CDRH105R330 Search Results

Contextual Info: Part L Tol RDC IDC H % IN MAX SPECIFICATION TYPE = CONSTRUCTION = TERIMAL COATING = OPERATING TEMP. = STORAGE TEMP = INSULATION RESISTANCE = DIELECTRIC STREGTH = HUMIDITY EFFECTS = CDRH105R-100 10 @ 100kHz (m ) N 25.8 CDRH105R-120 12 @ 100kHz N 32

BD811

Abstract: HTSSOP-B24 MCR03 103 chip resistor Rohm MCR100jzhf BD8112EFV
Contextual Info: Integrated Current-mode Buck-Boost DC/DC Controller Automotive White LED Driver IC BD8112EFV-M ●Description BD8112EFV-M is a white LED driver with the capability of withstanding high input voltage 36V MAX . This driver has 2ch constant-current drivers integrated in 1-chip, which each channel can draw up to 150mA max, so

BD8113EF

Abstract: GRM188B31H104KA92 BD8113 BD8113EFV
Contextual Info: LED Drivers for LCD Backlights White Backlight LED Driver for Medium to Large LCD Panels Switching Regulator Type BD8113EFV No.11040EAT04 ●Description BD8113EFV is a white LED driver with the capability of withstanding high input voltage (36V MAX). This driver has 2ch

Contextual Info: Power Management ICs for Automotive Body Control White Backlight LED Drivers for Medium to Large LCD Panels Switching Regulator Type No.11039ECT11 BD8112EFV-M ●Description BD8112EFV-M is a white LED driver with the capability of withstanding high input voltage (36V MAX). This driver has

BD811

Abstract: GRM31CB31E106KA75B CDRH105R-330 GRM188B31H104KA92 HSOP-M28 timer using IC 4060 assembly instruction 3070 MCR100JZHFSR620 1KHz-10KHz Rss070
Contextual Info: Power Management IC Series for Automotive Body Control White Backlight LED Driver for Medium to Large LCD Panels Switching Regulator Type BD8119FM-M No.10039EAT07 ●Description BD8119FM-M is a white LED driver with the capability of withstanding high input voltage (36V MAX).

GRM188B31H104KA92

Abstract: BD811
Contextual Info: Power Management ICs for Automotive Body Control White Backlight LED Drivers for Medium to Large LCD Panels Switching Regulator Type BD8112EFV-M No.11039ECT11 ●Description BD8112EFV-M is a white LED driver with the capability of withstanding high input voltage (36V MAX). This driver has

Contextual Info: Power Management IC Series for Automotive Body Control White Backlight LED Driver for Medium to Large LCD Panels Switching Regulator Type BD8119FM-M No.11039EBT07 ●Description BD8119FM-M is a white LED driver with the capability of withstanding high input voltage (36V MAX).

BD8112EFV

Abstract: GRM31CB31E106KA75B bd8112 BD811
Contextual Info: BD8112EFV-M Power Management ICs for Automotive Body Control White Backlight LED Drivers for Medium to Large LCD Panels Switching Regulator Type BD8112EFV-M No.11039ECT11 ●Description BD8112EFV-M is a white LED driver with the capability of withstanding high input voltage (36V MAX). This driver has

led 5030

Abstract: GRM188B31A225KE33 bd8112
Contextual Info: Power Management ICs for Automotive Body Control White Backlight LED Drivers for Medium to Large LCD Panels Switching Regulator Type BD8112EFV-M No.10039EAT11 ●Description BD8112EFV-M is a white LED driver with the capability of withstanding high input voltage (36V MAX). This driver has

Contextual Info: Power Management ICs for Automotive Body Control White Backlight LED Drivers for Medium to Large LCD Panels Switching Regulator Type No.11039ECT11 BD8112EFV-M ●Description BD8112EFV-M is a white LED driver with the capability of withstanding high input voltage (36V MAX). This driver has

CDRH105R330

Abstract: CDRH125 CDRH103R-101 CDRH74-150 CDRH74-151 CDRH74-180 CDRH104R-330 CDRH6D28 CDRH5D18-101 CDRH4D28
Contextual Info: ECM Surface Mount Power Inductors CDRHxxxR ECM UCR Series / CDRHxDxx / CDR / CDRH Series ƒ ƒ ƒ ƒ ƒ Ferrite Shielded Up to 8 Amps Competitive Prices Low Profile to 2.0mm Typical Reel Size 1000pcs The CDR / CDRH series of ferrite shielded inductors exhibit excellent current handling characteristics.

rss070

Contextual Info: BD8119FM-M Power Management IC Series for Automotive Body Control White Backlight LED Driver for Medium to Large LCD Panels Switching Regulator Type BD8119FM-M No.11039EBT07 ●Description BD8119FM-M is a white LED driver with the capability of withstanding high input voltage (36V MAX).

CDRH74-221

Abstract: CDRH105R330 CDRH73-220 CDRH6D28 CDRH73-102 CDRH103R CDRH105R cdrh125 CDRH6D38-220 CDRH105R-470
Contextual Info: ECM Surface Mount Power Inductors CDRHxxxR ECM UCR Series / CDRHxDxx / CDR / CDRH Series ƒ ƒ ƒ ƒ ƒ Ferrite Shielded Up to 8 Amps Competitive Prices Low Profile to 2.0mm Typical Reel Size 1000pcs The CDR / CDRH series of ferrite shielded inductors exhibit excellent current handling characteristics.

Contextual Info: Power Management IC Series for Automotive Body Control White Backlight LED Driver for Medium to Large LCD Panels Switching Regulator Type BD8119FM-M No.11039EBT07 ●Description BD8119FM-M is a white LED driver with the capability of withstanding high input voltage (36V MAX).

pwm controller 3105

Contextual Info: LED Drivers for LCD Backlights White Backlight LED Driver for Medium to Large LCD Panels Switching Regulator Type BD8119FM-M No.11040EBT17 ●Description BD8119FM-M is a white LED driver with the capability of withstanding high input voltage (36V MAX). This driver has 4ch constant-current drivers integrated in 1-chip, which each channel can draw up to 150mA max, so that

Contextual Info: Power Management IC Series for Automotive Body Control White Backlight LED Driver for Medium to Large LCD Panels Switching Regulator Type BD8119FM-M No.11039EBT07 ●Description BD8119FM-M is a white LED driver with the capability of withstanding high input voltage (36V MAX).

GRM31CB31E106KA75B

Abstract: BD811 MCR100JZHFSR620 HSOP-M28 103 chip resistor Rohm timer using IC 4060 GRM31CB31
Contextual Info: LED Drivers for LCD Backlights White Backlight LED Driver for Medium to Large LCD Panels Switching Regulator Type BD8119FM-M No.10040EAT17 ●Description BD8119FM-M is a white LED driver with the capability of withstanding high input voltage (36V MAX). This driver has 4ch constant-current drivers integrated in 1-chip, which each channel can draw up to 150mA max, so that