0402NH S0805NH opto diac X0303DG X0402DE S0802MH
Contextual Info: part Num ber D efinition ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e P ac ka g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
P0102DA
X0102MA
s1207dh
S1207MH
S1207BH
TRIAC TAG 90
S0402NH
S0805NH
opto diac
X0303DG
X0402DE
S0802MH
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F0810MH
Abstract: E0102YG F0810NH E0102YA E0102AB E0102AA TAG RD101 SCR TAG Semiconductors scr tag 2 200 SCR 10A
Contextual Info: part Num ber D efinition ta g s e m ic o n d u c to r s l t d Exam ple T1010MH: T = Glass passivated Triac 10= 10A 10= Ig T 25/25/25/25 mA M = 600 V H = TQ-220 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e P ac ka g e SCR 01 = up to 1A
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
Isola25
E0102YA
F0810MH
E0102YG
F0810NH
E0102AB
E0102AA TAG
SCR TAG Semiconductors
scr tag 2 200
SCR 10A
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SCR TAG Semiconductors
Abstract: TAG scr RD101 scr 6A T1010MH SCR 10A L0100BV L0100DV TRIAC TAG J light activated scr
Contextual Info: part N um ber D e fin itio n t a g s e m ic o n d u c t o r s l t d E x a m p le T 1 010M H : T = Glass passivated Triac 10= 10A 10= Ig T 25/25/25/25 mA M = 600 V H = TQ-220 T e c h n o lo g y C u rre n t R a n g e | Q T -C u rre n t R a n g e V o lt a g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
L0100BV
L0100DV
SCR TAG Semiconductors
TAG scr
scr 6A
T1010MH
SCR 10A
L0100BV
L0100DV
TRIAC TAG J
light activated scr
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Z0105MA
Abstract: Z0409MF Z0105DA MT2800 Z0405DF GT 60 DIAC Z0102MA Z0405BF z0302mg Z0402DE
Contextual Info: p a rt N u m b e r D e fin itio n ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
Z0102BA
Z0105BA
Z0105MA
Z0409MF
Z0105DA
MT2800
Z0405DF
GT 60 DIAC
Z0102MA
Z0405BF
z0302mg
Z0402DE
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PDF
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S4014NH
Abstract: S2512NH S1612NH S1610NH S4014BH s1610bh S2512BH S2514MK S4012NH S1610MH
Contextual Info: part Num ber D efinition ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e P ac ka g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
S1610BH
S1612BH
S4014NH
S2512NH
S1612NH
S1610NH
S4014BH
s1610bh
S2512BH
S2514MK
S4012NH
S1610MH
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scr 6A
Abstract: scr tag 2 200 S1610BM scr tag 12 TAG scr S2510 SCR 10A tag semiconductors triacs S0805BM S0805DM
Contextual Info: part Num ber D efinition ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e P ac ka g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
S0805BM
S0805DM
scr 6A
scr tag 2 200
S1610BM
scr tag 12
TAG scr
S2510
SCR 10A
tag semiconductors triacs
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PDF
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T1613MH
Abstract: TRIAC T1613MH T0812NH T0610MH T1613NH T0805NH T0812MH T0805MH T0812DH T0810DH
Contextual Info: part N um ber D efin itio n ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
T0512BH
T0512DH
T1613MH
TRIAC T1613MH
T0812NH
T0610MH
T1613NH
T0805NH
T0812MH
T0805MH
T0812DH
T0810DH
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PDF
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SCR TAG Semiconductors
Abstract: P0102DB SCR 10A X0103MA X0203MA scr tag 2 200 TAG scr x0103 P0102BA scr tag 12
Contextual Info: p art N u m b e r D e fin it io n ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
IsolaP0110AA
P0105AA
SCR TAG Semiconductors
P0102DB
SCR 10A
X0103MA
X0203MA
scr tag 2 200
TAG scr
x0103
P0102BA
scr tag 12
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PDF
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T2513MK
Abstract: T1212MJ T1213NJ T2512NK T2512MK T1212NJ T1010MJ T0609MJ T4013NK T2513NK
Contextual Info: part N um ber D efin itio n ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
T0609BJ
T0610BJ
T2513MK
T1212MJ
T1213NJ
T2512NK
T2512MK
T1212NJ
T1010MJ
T0609MJ
T4013NK
T2513NK
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PDF
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T0505BM
Abstract: T0810DM T0510DM T0810MM T1213MS RD101 T0505DM T1010MH TAG SCR T0505MM
Contextual Info: p art N u m b e r D e fin it io n ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
T0505BM
T0505DM
T0810DM
T0510DM
T0810MM
T1213MS
T1010MH
TAG SCR
T0505MM
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PDF
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S0805NH
Abstract: S0810NH S0402NH S0810MH S0810BH S0802NH S1207BH S0402DH X0403DE S0610MH
Contextual Info: p art N u m b e r D e fin it io n ta g s e m ic o n d u c to r s l t d E xam ple T 10 10M H : T = Glass passivated Triac 1 0 = 10A 1 0 = I g T 2 5 / 2 5 / 2 5 / 2 5 mA M = 600 V H = T Q -22 0 T ech n olo gy C u rre n t R ange |Q T -C u rre n t R ang e V o lta g e
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OCR Scan
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T1010MH:
O-220
T0-18
T0-202-1
O-202-2
O-220
RD101
S0402BH
S0405BH
S0805NH
S0810NH
S0402NH
S0810MH
S0810BH
S0802NH
S1207BH
S0402DH
X0403DE
S0610MH
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PDF
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CELLMAKER-622
Abstract: CRC10 MXT3010
Contextual Info: CellMaker-622TM Release 2.1 operations and reference manual Order Number: 100113-15 December 1998 Copyright c 1998 by Maker Communications, Inc. All rights reserved. Printed in the United States of America. The information in this document is believed to be correct, however, the
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CellMaker-622TM
CellMaker-622
CRC10
MXT3010
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MBRI045
Abstract: vogt t7 SCR 1000 siemens inductor 25 uh vogt un 9V DC INPUT flip flop vogt* 2.1 VOGT V9
Contextual Info: r = 7 S G S -T H O M S O N RÆQffl@iL[l ïïœRi]D gS > -2 9 6 L296P HIGH CURRENT SWITCHING REGULATORS . • ■ . . ■ ■ ■ . ■ 4 A OUTPUT CURRENT!5.1 V TO 40 V OUTPUT VOLTAGE RANGE 0 TO 100 % DUTY CYCLE RANGE PRECISE (±2 % ON-CHIP REFERENCE SWITCHING FREQUENCY UP TO 200 KHz
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OCR Scan
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L296P
L296P)
L296and
L296P
MBRI045
vogt t7
SCR 1000
siemens inductor 25 uh
vogt un
9V DC INPUT flip flop
vogt* 2.1
VOGT V9
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PDF
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UJT-2N2646 PIN DIAGRAM DETAILS
Abstract: UJT-2N2646 1N5844 transistor GDV 64A motorola diode marking 925b Zener Diode SOT-23 929b 1N4042A Motorola 1n4504 1N5856B 1n5844 diode
Contextual Info: Motorola TVS/Zener Device Data Alphanumeric Index of Part Numbers 1 Cross Reference and Index 2 Selector Guide for Transient Voltage Suppressors and Zener Diodes 3 Transient Voltage Suppressors Axial Leaded Data Sheets 4 Transient Voltage Suppressors Surface Mounted Data Sheets
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MXT4400
Abstract: MXT3010 AS4400
Contextual Info: CellMaker-622TM Release 3.2 operations and reference manual Order Number: 100516-04 December 1999 Copyright c 1999 by Maker Communications, Inc. All rights reserved. Printed in the United States of America. The information in this document is believed to be correct, however, the
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CellMaker-622TM
CellMaker-622
MXT4400
MXT3010
AS4400
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