smd zener diode code Y5
Abstract: Y5 smd zener sot23 marking y5 SDZ16V Zener diode smd marking y5 smd diode Y5 Y5 sot23
Text: SDZ16V Semiconductor Zener Diode Applications • Constant voltage regulation • Reference voltage application Features • Small and compact SMD package used: SOT-23 • Surface mount lead configuration Ordering Information Type NO. Marking SDZ16V Y5 □
|
Original
|
SDZ16V
OT-23
KSD-D5C019-000
smd zener diode code Y5
Y5 smd zener
sot23 marking y5
SDZ16V
Zener diode smd marking y5
smd diode Y5
Y5 sot23
|
PDF
|
KSD201
Abstract: No abstract text available
Text: SDZ9V1 Semiconductor Zener Diode Applications • Constant voltage regulation • Reference voltage spplication Features • Small and compact SMD package used: SOT-23 • Surface mount lead configuration Ordering Information Type NO. SDZ9V1 Marking Package Code
|
Original
|
OT-23
KSD-2014-000
KSD201
|
PDF
|
smd zener diode code y9
Abstract: Y9 smd diode smd y9 y9 smd diode SDZ24V case marking y9
Text: SDZ24V Semiconductor Zener Diode Applications • Constant voltage regulation • Reference voltage application Features • Small and compact SMD package used: SOT-23 • Surface mount lead configuration Ordering Information Type NO. SDZ24V Marking Package Code
|
Original
|
SDZ24V
OT-23
KSD-D5C020-000
smd zener diode code y9
Y9 smd
diode smd y9
y9 smd diode
SDZ24V
case marking y9
|
PDF
|
Z2D marking
Abstract: No abstract text available
Text: SDZ5V1WA Semiconductor Zener Diode Features • Compact type • Radiation size 1.3mm x 2.9mm • Surface mount lead configuration Ordering Information Type NO. Marking Package Code Z2D SOT-23 SDZ5V1WA Outline Dimensions unit : mm 2.20~2.60 1.20~1.40 2.80~3.00
|
Original
|
OT-23
KSD-D5C004-000
Z2D marking
|
PDF
|
Untitled
Abstract: No abstract text available
Text: SDZ5V1 Semiconductor Zener Diode Features • Compact type • Radiation size 1.3mm x 2.9mm • Surface mount lead configuration Ordering Information Type NO. Marking SDZ5V1 Package Code Z2 SOT-23 Outline Dimensions unit : mm 2.20~2.60 1.20~1.40 2.80~3.00
|
Original
|
OT-23
KSD-D5C003-000
|
PDF
|
593 SOT23
Abstract: 593 MARKING CODE SOT23
Text: SDZ6V2WK Semiconductor Zener Diode Features • Compact type • Radiation size 1.3mm x 2.9mm • Surface mount lead configuration Ordering Information Type NO. Marking SDZ6V2WK Package Code Z4E SOT-23 Outline Dimensions unit : mm 2.20~2.60 1.20~1.40 2.80~3.00
|
Original
|
OT-23
KSD-D5C006-000
593 SOT23
593 MARKING CODE SOT23
|
PDF
|
marking codes LXX 05
Abstract: SL05T1 SL05T1G SL05T3 SL15T1 SL15T1G SL15T3 SL24T1 SL24T1G SL24T3
Text: SL05T1 Series 300 Watt, SOT−23 Low Capacitance TVS for High Speed Line Protections This new family of TVS offers transient overvoltage protection with significantly reduced capacitance. The capacitance is lowered by integrating a compensating diode in series. This integrated solution
|
Original
|
SL05T1
OT-23
SL05T1/D
marking codes LXX 05
SL05T1G
SL05T3
SL15T1
SL15T1G
SL15T3
SL24T1
SL24T1G
SL24T3
|
PDF
|
29 0826
Abstract: L05 SOT23 marking code L05 SOT 23 sot-23 diode marking t3 SL05 SL05T1 SL05T3 SL15T1 SL15T3 SL24
Text: SL05T1 Series 300 Watt, SOT-23 Low Capacitance TVS for High Speed Line Protections This new family of TVS offers transient overvoltage protection with significantly reduced capacitance. The capacitance is lowered by integrating a compensating diode in series. This integrated solution
|
Original
|
SL05T1
OT-23
r14525
SL05T1/D
29 0826
L05 SOT23
marking code L05 SOT 23
sot-23 diode marking t3
SL05
SL05T3
SL15T1
SL15T3
SL24
|
PDF
|
marking code L05 SOT 23
Abstract: MARKING L05 marking l05 sot-23 SL05T1-D L05 SOT-23 sot-23 DIODE marking code t3
Text: SL05T1 Series 300 Watt, SOT-23 Low Capacitance TVS for High Speed Line Protections This new family of TVS offers transient overvoltage protection with significantly reduced capacitance. The capacitance is lowered by integrating a compensating diode in series. This integrated solution
|
Original
|
SL05T1
OT-23
r14525
SL05T1/D
marking code L05 SOT 23
MARKING L05
marking l05 sot-23
SL05T1-D
L05 SOT-23
sot-23 DIODE marking code t3
|
PDF
|
MARKING L05
Abstract: sot-23 MARKING CODE NC tvs MARKING CODE LAYOUT SOT23 marking code L05 SOT 23
Text: SL05T1 Series 300 Watt, SOT-23 Low Capacitance TVS for High Speed Line Protections This new family of TVS offers transient overvoltage protection with significantly reduced capacitance. The capacitance is lowered by integrating a compensating diode in series. This integrated solution
|
Original
|
SL05T1
OT-23
r14525
SL05T1/D
MARKING L05
sot-23 MARKING CODE NC
tvs MARKING CODE LAYOUT SOT23
marking code L05 SOT 23
|
PDF
|
SL05
Abstract: SL05T1 SL05T3 SL15T1 SL15T3 SL24 SL24T1 SL24T3 two line ESD Protection in SOT-23 TVS in SOT-23
Text: SL05T1 Series 300 Watt, SOT-23 Low Capacitance TVS for High Speed Line Protections This new family of TVS offers transient overvoltage protection with significantly reduced capacitance. The capacitance is lowered by integrating a compensating diode in series. This integrated solution
|
Original
|
SL05T1
OT-23
r14525
SL05T1/D
SL05
SL05T3
SL15T1
SL15T3
SL24
SL24T1
SL24T3
two line ESD Protection in SOT-23
TVS in SOT-23
|
PDF
|
Untitled
Abstract: No abstract text available
Text: NUP2115L, SZNUP2115L Dual Line FlexRay Bus Protector The SZ/NUP2115L has been designed to protect the FlexRay transceiver from ESD and other harmful transient voltage events. This device provides bidirectional protection for each data line with a single compact SOT−23 package, giving the system designer a low
|
Original
|
NUP2115L,
SZNUP2115L
SZ/NUP2115L
OT-23
8/20plicable
NUP2115L/D
|
PDF
|
marking codes LXX 05
Abstract: SL05T1G MARKING L05 SL24T1 SL24T1G SL05 SL05T1 SL12T1G SL15T1 SL15T1G
Text: SL05T1 Series 300 Watt, SOT-23 Low Capacitance TVS for High Speed Line Protections This new family of TVS offers transient overvoltage protection with significantly reduced capacitance. The capacitance is lowered by integrating a compensating diode in series. This integrated solution
|
Original
|
SL05T1
OT-23
SL05T1/D
marking codes LXX 05
SL05T1G
MARKING L05
SL24T1
SL24T1G
SL05
SL12T1G
SL15T1
SL15T1G
|
PDF
|
Untitled
Abstract: No abstract text available
Text: SL05T1 Series 300 Watt, SOT-23 Low Capacitance TVS for High Speed Line Protections This new family of TVS offers transient overvoltage protection with significantly reduced capacitance. The capacitance is lowered by integrating a compensating diode in series. This integrated solution
|
Original
|
SL05T1
OT-23
SL05T1/D
|
PDF
|
|
|
NUP2105L
Abstract: NUP2105LT1G 7637 NUP2105L download ISO 11898-2 61000-4-X 11898 NUP2105L download datasheet NUP2105LT1 NUP2105LT3
Text: NUP2105L Dual Line CAN Bus Protector The NUP2105L has been designed to protect the CAN transceiver in high−speed and fault tolerant networks from ESD and other harmful transient voltage events. This device provides bidirectional protection for each data line with a single compact SOT−23 package, giving the
|
Original
|
NUP2105L
NUP2105L
OT-23
7637-for
NUP2105L/D
NUP2105LT1G
7637
NUP2105L download
ISO 11898-2
61000-4-X
11898
NUP2105L download datasheet
NUP2105LT1
NUP2105LT3
|
PDF
|
74LS04 PIN
Abstract: dual coil latching relay 74LS04 318F 74HC04 MDC3105 MDC3105DMT1 MDC3105DMT1G MDC3105LT1 MDC3105LT1G
Text: MDC3105 Integrated Relay, Inductive Load Driver This device is intended to replace an array of three to six discrete components with an integrated SMT part. It is available in a SOT−23 package. It can be used to switch 3 to 6 Vdc inductive loads such as
|
Original
|
MDC3105
OT-23
MDC3105/D
74LS04 PIN
dual coil latching relay
74LS04
318F
74HC04
MDC3105
MDC3105DMT1
MDC3105DMT1G
MDC3105LT1
MDC3105LT1G
|
PDF
|
BJT with V-I characteristics
Abstract: IC 74LS04 74LS04 datasheet 74LS04 74HC04 NOT GATE datasheet aromat 5v 6 pin relay aromat relay js1e NOT gate 74LS04 SC-74 onsemi 74HC04
Text: MDC3105 Integrated Relay, Inductive Load Driver This device is intended to replace an array of three to six discrete components with an integrated SMT part. It is available in a SOT−23 package. It can be used to switch 3 to 6 Vdc inductive loads such as
|
Original
|
MDC3105
OT-23
MDC3105/D
BJT with V-I characteristics
IC 74LS04
74LS04 datasheet
74LS04
74HC04 NOT GATE datasheet
aromat 5v 6 pin relay
aromat relay js1e
NOT gate 74LS04
SC-74 onsemi
74HC04
|
PDF
|
marking code 27E SOT 23
Abstract: NUP2501L 27E SOT23 SOT-23 marking 27E marking 27E sot23 ISO 11898-2 code marking 27e sot23
Text: NUP2105L Dual Line CAN Bus Protector The NUP2105L has been designed to protect the CAN transceiver in high−speed and fault tolerant networks from ESD and other harmful transient voltage events. This device provides bidirectional protection for each data line with a single compact SOT−23 package, giving the
|
Original
|
NUP2105L
OT-23
NUP2105L/D
marking code 27E SOT 23
NUP2501L
27E SOT23
SOT-23 marking 27E
marking 27E sot23
ISO 11898-2
code marking 27e sot23
|
PDF
|
marking code 27E SOT 23
Abstract: SZNUP2105LT1G 27E ZENER DIODE SOT-23 marking 27E Devicenet transceiver szNUP2105 27E SOT23 iso 11898-2 27E SOT-23 code marking 27e sot23
Text: NUP2105L, SZNUP2105L Dual Line CAN Bus Protector The SZ/NUP2105L has been designed to protect the CAN transceiver in high−speed and fault tolerant networks from ESD and other harmful transient voltage events. This device provides bidirectional protection for each data line with a single compact
|
Original
|
NUP2105L,
SZNUP2105L
SZ/NUP2105L
OT-23
NUP2105L/D
marking code 27E SOT 23
SZNUP2105LT1G
27E ZENER DIODE
SOT-23 marking 27E
Devicenet transceiver
szNUP2105
27E SOT23
iso 11898-2
27E SOT-23
code marking 27e sot23
|
PDF
|
Untitled
Abstract: No abstract text available
Text: NUP2105L, SZNUP2105L Dual Line CAN Bus Protector The SZ/NUP2105L has been designed to protect the CAN transceiver in high−speed and fault tolerant networks from ESD and other harmful transient voltage events. This device provides bidirectional protection for each data line with a single compact
|
Original
|
NUP2105L,
SZNUP2105L
SZ/NUP2105L
NUP2105L/D
|
PDF
|
conclusion of zener diode voltage report
Abstract: 1314 MARKING DIODE lrc zener diode
Text: 乐山无线电股份有限公司 Leshan Radio Company, Ltd. 产 品 规 格 书 Specification of Products Samsung VD TO CUSTOMER CUSTOMER P.N. LRC P.N. LRC099-04BT1G DESCRIPTION SC-70-6 ESD Protection Array APPROVE BY 接受印 ACKNOWLEDGEMENT 兹证明此份资料已经收到
|
Original
|
LRC099-04BT1G
SC-70-6
LRC099-04BT1G
350mm3
J-STD-020B,
conclusion of zener diode voltage report
1314 MARKING DIODE
lrc zener diode
|
PDF
|
marking code jw6
Abstract: marking jw6 SC74 marking 345 NUD3124LT1G JW6 NUD3124DMT1
Text: NUD3124 Automotive Inductive Load Driver This MicroIntegrationt part provides a single component solution to switch inductive loads such as relays, solenoids, and small DC motors without the need of a free−wheeling diode. It accepts logic level inputs, thus allowing it to be driven by a large variety of devices
|
Original
|
NUD3124
NUD3124LT1
NUD3124
marking code jw6
marking jw6
SC74 marking 345
NUD3124LT1G JW6
NUD3124DMT1
|
PDF
|
IGBT Battery 120 watt Charger circuit diagrams
Abstract: tl494 spice model four relay stabilizer circuit diagram 650 va gsm door lock circuit diagram MRC 433 mosfet MC34066 SOLUTION FOR SMPS USING TL494 MOSFET ESD Rated TL594 phone charger car power inverter TL494
Text: BRD8016/D Rev. 0, Nov-2000 Wireless Component Solutions for Handsets and Accessories Wireless Component Solutions for Handsets and Accessories BRD8016/D Rev. 0, Nov–2000 SCILLC, 2000 “All Rights Reserved’’ WIRELESS EZFET is a trademark of Semiconductor Components Industries, LLC SCILLC .
|
Original
|
BRD8016/D
Nov-2000
r14525
IGBT Battery 120 watt Charger circuit diagrams
tl494 spice model
four relay stabilizer circuit diagram 650 va
gsm door lock circuit diagram
MRC 433 mosfet
MC34066
SOLUTION FOR SMPS USING TL494
MOSFET ESD Rated
TL594 phone charger
car power inverter TL494
|
PDF
|
MDC3105LT1
Abstract: dual coil latching relay IC marking jw MDC3105LT1G
Text: MDC3105 Integrated Relay, Inductive Load Driver This device is intended to replace an array of three to six discrete components with an integrated SMT part. It is available in a SOT−23 package. It can be used to switch 3 to 6 Vdc inductive loads such as
|
Original
|
MDC3105
OT-23
MDC3105/D
MDC3105LT1
dual coil latching relay
IC marking jw
MDC3105LT1G
|
PDF
|
