ROHM Solution Simulator | ROHM Semiconductor

Latest News

2024-08-22: Added Nano Cap™, Low Noise & Input/Output Rail-to-Rail High Speed CMOS Operational Amplifier for Automotive "BD7281YG-C" 4 simulation circuits.
Added Current Sense Amplifier "BD14210G-LA" 4 simulation circuits.
2024-05-31: Added Ultra Small Package & High Precision Rail-to-Rail Input/Output CMOS Operational Amplifier "TLR377GYZ" 8 simulation circuits.
2024-04-19: Added 3.5V to 60V Input 1ch Boost DC-DC Controller "BD9615MUV-LB" simulation circuit.
Added EMARMOUR™, Excellent EMI Immunity High Output Drive Rail-to-Rail Input/Output CMOS Operational Amplifier "BD87521G-LB" 8 simulation circuits.
2024-03-05: Added Automotive Zero Drift Low Offset Voltage Rail-to-Rail input/output CMOS Operational Amplifier "LMR1001YF-C" 8 simulation circuits..
2024-02-16: Added 4.5V to 28V Input, 2.0A Integrated MOSFET Single Synchronous Buck DC-DC Converter "BD9E202FP4-Z"simulation circuits.
2024-01-16: Added Low Noise High Output Drive Rail-to-Rail input/output CMOS Operational Amplifier "TLR2374FV-LB" 8 simulation circuits.
2023-12-05: Added Nano Pulse Control™, QuiCur™, 2.7V to 5.5V, 4A Automotive Buck DC-DC Converter "BD9S402MUF-C" simulation circuit.
Added 4.5V to 28V Input, Single Synchronous Buck DC-DC Converter "BD9S402MUF-C" simulation circuit.
Added Nano Energy™, LMR™ Series, Automotive Ultra Low Power Low Offset Voltage Rail-to-Rail Input/Output CMOS Operational Amplifiers "LMR1901YG-M" 8 simulation circuits.
2023-08-25: Added Automotive Low Offset Low Noise & Rail-to-Rail Input/Output CMOS Operational Amplifier simulation circuits.
2023-07-21: Added 60V Synchronous Step-down Switching Regulator (Controller Type) simulation circuits for "BD9611MUV".
2023-07-14: Added Nano Pulse Control™, Automotive Buck DC-DC Converter simulation circuits for "BD9P108MUF-C / BD9P208MUF-C / BD9P308MUF-C / BD9P608MFF-C".
2023-06-23: Nano Cap™, Low Noise & Input/Output Rail-to-Rail High Speed CMOS Operational Amplifier "BD7282FVM-LB/BD7284F-LB" simulation circuis.
2023-04-28: Nano Cap™, Low Noise & Input/Output Rail-to-Rail High Speed CMOS Operational Amplifier "BD7280YG-C" simulation circuis.
2023-03-31: Added Nano Cap LDO "BD9xxN1 Series" thermal simulation circuits.
2023-03-24: Added voltage follower simulation circuits and non-inverting amplifier simulation circuits.
2023-03-15: Added Laser Diode "RLD90 Series" simulation circuits.
2023-02-16: Added automotive DC-DC Converter simulation circuits for "BD9G401(U)EFJ-M/BD9S201NUX-C" and standard DC-DC Converter simulation circuits for "BD9E201FP4-Z/BD9E200FP4-Z/BD9F800MUX".
2023-01-20: Added industrial DC-DC Buck Converter simulation circuits for "BD9G201UEFJ/BD9G102G" .
2023-01-06: Added DC-DC Buck Converter "BD9D300MUV/BD9E304FP4" simulation circuits.
2022-10-28: Added Nano Cap™, Low Noise & Input/Output Rail-to-Rail High Speed CMOS Operational Amplifier "BD7281YG-C" 8 simulation circuits.
2022-10-14: Added Laser Diode "RLD90 Series" 3 simulation circuits (Square Wave).
2022-09-16: Added Rail-to-Rail Input/Output, High-Precision CMOS OPAMP "TLR™ Series" 8 simulation circuits.
2022-08-18: Added Nano Pulse Control™ DC-DC Buck Converter "BD9F500QUZ" simulation circuits.
2022-07-22: Added Rail-to-Rail Input/Output, High-Precision CMOS OPAMP "TLR™ Series" 16 simulation circuits..
2022-06-29: Added Nano Cap™ LDO "BD9xxN1 Series" 12 simulation circuits.
2022-06-07: Added Nano Cap™ LDO "BD9xxN1 Series" simulation circuits.
2022-04-01: Added Totem-pole PFC, LLC Full-Bridge simulation circuits with 4^th Generation SiC MOSFET(TO-247N).
2022-02-24: Added EVK simulation circuit for 4^th Generation SiC MOSFET evaluation(Schematic Information).
2022-02-24: Added Totem-pole PFC, LLC Full-Bridge simulation circuits with 4^th Generation SiC MOSFET(TO-247-4L).
2022-01-21: Added industrial step-down DC/DC converter simulation circuit for the BD9G341AEFJ(Load Response / Line Response)
2021-12-14: Added voltage follower simulation circuits and non-inverting amplifier simulation circuits.
22021-11-10: Added thermal simulation function.; Application : PTC Heater、DC/DC：BD9G500EFJ、LED-Driver：BD18337EFV、BD18347EFV; LDO：BD450M2EFJ、BD433M2EFJ、BD450M5FP2、BD433M5FP2、BD450M5FP、BD433M5FP
2021-10-21: Added current senseing simulation circuits with Op Amps.; Added new DC/DC converter simulation circuits for consumer.
2021-10-05: Added laser diode simulation circuit.
2021-05-17: Added industrial step-down DC/DC converter simulation circuit for the BD9G500EFJ
2021-02-14: Added fixed output voltage simulation circuit for the BD9P series
2020-12-14: Added PFC User's Guide
2020-12-14: Added LLC Full Bridge simulation circuit.
2020-12-14: Added P3-Level Inverter Type-I simulation circuit.
2020-12-14: Added P3-Level Inverter Type-T simulation circuit.
2020-11-27: Added 3-system power supply tree simulation circuit (automotive reference design).
2020-11-27: Added 4-system power supply tree simulation circuit (automotive reference design).
2020-10-20: Added variable output voltage simulation circuit for the BD9P series
2020-07-01: Added 2 models from the BD183xx series (LED drivers)
2020-07-01: Added 5 models from the BD9E series (switching regulators)
2020-07-01: Added 10 new linear regulator models.
2020-02-27: Released ROHM Solution Simulator.

Select Simulation Circuit

Key Features of ROHM Solution Simulator

A broad library of high power circuits allows users to quickly check power device characteristics, eliminating the need for topology circuit design.

Multiple PFC, inverter, and DC/DC circuit topologies are offered that incorporate power devices such as SiC. These power devices can be changed and simulated, making it easy to compare characteristics. In addition, a gate drive circuit is included that enables simulation in an environment close to that of a real system.
Easily design peripheral component constants for switching regulators, linear regulators, and LED drivers

A simulation of the application circuit listed in the datasheet is provided, allowing users to simulate the startup waveforms and phase characteristics with a single click. Of course, it is also possible to perform simulation by changing the peripheral component constants and input/output conditions based on customer requirements.

Free and easy to use

Simply register with My ROHM to perform free web-based simulations without the need to install troublesome software. In addition, pre-configured circuits make it possible to immediately run simulations.
Easily add components and change circuits

Developed based on the SystemVision® Cloud(SVC) simulation platform from Mentor Graphics, a leader in electronic design automation software with an extensive track record in the automotive industry, users can freely change circuits and add components by simply copying the circuit to SVC.

Documents

Simulation Circuit

【EVK Simulation】

NEWDouble Pulse Test

We have released the double-pulse test simulation environment with the evk simulation model.
The simulation circuit includes EVK's pattern parasitic inductor and can simulate the operating waveforms of 4G-SiC MOSFETs with high accuracy. Simulation conditions such as operating voltage, gate drive circuit, and snubber circuit constants can also be changed. It can be used to reduce man-hours during evaluation of actual devices and for verification before board prototyping.

No.	Package	Circuit Name	Simulation (Login Required)
D-001	TO-247-4L	P05SCT4018KR-EVK-001	GO
D-002	TO-247N	P04SCT4018KE-EVK-001	GO
D-003	TO-263-7L	HB2637L-EVK-301_SCT4036KW7	GO

【Power Device Solution Circuit】

AC-DC PFC

ROHM Solution Simulator Power Device User’s Guide (PFC) 2.51MB DOWNLOAD

Boost

No.	Circuit	Simulation (Login Required)
A-001	Boost PFC V_IN=200V, I_IN=2.5A BCM	Go
A-002	Boost PFC V_IN=200V, I_IN=2.5A CCM	Go
A-003	Boost PFC V_IN=200V, I_IN=2.5A CCM Synchronous FETs	Go
A-004	Boost PFC V_IN=200V, I_IN=2.5A DCM	Go
A-005	Boost PFC V_IN=200V, I_IN=2.5A DCM Synchronous FETs	Go

Interleaved

No.	Circuit	Simulation (Login Required)
A-006	Interleaved PFC V_IN=200V, I_IN=2.5A CCM	Go
A-007	Interleaved PFC V_IN=200V, I_IN=2.5A CCM Synchronous FETs	Go
A-008	Interleaved PFC V_IN=200V, I_IN=2.5A DCM	Go
A-009	Interleaved PFC V_IN=200V, I_IN=2.5A DCM Synchronous FETs	Go
A-017	3-Phase Interleaved PFC V_IN=200V, I_IN=7.5A DCM	Go
A-018	3-Phase Interleaved PFC V_IN=200V, I_IN=7.5A DCM Synchronous FETs	Go

Totem-pole

No.	Circuit	Schematic Information	Simulation (Login Required)
A-010	Totem-Pole Bridgeless PFC V_IN=200V, I_IN=100A, Synchronous FETs		Go
A-011	Totem-Pole Bridgeless PFC V_IN=200V, I_IN=100A, Diode Rectification		Go

Diode Bridge-less

No.	Circuit	Simulation (Login Required)
A-012	Diode-Bridgeless PFC V_IN=200V, I_IN=2.5A BCM	Go
A-013	Diode-Bridgeless PFC V_IN=200V, I_IN=2.5A BCM Synchronous FETs	Go
A-014	Diode-Bridgeless PFC V_IN=200V, I_IN=50A CCM Synchronous FETs	Go
A-015	Diode-Bridgeless PFC V_IN=200V I_IN=20A Full-Bridge	Go
A-016	Diode-Bridgeless PFC V_IN=200V, I_IN=50A DCM Synchronous FETs	Go

3-phase

No.	Circuit	Schematic Information	Simulation (Login Required)
A-019	3-Phase 2-Level Full Bridge PFC 3-wire V_IN=200V, P_IN=25kW		Go
A-020	3-Phase 2-Level Full Bridge PFC 4-wire V_IN=200V, P_IN=25kW		Go

DC-AC Inverter

ROHM Solution Simulator Power Device User's Guide (Inverter) 2.29MB DOWNLOAD

IH Inverter

No.	Circuit	Schematic Information	Simulation (Login Required)
B-001	1-Phase 2-level Half Bridge Inverter P_OUT=10kW		Go
B-002	1-Phase 2-level Full Bridge Inverter P_OUT=20kW		Go

Half-Bridge Inverter

No.	Circuit	Schematic Information	Simulation (Login Required)
B-003	1-Phase 2-level Half Bridge Inverter P_OUT=20kW		Go

Full-Bridge Inverter

No.	Circuit	Schematic Information	Simulation (Login Required)
B-004	1-Phase 2-level Full Bridge Inverter P_OUT=20kW		Go

1-Phase 3-Wire Inverter

No.	Circuit	Schematic Information	Simulation (Login Required)
B-005	1-Phase 3-Wire Inverter P_OUT=20kW		Go

3-Phase Inverter

No.	Circuit	Schematic Information	Simulation (Login Required)
B-006	3-Phase 3-Wire Inverter P_OUT=5kW		Go
B-007	3-Phase 4-Wire Inverter P_OUT=10kW		Go

Motor Drive

No.	Circuit	Simulation (Login Required)
B-008	2-Phase Modulation Inverter P_OUT=10kW for Motor Drive	Go
B-009	3-Phase Modulation Inverter P_OUT=10kW for Motor Drive	Go
B-010	3-Phase Step Moduolation Inverter P_OUT=5kW for Motor Drive	Go

3-level Inverter

No.	Circuit	Schematic Information	Simulation (Login Required)
B-011	3-level NPC-T Inverter P_OUT=10kW		Go
B-012	3-level NPC-I Inverter P_OUT=10kW		Go

DC-DC Converter

Boost

No.	Circuit	Simulation (Login Required)
C-002	Boost Conver (Boost Diode)	Go
C-003	Boost Converter 2-phase (Boost Diode)	Go
C-004	Boost Converter (Synchronous FETs)	Go
C-005	Boost Converter 2-phase (Synchrnous FETs)	Go

Buck

No.	Circuit	Simulation (Login Required)
C-006	Buck Converter (diode chopper)	Go
C-007	Buck Converter 2-phase (diode chopper)	Go
C-008	Buck Converter (Synchronous FETs)	Go
C-009	Buck Converter 2-phase (Synchronous FETs)	Go

Flyback

No.	Circuit	Schematic Information	Simulation (Login Required)
C-010	Flyback Converter		Go

Forward

No.	Circuit	Schematic Information	Simulation (Login Required)
C-011	Forward Converter		Go

LLC Resonant

No.	Circuit	Schematic Information	Simulation (Login Required)
C-012	LLC Converter (Half bridge, Diode Rectification)		Go
C-013	NEWLLC Converter (Full bridge, Diode Rectification)		Go

Phase-Shift Resonant

No.	Circuit	Schematic Information	Simulation (Login Required)
C-019	Phase-Shifted Full Bridge Converter (Diode Rectification)		Go

Quasi-Resonant

No.	Circuit	Schematic Information	Simulation (Login Required)
C-016	Quasi-Resonant Converter		Go

Step-Up/Down

No.	Circuit	Schematic Information	Simulation (Login Required)
C-017	4 Siwtches Buck-Boost Converter (Bidirectional Buck Boost Converter)		Go

NEWOther Application

No.	Circuit	Schematic Information	Simulation (Login Required)
D-1	NEWPTC Heater		GO

【ICs Solution Circuit】

Automotive Power Tree

Reference Design Name / Circuit	Schematic Information	Simulation (Login Required)
Load Response for 5.0V Power Tree Sub-Circuit		Simulation
Load Response for 3.3V Power Tree Sub-Circuit		Simulation

Switching Regulators

Automotive

Part Number	Topology	Vin(Min) [V]	Vin(Max) [V]	Vout(Min) [V]	Vout(Max) [V]	IOUT Max [A]	Package	Simulation (Login Required)
Part Number	Topology	Vin(Min) [V]	Vin(Max) [V]	Vout(Min) [V]	Vout(Max) [V]	IOUT Max [A]	Package		Frequency Response	Start Up	Load Response	Line Response
NEWBD9S402MUF-C	Buck	2.7	5.5	0.6	4.125	4	VQFN16FV3030	Simulation	GO	-	-	-
NEWBD9S402MUF-C	Buck	2.7	5.5	0.6	4.125	4	VQFN16FV3030	Schematic Information		-	-	-
NEWBD9P108MUF-C	Buck	3.5	40	0.8	8.5	1	VQFN24FV4040	Simulation	GO	-	-	-
NEWBD9P108MUF-C	Buck	3.5	40	0.8	8.5	1	VQFN24FV4040	Schematic Information		-	-	-
NEWBD9P208MUF-C	Buck	3.5	40	0.8	8.5	2	VQFN24FV4040	Simulation	GO	-	-	-
NEWBD9P208MUF-C	Buck	3.5	40	0.8	8.5	2	VQFN24FV4040	Schematic Information		-	-	-
NEWBD9P308MUF-C	Buck	3.5	40	0.8	8.5	3	VQFN24FV4040	Simulation	GO	-	-	-
NEWBD9P308MUF-C	Buck	3.5	40	0.8	8.5	3	VQFN24FV4040	Schematic Information		-	-	-
NEWBD9P608MFF-C	Buck	3.5	40	0.8	8.5	6	VFN20FV4535	Simulation	GO	-	-	-
NEWBD9P608MFF-C	Buck	3.5	40	0.8	8.5	6	VFN20FV4535	Schematic Information		-	-	-
NEWBD9G201EFJ-M / BD9G201UEFJ-M	Buck	4.5	42	0.8	42	1.5	HTSOP-J8ES	Simulation	GO	-	-	-
NEWBD9G201EFJ-M / BD9G201UEFJ-M	Buck	4.5	42	0.8	42	1.5	HTSOP-J8ES	Schematic Information		-	-	-
NEWBD9G401EFJ-M / BD9G401UEFJ-M	Buck	4.5	42	0.8	42	3.5	HTSOP-J8ES	Simulation	GO	-	-	-
NEWBD9G401EFJ-M / BD9G401UEFJ-M	Buck	4.5	42	0.8	42	3.5	HTSOP-J8ES	Schematic Information		-	-	-
NEWBD9S201NUX-C	Buck	2.7	5.5	0.8	5.5	2	VSON008X2020	Simulation	GO	-	-	-
NEWBD9S201NUX-C	Buck	2.7	5.5	0.8	5.5	2	VSON008X2020	Schematic Information		-	-	-
BD9P105EFV-C	Buck	3.5	40	0.8	8.5	1	HTSSOP-B20	Simulation	GO	-	GO	GO
BD9P105EFV-C	Buck	3.5	40	0.8	8.5	1	HTSSOP-B20	Schematic Information		-
BD9P105MUF-C	Buck	3.5	40	0.8	8.5	1	VQFN20FV4040	Simulation	GO	-	GO	GO
BD9P105MUF-C	Buck	3.5	40	0.8	8.5	1	VQFN20FV4040	Schematic Information		-
BD9P135EFV-C	Buck	3.5	40	3.3	3.3	1	HTSSOP-B20	Simulation	GO	-	GO	GO
BD9P135EFV-C	Buck	3.5	40	3.3	3.3	1	HTSSOP-B20	Schematic Information		-
BD9P135MUF-C	Buck	3.5	40	3.3	3.3	1	VQFN20FV4040	Simulation	GO	-	GO	GO
BD9P135MUF-C	Buck	3.5	40	3.3	3.3	1	VQFN20FV4040	Schematic Information		-
BD9P155EFV-C	Buck	3.5	40	5	5	1	HTSSOP-B20	Simulation	GO	-	GO	GO
BD9P155EFV-C	Buck	3.5	40	5	5	1	HTSSOP-B20	Schematic Information		-
BD9P155MUF-C	Buck	3.5	40	5	5	1	VQFN20FV4040	Simulation	GO	-	GO	GO
BD9P155MUF-C	Buck	3.5	40	5	5	1	VQFN20FV4040	Schematic Information		-
BD9P205EFV-C	Buck	3.5	40	0.8	8.5	2	HTSSOP-B20	Simulation	GO	-	GO	GO
BD9P205EFV-C	Buck	3.5	40	0.8	8.5	2	HTSSOP-B20	Schematic Information		-
BD9P205MUF-C	Buck	3.5	40	0.8	8.5	2	VQFN20FV4040	Simulation	GO	-	GO	GO
BD9P205MUF-C	Buck	3.5	40	0.8	8.5	2	VQFN20FV4040	Schematic Information		-
BD9P235EFV-C	Buck	3.5	40	3.3	3.3	2	HTSSOP-B20	Simulation	GO	-	GO	GO
BD9P235EFV-C	Buck	3.5	40	3.3	3.3	2	HTSSOP-B20	Schematic Information		-
BD9P235MUF-C	Buck	3.5	40	3.3	3.3	2	VQFN20FV4040	Simulation	GO	-	GO	GO
BD9P235MUF-C	Buck	3.5	40	3.3	3.3	2	VQFN20FV4040	Schematic Information		-
BD9P255EFV-C	Buck	3.5	40	5	5	2	HTSSOP-B20	Simulation	GO	-	GO	GO
BD9P255EFV-C	Buck	3.5	40	5	5	2	HTSSOP-B20	Schematic Information		-
BD9P255MUF-C	Buck	3.5	40	0.8	8.5	1	VQFN20FV4040	Simulation	GO	-	GO	GO
BD9P255MUF-C	Buck	3.5	40	0.8	8.5	1	VQFN20FV4040	Schematic Information		-
BD9S200MUF-C	Buck	2.7	5.5	0.8	4.4	2	VQFN16FV3030	Simulation	GO	-	-	-
BD9S200MUF-C	Buck	2.7	5.5	0.8	4.4	2	VQFN16FV3030	Schematic Information		-	-	-
BD9S300MUF-C	Buck	2.7	5.5	0.8	4.4	3	VQFN16FV3030	Simulation	GO	-	-	-
BD9S300MUF-C	Buck	2.7	5.5	0.8	4.4	3	VQFN16FV3030	Schematic Information		-	-	-
BD9S400MUF-C	Buck	2.7	5.5	0.8	4.4	4	VQFN16FV3030	Simulation	GO	-	-	-
BD9S400MUF-C	Buck	2.7	5.5	0.8	4.4	4	VQFN16FV3030	Schematic Information		-	-	-
BD8P250MUF-C	Buck	3.5	36	5	5	2	VQFN24FV4040	Simulation	GO	-	-	-
BD8P250MUF-C	Buck	3.5	36	5	5	2	VQFN24FV4040	Schematic Information		-	-	-
BD90610EFJ-C	Buck	3.5	36	0.8	36	1.25	HTSOP-J8	Simulation	GO	GO	-	-
BD90610EFJ-C	Buck	3.5	36	0.8	36	1.25	HTSOP-J8	Schematic Information			-	-
BD90620EFJ-C	Buck	3.5	36	0.8	36	2.5	HTSOP-J8	Simulation	GO	GO	-	-
BD90620EFJ-C	Buck	3.5	36	0.8	36	2.5	HTSOP-J8	Schematic Information			-	-
BD90620HFP-C	Buck	3.5	36	0.8	36	2.5	HRP7	Simulation	GO	GO	-	-
BD90620HFP-C	Buck	3.5	36	0.8	36	2.5	HRP7	Schematic Information			-	-
BD90640EFJ-C	Buck	3.5	36	0.8	36	4	HTSOP-J8	Simulation	GO	GO	-	-
BD90640EFJ-C	Buck	3.5	36	0.8	36	4	HTSOP-J8	Schematic Information			-	-
BD90640HFP-C	Buck	3.5	36	0.8	36	4	HRP7	Simulation	GO	GO	-	-
BD90640HFP-C	Buck	3.5	36	0.8	36	4	HRP7	Schematic Information			-	-
BD9060F-C	Buck	5	35	0.8	35	2	SOP8	Simulation	GO	-	-	-
BD9060F-C	Buck	5	35	0.8	35	2	SOP8	Schematic Information		-	-	-
BD9060HFP-C	Buck	5	35	0.8	35	2	HRP7	Simulation	GO	-	-	-
BD9060HFP-C	Buck	5	35	0.8	35	2	HRP7	Schematic Information		-	-	-
BD8P250MUF-C + BD90302NUF-C	Buck-Boost	2.7	36	5	5	2	VQFN24FV4040 + VSON10FV3030	Simulation	GO	-	-	-
BD8P250MUF-C + BD90302NUF-C	Buck-Boost	2.7	36	5	5	2	VQFN24FV4040 + VSON10FV3030	Schematic Information		-	-	-

Industrial

Part Number	Topology	Vin(Min) [V]	Vin(Max) [V]	Vout(Min) [V]	Vout(Max) [V]	IOUT Max [A]	Package	Simulation (Login Required)
Part Number	Topology	Vin(Min) [V]	Vin(Max) [V]	Vout(Min) [V]	Vout(Max) [V]	IOUT Max [A]	Package		Frequency Response	Start Up	Load Response	Line Response	Thermal
NEW BD9615MUV-LB	Boost	3.5	60	-	-	-	VQFN16KV3030	Simulation	GO	-	-	-	-
NEW BD9615MUV-LB	Boost	3.5	60	-	-	-	VQFN16KV3030	Schematic Information		-	-	-	-
NEW BD9G201EFJ-LB / BD9G201UEFJ-LB	Buck	4.5	42	0.8	42	1.5	HTSOP-J8ES	Simulation	GO	-	-	-	-
NEW BD9G201EFJ-LB / BD9G201UEFJ-LB	Buck	4.5	42	0.8	42	1.5	HTSOP-J8ES	Schematic Information		-	-	-	-
NEW BD9G102G-LB	Buck	6	42	0.75	33.6	0.5	SSOP6	Simulation	GO	-	-	-	-
NEW BD9G102G-LB	Buck	6	42	0.75	33.6	0.5	SSOP6	Schematic Information		-	-	-	-
NEW BD9E304FP4-LBZ	Buck	4.5	36	0.7	28	3	TSOT23-8L	Simulation	GO	-	-	-	-
NEW BD9E304FP4-LBZ	Buck	4.5	36	0.7	28	3	TSOT23-8L	Schematic Information		-	-	-	-
NEW BD9A201FP4-LBZ	Buck	2.7	5.5	0.8	3.85	2	TSOT23-8L	Simulation	GO	-	-	-	-
NEW BD9A201FP4-LBZ	Buck	2.7	5.5	0.8	3.85	2	TSOT23-8L	Schematic Information		-	-	-	-
NEW BD9G500EFJ-LA	Buck	7	76	1	68.4	5	HTSOP-J8	Simulation	GO	-	-	-	GO
NEW BD9G500EFJ-LA	Buck	7	76	1	68.4	5	HTSOP-J8	Schematic Information		-	-	-
NEW BD9G341AEFJ-LB	Buck	12	76	1	76	3	HTSOP-J8	Simulation	GO	-	GO	GO	-
NEW BD9G341AEFJ-LB	Buck	12	76	1	76	3	HTSOP-J8	Schematic Information		-	-	-	-
BD9E100FJ-LB	Buck	7	36	1	25.2	1	SOP-J8	Simulation	GO	-	-	-	-
BD9E100FJ-LB	Buck	7	36	1	25.2	1	SOP-J8	Schematic Information		-	-	-	-
BD9E101FJ-LB	Buck	7	36	1	25.2	1	SOP-J8	Simulation	GO	-	-	-	-
BD9E101FJ-LB	Buck	7	36	1	25.2	1	SOP-J8	Schematic Information		-	-	-	-
BD9E300EFJ-LB	Buck	7	36	1	25.2	2.5	HTSOP-J8	Simulation	GO	-	-	-	-
BD9E300EFJ-LB	Buck	7	36	1	25.2	2.5	HTSOP-J8	Schematic Information		-	-	-	-
BD9E301EFJ-LB	Buck	7	36	1	25.2	2.5	HTSOP-J8	Simulation	GO	-	-	-	-
BD9E301EFJ-LB	Buck	7	36	1	25.2	2.5	HTSOP-J8	Schematic Information		-	-	-	-
BD9E303EFJ-LB	Buck	7	36	1	28.8	3	HTSOP-J8	Simulation	GO	-	-	-	-
BD9E303EFJ-LB	Buck	7	36	1	28.8	3	HTSOP-J8	Schematic Information		-	-	-	-

Standards

Part Number	Grade	Topology	Vin(Min) [V]	Vin(Max) [V]	Vout(Min) [V]	Vout(Max) [V]	IOUT Max [A]	Package	Simulation (Login Required)
Part Number	Grade	Topology	Vin(Min) [V]	Vin(Max) [V]	Vout(Min) [V]	Vout(Max) [V]	IOUT Max [A]	Package		Frequency Response	Start Up	Load Response	Line Response
NEWBD9E202FP4-Z	Standard	Buck	4.5	28	0.7	22.4	2	TSOT23-6CJ	Simulation	GO	-	GO	-
NEWBD9E202FP4-Z	Standard	Buck	4.5	28	0.7	22.4	2	TSOT23-6CJ	Schematic Information	-	-	-	-
NEWBD9E105FP4-Z	Standard	Buck	4.5	28	0.7	22	1	TSOT23-6L	Simulation	GO	-	-	-
NEWBD9E105FP4-Z	Standard	Buck	4.5	28	0.7	22	1	TSOT23-6L	Schematic Information		-	-	-
NEWBD9611MUV	Standard	Buck	10	56	1	44.8	-	VQFN020V4040	Simulation	GO	-	-	-
NEWBD9611MUV	Standard	Buck	10	56	1	44.8	-	VQFN020V4040	Schematic Information		-	-	-
NEWBD9E201FP4-Z	Standard	Buck	4.5	28	0.7	22	2	TSOT23-6L	Simulation	GO	-	GO	-
NEWBD9E201FP4-Z	Standard	Buck	4.5	28	0.7	22	2	TSOT23-6L	Schematic Information		-		-
NEWBD9E200FP4-Z	Standard	Buck	4.5	26	0.7	20.8	2	TSOT23-6L	Simulation	GO	-	GO	-
NEWBD9E200FP4-Z	Standard	Buck	4.5	26	0.7	20.8	2	TSOT23-6L	Schematic Information		-		-
NEWBD9F800MUX-Z	Standard	Buck	4.5	28	0.765	13.5	8	VQFN11X3535A	Simulation	GO	-	-	-
NEWBD9F800MUX-Z	Standard	Buck	4.5	28	0.765	13.5	8	VQFN11X3535A	Schematic Information		-	-	-
NEWBD9D300MUV	Standard	Buck	4	17	0.9	5.25	3	VQFN016V3030	Simulation	GO	-	-	-
NEWBD9D300MUV	Standard	Buck	4	17	0.9	5.25	3	VQFN016V3030	Schematic Information		-	-	-
NEWBD9F500QUZ	Standard	Buck	4.5	36	0.6	14	5	VMMP16LZ3030	Simulation	GO	-	-	-
NEWBD9F500QUZ	Standard	Buck	4.5	36	0.6	14	5	VMMP16LZ3030	Schematic Information		-	-	-
BD9E302EFJ	Standard	Buck	7	28	1	19.6	3	HTSOP-J8	Simulation	GO	-	-	-
BD9E302EFJ	Standard	Buck	7	28	1	19.6	3	HTSOP-J8	Schematic Information		-	-	-
BD9A300MUV	Standard	Buck	2.7	5.5	0.8	3.85	3	VQFN016V3030	Simulation	GO	-	-	-
BD9A300MUV	Standard	Buck	2.7	5.5	0.8	3.85	3	VQFN016V3030	Schematic Information		-	-	-
BD9E104FJ	Standard	Buck	7	26	1	13	1	SOP-J8	Simulation	GO	-	-	-
BD9E104FJ	Standard	Buck	7	26	1	13	1	SOP-J8	Schematic Information		-	-	-

LED Drivers

Part Number	Number of Outputs	Vin(Min.) [V]	Vin(Max.) [V]	Per Channel Drive (Max) [mA]	Simulation (Login Required)
Part Number	Number of Outputs	Vin(Min.) [V]	Vin(Max.) [V]	Per Channel Drive (Max) [mA]	Energy Sharing Control Operation	Cold Crank Profile Test	Thermal
NEW BD18337EFV-M	4	5.5	20	150	GO	GO	GO
NEW BD18337EFV-M	4	5.5	20	150
NEW BD18347EFV-M	4	5.5	20	150	GO	GO	GO
NEW BD18347EFV-M	4	5.5	20	150

Linear Regulators

Automotive

Linear Regulators

Part Number	Vin(Max.) [V]	Vin(Min.) [V]	Vout(Typ.) [V]	Iout(Max.) [A]	Circuit Current [mA]	Simulation (Login Required)
Part Number	Vin(Max.) [V]	Vin(Min.) [V]	Vout(Typ.) [V]	Iout(Max.) [A]	Circuit Current [mA]	Load Response	Line Response	Thermal
NEW BD950N1G-C	42	6	5	0.15	0.028	GO	GO	GO
NEW BD950N1G-C	42	6	5	0.15	0.028
NEW BD933N1G-C	42	4.5	3.3	0.15	0.028	GO	GO	GO
NEW BD933N1G-C	42	4.5	3.3	0.15	0.028
NEW BD950N1WG-C	42	6	5	0.15	0.028	GO	GO	GO
NEW BD950N1WG-C	42	6	5	0.15	0.028
NEW BD933N1WG-C	42	4.5	3.3	0.15	0.028	GO	GO	GO
NEW BD933N1WG-C	42	4.5	3.3	0.15	0.028
NEW BD950N1EFJ-C	42	6	5	0.15	0.028	GO	GO	GO
NEW BD950N1EFJ-C	42	6	5	0.15	0.028
NEW BD933N1EFJ-C	42	4.5	3.3	0.15	0.028	GO	GO	GO
NEW BD933N1EFJ-C	42	4.5	3.3	0.15	0.028
NEW BD950N1WEFJ-C	42	6	5	0.15	0.028	GO	GO	GO
NEW BD950N1WEFJ-C	42	6	5	0.15	0.028
NEW BD933N1WEFJ-C	42	4.5	3.3	0.15	0.028	GO	GO	GO
NEW BD933N1WEFJ-C	42	4.5	3.3	0.15	0.028
BD433M2EFJ-C	42	3.9	3.3	0.2	0.04	GO	GO	GO
BD433M2EFJ-C	42	3.9	3.3	0.2	0.04
BD433M2FP3-C	42	3.9	3.3	0.5	0.04	GO	GO
BD433M2FP3-C	42	3.9	3.3	0.5	0.04
BD433M5FP-C	42	3.0	3.3	0.5	0.095	GO	GO	GO
BD433M5FP-C	42	3.0	3.3	0.5	0.095
BD433M5FP2-C	42	3.0	3.3	0.5	0.095	GO	GO	GO
BD433M5FP2-C	42	3.0	3.3	0.5	0.095
BD450M2EFJ-C	42	5.5	5.0	0.2	0.04	GO	GO	GO
BD450M2EFJ-C	42	5.5	5.0	0.2	0.04
BD450M2FP3-C	42	5.5	5.0	0.2	0.04	GO	GO
BD450M2FP3-C	42	5.5	5.0	0.2	0.04
BD450M5FP-C	42	5.5	5.0	0.5	0.095	GO	GO	GO
BD450M5FP-C	42	5.5	5.0	0.5	0.095
BD450M5FP2-C	42	5.5	5.0	0.5	0.095	GO	GO	GO
BD450M5FP2-C	42	5.5	5.0	0.5	0.095
BD733L2EFJ-C	45	4.37	3.3	0.2	0.06	GO	GO
BD733L2EFJ-C	45	4.37	3.3	0.2	0.06
BD733L5FP-C	45	4.17	3.3	0.5	0.06	GO	GO
BD733L5FP-C	45	4.17	3.3	0.5	0.06
BD750L2EFJ-C	45	5.8	5.0	0.2	0.06	GO	GO
BD750L2EFJ-C	45	5.8	5.0	0.2	0.06
BD750L5FP-C	45	5.6	5.0	0.5	0.06	GO	GO
BD750L5FP-C	45	5.6	5.0	0.5	0.06
BD00C0AWFP-C	26.5	4.0	1V to 15V	1.0	0.5	GO	GO
BD00C0AWFP-C	26.5	4.0	1V to 15V	1.0	0.5
BD80C0AWFP-C	26.5	4.0	8.0	1.0	0.5	GO	GO
BD80C0AWFP-C	26.5	4.0	8.0	1.0	0.5

NEWAmplifiers & Linear

Select Product Category, Circuit, and Product Grade

Operational Amplifiers
Current Sense Amplifier ICs

Automotive
Industrial
Consumer

Voltage Follower

■Automotive

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW LMR1001YF-C	Rail-to-Rail Input/Output	1	2.7	5.5	0.85	0.012	0.15	1.3	70	1.5	Simulation	GO	GO	GO	GO
NEW LMR1001YF-C	Rail-to-Rail Input/Output	1	2.7	5.5	0.85	0.012	0.15	1.3	70	1.5	Schematic Information
NEW LMR1901YG-M	Rail-to-Rail Input/Output	1	1.7	5.5	0.00016	0.55	0.0005	0.0003	740	0.0008	Simulation	GO	GO	GO	GO
NEW LMR1901YG-M	Rail-to-Rail Input/Output	1	1.7	5.5	0.00016	0.55	0.0005	0.0003	740	0.0008	Schematic Information
NEW LMR376YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	0.85	0.19	0.0005	1.1	5.5	3.2	Simulation	GO	GO	GO	GO
NEW LMR376YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	0.85	0.19	0.0005	1.1	5.5	3.2	Schematic Information
NEW BD7280YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	2	0.0005	10	12	7	Simulation	GO	GO	GO	GO
NEW BD7280YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	2	0.0005	10	12	7	Schematic Information
NEW BA2904YF-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2904YF-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Schematic Information
NEW BA2904YFV-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2904YFV-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Schematic Information
NEW BA2904YFVM-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2904YFVM-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Schematic Information
NEW BA2902YF-C	Ground Sense	4	3	36	0.35	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2902YF-C	Ground Sense	4	3	36	0.35	7	20	0.2	40	0.5	Schematic Information
NEW BA2902YFV-C	Ground Sense	4	3	36	0.35	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2902YFV-C	Ground Sense	4	3	36	0.35	7	20	0.2	40	0.5	Schematic Information
NEW BD7281YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	2	0.0005	10	12	7	Simulation	GO	GO	GO	GO
NEW BD7281YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	2	0.0005	10	12	7	Schematic Information
NEWTLR4377YFV-C	Rail-to-Rail Input/Output	4	2.5	5.5	2.49	1.3	0.0005	2	8	4	Simulation	GO	GO	GO	GO
NEWTLR4377YFV-C	Rail-to-Rail Input/Output	4	2.5	5.5	2.49	1.3	0.0005	2	8	4	Schematic Information
NEWTLR2377YFVM-C	Rail-to-Rail Input/Output	2	2.5	5.5	1.245	1.3	0.0005	2	8	4	Simulation	GO	GO	GO	GO
NEWTLR2377YFVM-C	Rail-to-Rail Input/Output	2	2.5	5.5	1.245	1.3	0.0005	2	8	4	Schematic Information
NEWTLR377YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	0.645	1.3	0.0005	2	8	4	Simulation	GO	GO	GO	GO
NEWTLR377YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	0.645	1.3	0.0005	2	8	4	Schematic Information

Voltage Follower

■Industrial

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW BD87521G-LB	Rail-to-Rail Input/Output	1	4	15	1.98	1	0.001	2.4	50	2.3	simulation	GO	GO	GO	GO
NEW BD87521G-LB	Rail-to-Rail Input/Output	1	4	15	1.98	1	0.001	2.4	50	2.3	Schematic information
NEWTLR2374FV-LB	Rail-to-Rail Input/Output	1	4	16	4.5	0.6	0.0025	3	12	5	simulation	GO	GO	GO	GO
NEWTLR2374FV-LB	Rail-to-Rail Input/Output	1	4	16	4.5	0.6	0.0025	3	12	5	Schematic information
NEWBD7282FVM-LB	Rail-to-Rail Input/Output	2	2.5	5.5	1.7	2	0.0005	10	12	7	simulation	GO	GO	GO	GO
NEWBD7282FVM-LB	Rail-to-Rail Input/Output	2	2.5	5.5	1.7	2	0.0005	10	12	7	Schematic information
NEW BD7284F-LB	Rail-to-Rail Input/Output	4	2.5	5.5	1.7	2	0.0005	10	12	7	simulation	GO	GO	GO	GO
NEW BD7284F-LB	Rail-to-Rail Input/Output	4	2.5	5.5	1.7	2	0.0005	10	12	7	Schematic information
LMR1802G-LB	Rail-to-Rail Output	1	2.5	5.5	1.1	0.45	0.0005	1.1	2.9	3	simulation	GO	GO	GO	GO
LMR1802G-LB	Rail-to-Rail Output	1	2.5	5.5	1.1	0.45	0.0005	1.1	2.9	3	Schematic information

Voltage Follower

Consumer

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW TLR377GYZ	Rail-to-Rail Input/Output	1	1.8	5.5	0.585	1	0.0005	2	12	4	simulation	GO	GO	GO	GO
NEW TLR377GYZ	Rail-to-Rail Input/Output	1	1.8	5.5	0.585	1	0.0005	2	12	4	Schematic information

Automotive
Industrial
Consumer

Non-Inverting Amplifier

■Automotive

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW LMR1001YF-C	Rail-to-Rail Input/Output	1	2.7	5.5	0.85	0.012	0.15	1.3	70	1.5	Simulation	GO	GO	GO	GO
NEW LMR1001YF-C	Rail-to-Rail Input/Output	1	2.7	5.5	0.85	0.012	0.15	1.3	70	1.5	Schematic Information
NEW LMR1901YG-M	Rail-to-Rail Input/Output	1	1.7	5.5	0.00016	0.55	0.0005	0.0003	740	0.0008	Simulation	GO	GO	GO	GO
NEW LMR1901YG-M	Rail-to-Rail Input/Output	1	1.7	5.5	0.00016	0.55	0.0005	0.0003	740	0.0008	Schematic Information
NEW LMR376YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	0.85	0.19	0.0005	1.1	5.5	3.2	Simulation	GO	GO	GO	GO
NEW LMR376YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	0.85	0.19	0.0005	1.1	5.5	3.2	Schematic Information
NEW BD7280YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	2	0.0005	10	12	7	Simulation	GO	GO	GO	GO
NEW BD7280YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	2	0.0005	10	12	7	Schematic Information
NEW BA2904YF-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2904YF-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Schematic Information
NEW BA2904YFV-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2904YFV-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Schematic Information
NEW BA2904YFVM-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2904YFVM-C	Ground Sense	2	3	36	0.175	7	20	0.2	40	0.5	Schematic Information
NEW BA2902YF-C	Ground Sense	4	3	36	0.35	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2902YF-C	Ground Sense	4	3	36	0.35	7	20	0.2	40	0.5	Schematic Information
NEW BA2902YFV-C	Ground Sense	4	3	36	0.35	7	20	0.2	40	0.5	Simulation	GO	GO	GO	GO
NEW BA2902YFV-C	Ground Sense	4	3	36	0.35	7	20	0.2	40	0.5	Schematic Information
NEW BD7281YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	2	0.0005	10	12	7	Simulation	GO	GO	GO	GO
NEW BD7281YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	2	0.0005	10	12	7	Schematic Information
NEWTLR4377YFV-C	Rail-to-Rail Input/Output	4	2.5	5.5	2.49	1.3	0.0005	2	8	4	Simulation	GO	GO	GO	GO
NEWTLR4377YFV-C	Rail-to-Rail Input/Output	4	2.5	5.5	2.49	1.3	0.0005	2	8	4	Schematic Information
NEWTLR2377YFVM-C	Rail-to-Rail Input/Output	2	2.5	5.5	1.245	1.3	0.0005	2	8	4	Simulation	GO	GO	GO	GO
NEWTLR2377YFVM-C	Rail-to-Rail Input/Output	2	2.5	5.5	1.245	1.3	0.0005	2	8	4	Schematic Information
NEW TLR377YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	0.645	1.3	0.0005	2	8	4	Simulation	GO	GO	GO	GO
NEW TLR377YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	0.645	1.3	0.0005	2	8	4	Schematic Information

Non-Inverting Amplifier

■Industrial

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW BD87521G-LB	Rail-to-Rail Input/Output	1	4	15	1.98	1	0.001	2.4	50	2.3	Simulation	GO	GO	GO	GO
NEW BD87521G-LB	Rail-to-Rail Input/Output	1	4	15	1.98	1	0.001	2.4	50	2.3	Schematic Information
NEW TLR2374FV-LB	Rail-to-Rail Input/Output	1	4	16	4.5	0.6	0.0025	3	12	5	Simulation	GO	GO	GO	GO
NEW TLR2374FV-LB	Rail-to-Rail Input/Output	1	4	16	4.5	0.6	0.0025	3	12	5	Schematic Information
NEWBD7282FVM-LB	Rail-to-Rail Input/Output	2	2.5	5.5	1.7	2	0.0005	10	12	7	simulation	GO	GO	GO	GO
NEWBD7282FVM-LB	Rail-to-Rail Input/Output	2	2.5	5.5	1.7	2	0.0005	10	12	7	Schematic information
NEW BD7284F-LB	Rail-to-Rail Input/Output	4	2.5	5.5	1.7	2	0.0005	10	12	7	simulation	GO	GO	GO	GO
NEW BD7284F-LB	Rail-to-Rail Input/Output	4	2.5	5.5	1.7	2	0.0005	10	12	7	Schematic information
LMR1802G-LB	Rail-to-Rail Output	1	2.5	5.5	1.1	0.45	0.0005	1.1	2.9	3	simulation	GO	GO	GO	GO
LMR1802G-LB	Rail-to-Rail Output	1	2.5	5.5	1.1	0.45	0.0005	1.1	2.9	3	Schematic information

Voltage Follower

Consumer

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW TLR377GYZ	Rail-to-Rail Input/Output	1	1.8	5.5	0.585	1	0.0005	2	12	4	simulation	GO	GO	GO	GO
NEW TLR377GYZ	Rail-to-Rail Input/Output	1	1.8	5.5	0.585	1	0.0005	2	12	4	Schematic information

Automotive
Industrial

Current Sensing

■Automotive

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW BD7281YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	1.6	0.0005	10	12	7	simulation	GO	GO	-	GO
NEW BD7281YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	1.6	0.0005	10	12	7	Schematic information			-

Current Sensing

■Industrial

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
LMR1802G-LB	Rail-to-Rail Output	1	2.5	5.5	1.1	0.45	0.0005	1.1	2.9	3	simulation	GO	GO	-	GO
LMR1802G-LB	Rail-to-Rail Output	1	2.5	5.5	1.1	0.45	0.0005	1.1	2.9	3	Schematic information			-

Automotive
Industrial

Current Sensing with offset

Automotive

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW BD7281YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	1.6	0.0005	10	12	7	simulation	GO	-	-	-
NEW BD7281YG-C	Rail-to-Rail Input/Output	1	2.5	5.5	1.7	1.6	0.0005	10	12	7	Schematic information		-	-	-

Current Sensing with offset

Industrial

Part Number	I/O	Channel	Power supply (Min.)[V]	Power supply (Max.)[V]	Circuit Current (Typ.)[mA]	Input Offset Voltage(Max) [mV]	Input Bias Current (Max)[nA]	Slew Rate (Typ) [V/μs]	Equivalent input noise voltage(Typ) [nV/√Hz]	GBW (Typ) [MHz]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
LMR1802G-LB	Rail-to-Rail Output	1	2.5	5.5	1.1	0.45	0.0005	1.1	2.9	3	simulation	GO	-	-	-
LMR1802G-LB	Rail-to-Rail Output	1	2.5	5.5	1.1	0.45	0.0005	1.1	2.9	3	Schematic information		-	-	-

High Side Current Sensing
Low Side Current Sensing

Current Sense Amplifier ICs

■High Side Current Sensing

Part Number	Grade	Sensor Type	Operating Current (Typ.)[mA]	Common Mode Voltage (Min.)[V]	Common Mode Voltage (Max.)[V]	Gain (Typ.)[V]	Gain Accuracy (Max.)[%]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW BD14210G-LA	Industrial	Current Sensor	0.17	-0.2	26	20	±1	simulation	GO	GO	-	-
NEW BD14210G-LA	Industrial	Current Sensor	0.17	-0.2	26	20	±1	Schematic information			-	-

Current Sense Amplifier ICs

■Low Side Current Sensing

Part Number	Grade	Sensor Type	Operating Current (Typ.)[mA]	Common Mode Voltage (Min.)[V]	Common Mode Voltage (Max.)[V]	Gain (Typ.)[V]	Gain Accuracy (Max.)[%]		DC Sweep	Transient Response (Pulse)	Transient Response (Sine)	Frequency Response
NEW BD14210G-LA	Industrial	Current Sensor	0.17	-0.2	26	20	±1	simulation	GO	GO	-	-
NEW BD14210G-LA	Industrial	Current Sensor	0.17	-0.2	26	20	±1	Schematic information			-	-

【Optical Devices Solution Circuit】

NEWLaser Diode

High output Laser Diode

Part Number	Package size	Wavelength [nm]	Optical output [W]	Threshhold current Ith [A]	Forward current [A]	Forward voltage [V]	Emission area [μm×μm]	Simulation (Login Required)
Part Number	Package size	Wavelength [nm]	Optical output [W]	Threshhold current Ith [A]	Forward current [A]	Forward voltage [V]	Emission area [μm×μm]		Resonant wave	Square wave
NEWRLD90QZWA	φ5.6	905	15	0.3	5	13	35×10	Simulation	GO	GO
NEWRLD90QZWA	φ5.6	905	15	0.3	5	13	35×10	UsersGuide
NEWRLD90QZWB	φ5.6	905	25	0.4	9	13	50×10	Simulation	GO	GO
NEWRLD90QZWB	φ5.6	905	25	0.4	9	13	50×10	UsersGuide
NEWRLD90QZWC	φ5.6	905	25	0.4	9	12	70×10	Simulation	GO	GO
NEWRLD90QZWC	φ5.6	905	25	0.4	9	12	70×10	UsersGuide
NEWRLD90QZWD	φ5.6	905	35	0.5	12	11	100×10	Simulation	GO	GO
NEWRLD90QZWD	φ5.6	905	35	0.5	12	11	100×10	UsersGuide
NEWRLD90QZWJ	φ5.6	905	25	0.4	9	15	50×10	Simulation	GO	GO
NEWRLD90QZWJ	φ5.6	905	25	0.4	9	15	50×10	UsersGuide
RLD90QZW3	φ5.6	905	75	0.9	23	11	225 x 10	Simulation	GO	GO
RLD90QZW3	φ5.6	905	75	0.9	23	11	225 x 10	UsersGuide
RLD90QZW5	φ5.6	905	25	0.4	9	14	70 x 10	Simulation	GO	GO
RLD90QZW5	φ5.6	905	25	0.4	9	14	70 x 10	UsersGuide
RLD90QZW8	φ5.6	905	120	1	38	15	270 x 10	Simulation	GO	GO
RLD90QZW8	φ5.6	905	120	1	38	15	270 x 10	UsersGuide

Possible Operations

Introducing ROHM Solution Simulator

3 min 4 Sec.
Selecting Solution Circuits

27 Sec.
Selecting Devices and Changing Parameters

32 Sec.
Running Simulations and Displaying Results

31 Sec.
Ordering Samples

29 Sec.
Changing Circuits and Adding Components

42 Sec.
Access Method

52 Sec.

Latest News

Key Features of ROHM Solution Simulator

A broad library of high power circuits allows users to quickly check power device characteristics, eliminating the need for topology circuit design.

Easily design peripheral component constants for switching regulators, linear regulators, and LED drivers

Free and easy to use

Easily add components and change circuits

Documents

Simulation Circuit

【EVK Simulation】

【Power Device Solution Circuit】

Boost

Interleaved

Totem-pole

Diode Bridge-less

3-phase

IH Inverter

Boost

【ICs Solution Circuit】

Automotive Power tree reference design for ADAS/Info-Display application(REFRPT001-EVK-001)

Automotive

Linear Regulators

Select Product Category, Circuit, and Product Grade

Voltage Follower

■Automotive

Voltage Follower

■Industrial

Voltage Follower

Consumer

Current Sense Amplifier ICs

■High Side Current Sensing

Current Sense Amplifier ICs

■Low Side Current Sensing

【Optical Devices Solution Circuit】

Possible Operations

Introducing ROHM Solution Simulator

Selecting Solution Circuits

Selecting Devices and Changing Parameters

Running Simulations and Displaying Results

Ordering Samples

Changing Circuits and Adding Components

Access Method