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Rohm Semiconductor

Series	Category	# Parts	Status	Description

Part	Spec A	Spec B	Spec C	Spec D	Description

Standalone parts(9785)

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Part	Tolerance	Height - Seated (Max) [Max] [z]	Height - Seated (Max) [Max] [z]	Power (Watts)	Power (Watts)	Composition	Features	Resistance	Operating Temperature [Max]	Operating Temperature [Min]	Ratings	Temperature Coefficient	Package / Case	Size / Dimension [y]	Size / Dimension [x]	Size / Dimension [x]	Size / Dimension [y]	Number of Terminations	Height - Seated (Max) [Max]	Height - Seated (Max) [Max]	Supplier Device Package	Package / Case	Output	Reset	Number of Voltages Monitored	Voltage - Threshold	Type	Mounting Type	Package / Case	Current - Output	Frequency - Switching	Voltage - Output	Main Purpose	Outputs and Type	Outputs and Type	Utilized IC / Part	Voltage - Input [Max]	Voltage - Input [Min]	Board Type	Supplied Contents	Regulator Topology	Power (Watts)
Rohm Semiconductor ESR03EZPJ914	5 %	0.022 in	0.55 mm	0.25 W	250 mW	Thick Film	Automotive AEC-Q200 Pulse Withstanding	910 kOhms	155 °C	-55 °C	AEC-Q200	200 ppm/°C	0603 (1608 Metric)	0.8 mm	0.063 in	1.6 mm	0.031 in	2
Rohm Semiconductor ESR10EZPF4121	1 %			0.4 W	0.4 W	Thick Film	Automotive AEC-Q200 Pulse Withstanding	4.12 kOhms	155 °C	-55 °C	AEC-Q200	100 ppm/°C	0805	1.25 mm	0.079 in	2 mm	0.049 in	2	0.026 in	0.65 mm	0805
Rohm Semiconductor MCR25JZHFLR270	1 %			0.5 W	0.5 W	Thick Film	Automotive AEC-Q200	270 mOhms	155 °C	-55 °C	AEC-Q200	200 ppm/°C	1210	2.5 mm	0.126 in	3.2 mm	0.098 in	2	0.028 in	0.7 mm	1210	3225 Metric
Rohm Semiconductor ESR10EZPF4R32	1 %			0.5 W	0.5 W	Thick Film	Automotive AEC-Q200 Pulse Withstanding	4.32 Ohms	155 °C	-55 °C	AEC-Q200	100 ppm/°C	0805	1.25 mm	0.079 in	2 mm	0.049 in	2	0.026 in	0.65 mm	0805
Rohm Semiconductor ESR03EZPF2403	1 %	0.022 in	0.55 mm	0.25 W	250 mW	Thick Film	Automotive AEC-Q200 Pulse Withstanding	240 kOhms	155 °C	-55 °C	AEC-Q200	100 ppm/°C	0603 (1608 Metric)	0.8 mm	0.063 in	1.6 mm	0.031 in	2
Rohm Semiconductor BD4839FVE-TR									105 °C	-40 °C			SOT-665								5-VSOF		Open Drain or Open Collector	Active Low	1	3.9 V	Voltage Detector	Surface Mount
Rohm Semiconductor LTR100JZPJLR39	5 %				3 W	Thick Film	Automotive AEC-Q200 Current Sense	390 mOhms	155 °C	-55 °C	AEC-Q200	200 ppm/°C	Wide 2512 (6432 Metric)	6.4 mm	0.126 in	3.2 mm	0.252 in	2	0.028 in	0.7 mm	1225								1225
Rohm Semiconductor LTR10EZPJ562	5 %			0.25 W	250 mW	Thick Film	Automotive AEC-Q200 Pulse Withstanding	5.6 kOhms	155 °C	-55 °C	AEC-Q200	200 ppm/°C	0508 Wide 0805 (2012 Metric)	2 mm	0.047 in	1.2 mm	0.079 in	2	0.026 in	0.65 mm	0805
Rohm Semiconductor BD9F800MUX-EVK-001																														8 A	300 kHz	1 V	DC/DC Step Down	Non-Isolated	1	BD9F800	28 V	4.5 V	Fully Populated	Board(s)	Buck
Rohm Semiconductor KTR10EZPF2001	1 %			0.125 W		Thick Film	Automotive AEC-Q200 High Voltage	2 kOhms	155 °C	-55 °C	AEC-Q200	100 ppm/°C	0805	1.25 mm	0.079 in	2 mm	0.049 in	2	0.026 in	0.65 mm	0805																					0.125 W

Series	Category	# Parts	Status	Description

Rohm SemiconductorBD12734FLow Supply Current Input/output Full Swing Operational Amplifier	Linear	1	1	BD12734F is input/output full swing operational amplifier. This IC has the features of low operating supply voltage, low supply current, low input referred noise voltage and high phase margin. It is suitable for audio applications and battery management.
Rohm SemiconductorBD12734FVJLow Supply Current Input/output Full Swing Operational Amplifier	Amplifiers	1	1	BD12734FVJ is input/output full swing operational amplifier. This IC has the features of low operating supply voltage, low supply current, low input referred noise voltage and high phase margin. It is suitable for audio applications and battery management.
Rohm SemiconductorBD12801MUF-M16-channel Constant Current Driver Embedded Automotive Backlight LED Driver	Integrated Circuits (ICs)	1	1	BD12801MUF-M is 16-channel constant current driver with 13bit PWM dimming and 8bit local DC dimming individual channels. Communication with µController via SPI is feasible.
Rohm SemiconductorBD12IA5	Voltage Regulators - Linear, Low Drop Out (LDO) Regulators	2	1
Rohm SemiconductorBD12IC0	Voltage Regulators - Linear, Low Drop Out (LDO) Regulators	1	1
Rohm SemiconductorBD12KA5FP500mA 1.2V, Fixed Output, High-Accuracy LDO Regulator	Voltage Regulators - Linear, Low Drop Out (LDO) Regulators	1	1	ROHM's secondary LDO regulators were designed to maximize device characteristics and provide stable operation through low power consumption, increased miniaturization, and low noise. 500mA fixed output types are offered for local power supplies that feature an output voltage accuracy of ±1% with low saturation. A number of other models are... Read More
Rohm SemiconductorBD14000EFV-C(H2)Cell Balance LSI of 4 to 6 Series Power Storage Element Cells for Automotive	Evaluation and Demonstration Boards and Kits	3	1	BD14000EFV-C is a LSI IC designed as a self-controlled cell balancer. It has a built-in shunt-type power storage element balancer function that can respond to 4 to 6 cells. All the functions necessary in a cell balancer are built-in making power storage element cell balancing possible only in this LSI.... Read More
Rohm SemiconductorBD14215FVJ-LACurrent Sense Amplifier	Instrumentation, Op Amps, Buffer Amps	1	1	The BD14215FVJ-LA current sense amplifier. This is the product guarantees long time support in Industrial market. This device operates from a single 2.7V to 5.5V power supply. It has wide common mode voltage range from -0.2V to +26V, outputs analog voltage. The gain is 20V/V. The matched gain resistor minimizes... Read More
Rohm SemiconductorBD1482	Voltage Regulators - DC DC Switching Regulators	1	4
Rohm SemiconductorBD15GA3WEFJ300mA 1.5V, Fixed Output, High-Accuracy LDO Regulator	Voltage Regulators - Linear, Low Drop Out (LDO) Regulators	3	1	BDxxGA3WEFJ / BDxxGA3WNUX series devices are LDO regulators with output current capability of 0.3A. It has an output voltage accuracy of ±1%. Both fixed and variable output voltage devices are available. The variable output voltage can be varied from 1.5V to 13.0V using external resistors. Various fixed output voltage devices... Read More