OMRON G3VM MOS FET Relay Selection Guide & Technical Specifications

MOS FET Relay Product Selection

How a Relay Function is Achieved

A relay function is achieved through the combination of an LED, a Photodiode Array (PDA), and a MOS-FET. The LED lights up when current flows through the input side, causing the PDA to generate power. This power acts as the gate voltage to drive the MOS-FET, turning it ON. This allows signal transmission and lamp activation even when insulated.

SPST and SPDT

The document distinguishes between SPST (Single Pole Single Throw) with Normally Closed (NC) and Normally Open (NO) configurations, and SPDT (Single Pole Double Throw) configurations.

MOS FET Relay Module Types

MOS FET Relay Module with Low Leakage Current Function
MOS FET Relay Module with 1c Changeover Function

Comparison with Contact Relays

Comparison Item	Reed relay	Mechanical relay	T-module 21MT	SPDT module 66M	MOS FET relay
Contact reliability (ON resistance)	Average	Average	Excellent	Excellent	Excellent
Durability	Good	Average	Excellent	Excellent	Excellent
Leakage current	Excellent	Excellent	Excellent	Average	Average
Isolation	Excellent	Excellent	Excellent	Poor	Poor
1c contact	Excellent	Excellent	Excellent	--	--

MOS FET Relay Model Number / Packaging / Package Legend

Model Number Legend

The G3VM model number is structured as follows:

1. Load voltage: (e.g., 2: 20 V, 8: 80 V, 3: 30 V, 10: 100 V, 4: 40 V, 20: 200 V, 5: 50 V, 35: 350 V, 6: 60 V, 40: 400 V, 7: 75 V, 60: 600 V)
2. Contact form: (e.g., 1: 1a contact, 2: 2a contact, 3: 1b contact, 4: 2b contact, 5: 1a1b contact)
3. Appearance: Package type (e.g., A: DIP 4-pin PCB terminal, B: DIP 6-pin PCB terminal, C: DIP 8-pin PCB terminal, D: DIP 4-pin surface-mount terminal, E: DIP 6-pin surface-mount terminal, F: DIP 8-pin surface-mount terminal, G: SOP 4-pin, H: SOP 6-pin, J: SOP 8-pin, L: SSOP 4-pin, P: USOP 4-pin, Q: S-VSON 4-pin, U: VSON 4-pin, V: SOP 4-pin (special), W: P-SON 4-pin)
4. Additional functions: (L: Current limit, R: Low ON-resistance type, Y: Dielectric strength between I/O above 2.5 kV type, V: Voltage driving type)
5. Serial code: Added when specifications overlap.
6. Input forward voltage: (H: High input forward voltage, L: Low input forward voltage. *Some voltage driving types only)

MOS FET Relay Packaging Types

General purpose packages

Package Type	A DIP4 Through-hole	B DIP6 Through-hole	C DIP8 Through-hole	D DIP4 Surface-mount	E DIP6 Surface-mount	F DIP8 Surface-mount	G SOP4 Surface-mount	V SOP4 (special) Surface-mount	H SOP6 Surface-mount	J SOP8 Surface-mount
Reel packaging				TR: 1,500 pcs	TR: 1,500 pcs	TR: 1,500 pcs	TR: 2,500 pcs	TR: 3,000 pcs	TR: 2,500 pcs	TR: 2,500 pcs
Stick packaging	100 pcs per stick	50 pcs per stick	50 pcs per stick	100 pcs per stick	50 pcs per stick	50 pcs per stick	100 pcs per stick	125 pcs per stick	75 pcs per stick	50 pcs per stick

Small packages (moisture-proof)

Package Type	L SSOP Surface-mount	W P-SON Surface-mount	P USOP Surface-mount	U VSON Surface-mount	Q S-VSON Surface-mount
Reel packaging	TR05: 500 pcs	TR05: 500 pcs	TR05: 500 pcs	TR05: 500 pcs	TR05: 500 pcs
Stick packaging	50 pcs per stick	50 pcs per stick	50 pcs per stick	50 pcs per stick	50 pcs per stick

Package Types Dimensions

DIP: Mounting area 100%

SOP: Mounting area 62%

SSOP: Mounting area 24%

USOP: Mounting area 20%

P-SON: Mounting area 19%

VSON(R): Mounting area 10%

VSON: Mounting area 9%

S-VSON: Mounting area 8% (*84% of VSON)

MOS FET Relay Module Model Number Legend

1. Load voltages: (2: 20 V, 6: 60 V, 10: 100 V)
2. Contact forms: (1: 1a contact*, 6: SPDT contact*)
3. Type: (M: MOS FET Relay Module)
4. Additional functions: (None: Standard, T: T switch function)
5. Others: Serial code for overlapping specifications.

MOS FET Relay Module SPDT Contact Form Type

OMRON's unique technology has delivered a semiconductor relay module that enables easy construction of SPDT contact forms on boards where space is limited.

Key Models:

G3VM-26M10: Ideal for high-frequency (≤ 300 MHz) signal changeover.
G3VM-26M11: Supports high current (≤ 1 A) switching.
G3VM-66M: General purpose model with an output rating of 60 V at 0.4 A.

Features:

Feature 1: Reduced Workload

Problem: Complex circuits and multiple components are required to configure SPDT contacts using semiconductor relays.

Solution: The workload for circuit design and component selection is reduced by using one single package. All of the complex circuits required to configure SPDT contacts are modularized, allowing efficient board design and high-density mounting.

Feature 2: Space Saving

Problem: Large boards are required to configure SPDT contacts using semiconductor relays.

Solution: The space-saving structure based on OMRON's unique package technology reduces the mounting space. The mounting space is reduced by 78% compared to configuring SPDT circuits on boards.

Visual comparison: A board area of 250 mm² for traditional relays versus 56 mm² for the MOS FET relay module.

Feature 3: Long Life

Problem: Regular maintenance is required for the contacts of existing SPDT contact relays (reed relays, mechanical relays, etc.) due to their limited service life.

Solution: The frequency of regular maintenance is reduced by using semiconductor relays to extend the service life of the contacts. No arc discharge thanks to the semiconductor-based contactless configuration. No failures due to mechanical wear.

SPDT Module Product Lineup

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Rated input voltage (V)	Dielectric strength between I/O (Vrms)
20	G3VM-26M10	6	SPDT	200	4.4	2	1	0.3	0.3	5	500
20	G3VM-26M11	6	SPDT	1,000	0.21	2	40	2.5	1.5	5	500
60	G3VM-66M	6	SPDT	400	1	2	20	1	1	5	500

MOS FET Relay Module T-Module Type

OMRON has adopted a "T-shaped circuit structure" consisting of three MOS FET relays in a single package to ensure minimum current leakage, which helps improve measurement accuracy of semiconductor testing devices, etc.

Key Models:

G3VM-21MT: High isolation type
G3VM-61MT: High current type
G3VM-101MT: High voltage type

Features:

Feature 1: Improved Measurement Accuracy

Problem: Current leakage in semiconductor relays causes deterioration of micro-current measurement accuracy.

Solution: The T-shaped circuit structure ensures leakage current of 1 pA or less, suitable for micro-current measurement. With an actual value of 0.1 pA or less, the impact on the accuracy of the measuring equipment is minimized.

Feature 2: Space Saving

Problem: Mechanical relays are large in size and occupy large board space.

Solution: Space savings are achieved with the subminiature outline dimensions (5 mm x 3.75 mm x 2.7 mm). Its ultra small size contributes to high-density mounting, despite complex circuits in the equipment.

Feature 3: Long Life

Problem: Regular maintenance is required for the existing relays with contact (reed relays, mechanical relays, etc.) due to limited service life of the contact.

T-Module Product Lineup

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (pA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Dielectric strength between I/O (Vrms)
20	G3VM-21MT NEW	6	1a*	200	8	1	0.6	0.3	0.3	500
60	G3VM-61MT NEW	6	1a*	Io Main: 800 Io Sub : 400	0.4	1	38	2.5	0.5	500
100	G3VM-101MT NEW	6	1a*	550	0.8	1	23	2.5	0.5	500

MOS FET Relay Product Selection

Recommended for Semiconductor Inspection Devices

If the mounting area of DIP products is taken to be 100%:

P-SON: Mounting area 19%

VSON(R): Mounting area 10%

VSON: Mounting area 9%

S-VSON: Mounting area 8% (*84% of VSON)

We provide MOS FET relays that balance high-density mounting and performance. Easy-to-use 500 pcs/reel compact package size. Wettable flank structure.

Description of Fillet shape: The fillet shape ensures higher mounting strength and better solder visibility after mounting.

General Purpose (FA, OA, Alarm, Communication)

DIP: Mounting area 100%

SOP: Mounting area 62%

SSOP: Mounting area 24%

USOP: Mounting area 20%

We provide MOS FET relays suitable for FA equipment and a wide variety of applications. A wide variety of UL certified products are available.

Applications:

Industrial equipment
Detectors
OA equipment
Control panels

Multi-contact type suitable for signal changeover. 1b contact type contributing to reduced power consumption when N.O.

Circuit Examples

Semiconductor Inspection Device Circuit

Description: This circuit demonstrates the use of MOS FET relays in semiconductor testing. It includes components like Processor, Pulse Generator, Timing Generator, DC Measuring Unit, Driver, DC Power, and the Device Under Test.

Required functions:

Power supply changeover: High current switching, Low leakage current.
Function test signal changeover: Low Ron, Low leakage current, Miniature, DC test signal changeover.
DC Measuring Switching: Low Coff, Low leakage current, Miniature.

Sensor Circuit

Description: This circuit shows MOS FET relays used for signal transmission in sensor applications. It includes Sensor, Amplifier, and Control Unit.

Required functions: High sensitivity operations, Low power consumption, Normally closed contact form.

FA Equipment Circuit

Description: This circuit illustrates the use of MOS FET relays for output signals in FA (Factory Automation) equipment, such as controlling alarms, doors, or sprinklers.

Required functions: High insulation, High current, Communication signal control.

MOS FET Relay

MOS FET relays are optical semiconductor devices that use MOS FET for output elements and are increasingly used as a replacement for mechanical relays. OMRON semiconductor relays address problems facing customers.

Internal Structure and Operation

Example: VSON Package Internal Structure Diagram: Shows a VSON package with internal components: LED, PDA (Photodiode Array), MOS FET, Silicone resin, and input/output terminals.

Operation:

The LED lights up when current flows to the input side.
The light sent by the LED is converted into voltage by the PDA on the output side.
This voltage acts as the gate voltage to drive the MOS FET.

Key Features:

Feature 1: Low Noise

Problem: Desire to eliminate operating noises from existing mechanical relays.

Solution: The use of MOS FET relays without mechanical contacts ensures silent operation. Unlike mechanical relays that generate contact noise, MOS FET relays are free of mechanical contacts and use semiconductors, thus eliminating contact noise.

Feature 2: Excellent Linearity Characteristics

Problem: Signals on the output side become distorted when using phototransistors or phototriacs.

Solution: Use MOS FET relays to prevent distortion of output signals. As the output elements of phototransistors and phototriacs have low linearity, signals can become distorted. MOS FET relays offer excellent linearity characteristics, minimizing signal distortion.

Feature 3: Long Life

Problem: Regular maintenance is required for existing relays with contacts due to limited service life.

Solution: The frequency of regular maintenance is reduced by using semiconductor relays to extend service life. No arc discharge thanks to contactless configuration. No failures due to mechanical wear.

Introduction of the New "P-SON" Product

OMRON has released the P-SON series, which are more compact than SOP4 but allow for higher currents. OMRON delivers value through "Compactness" and "High Current."

P-SON Series Lineup

Package	Model specification	Contact	Load voltage (V)	Dielectric strength (V)	Current (A)
P-SON4	G3VM-31WR	1a	30	30	4.5
P-SON4	G3VM-61WR	1a	60	60	3
P-SON4	G3VM-101WR	1a	100	100	2

Mounting area reduced by roughly 75%! SOP4: 27.3 mm², P-SON: 7.1 mm².

Product Selection Guide

Contact Form

1a
Non-1a

Dielectric Strength Between I/O

Not Required
5 kVrms Required

Simplification of Control Circuits

Not built-in
Built-in LED control resistor

Low power consumption

Not driven at low power
Driven at low power

Recommended Types

Multi-contact type (2a, 2b, 1a1b)
Normally closed type (1b)
High insulation type (I/O ≥ 5 kVrms)

Style (Outline Dimensions)

DIP: Mounting area 100%

SOP: Mounting area 62%

SSOP: Mounting area 24%

USOP: Mounting area 20%

P-SON: Mounting area 19%

VSON(R): Mounting area 10%

VSON: Mounting area 9%

S-VSON: Mounting area 8%

General purpose type, High capacity & low ON-resistance type, Current limiting type.

MOS FET Relay Recommended Lineup

Multi-Contact Type (2a, 2b, 1a1b) / Normally Closed Type (1b)

Multi-contact type and normally closed type MOS FET relays are available for use in a variety of different applications.

Multi-contact type

Package	Model specification	Contact	Load voltage (V)	Continuous load current (A)
DIP8	G3VM-62C1/F1	2a	60	0.50
DIP8	G3VM-352C/F	2a	350	0.12
DIP8	G3VM-402C/F	2a	400	0.12
SOP8	G3VM-62J1	2a	60	0.40
SOP8	G3VM-202J1	2a	200	0.20
SOP8	G3VM-352J	2a	350	0.11
SOP8	G3VM-402J	2a	400	0.12
DIP8	G3VM-354C/F	2b	350	0.15
SOP8	G3VM-354J	2b	350	0.12
DIP8	G3VM-355CR/FR	1a1b	350	0.12
SOP8	G3VM-355JR	1a1b	350	0.12

Normally closed type

Package	Model specification	Contact	Load voltage (V)	Continuous load current (A)
SOP4	G3VM-63G	1b	60	0.50
SOP4	G3VM-353G	1b	350	0.12
SOP6	G3VM-353H	1b	350	0.12
DIP4	G3VM-353A/D	1b	350	0.15
DIP6	G3VM-353B/E	1b	350	0.15

General Purpose Type

General purpose type for use in a variety of applications. See here if you are uncertain about anything concerning analog signal switching.

Package	Model specification	Contact	Load voltage (V)	Continuous load current (A)
SOP4	G3VM-41GR8	1a	40	1
SOP4	G3VM-41GR5	1a	40	0.30
SOP4 (special)	G3VM-61VY2	1a	60	0.50
SOP4 (special)	G3VM-61VY3	1a	60	0.70
SOP4	G3VM-201G1	1a	200	0.20
SOP4 (special)	G3VM-351VY	1a	350	0.11
SOP4	G3VM-401G1	1a	400	0.10
SOP4 (special)	G3VM-401VY	1a	400	0.11
SOP4	G3VM-401G	1a	400	0.12

High Capacity & Low ON-resistance Type

Allows even higher current flow. Helps reduce heat generation and loss in equipment.

Package	Model specification	Contact	Load voltage (V)	Continuous load current (A)*
DIP6	G3VM-31BR/ER	1a	30	5.0 (10)
DIP6	G3VM-61BR2/ER2	1a	60	4.0 (8)
DIP6	G3VM-101BR1/ER1	1a	100	3.5 (7)
SOP6	G3VM-31HR1	1a	30	4.5 (9)
SOP6	G3VM-61HR2	1a	60	4.0 (8)
SOP6	G3VM-101HR2	1a	100	3.0 (6)

*The value shown in ( ) is for connection C (DC load only)

Package	Model specification	Contact	Load voltage (V)	Continuous load current (A)
DIP4	G3VM-31AR/DR	1a	30	4
DIP4	G3VM-61AR1/DR1	1a	60	3
DIP4	G3VM-101AR1/DR1	1a	100	2

MOS FET Relay Recommended Lineup

High Insulation Type (I/O ≥ 5 kVrms)

High-insulation type MOS FET relays for customers who require insulation between input and output.

Package	Model specification	Contact	Load voltage (V)	Continuous load current (A)	Dielectric strength between I/O (Vrms)
DIP4	G3VM-41AY1/DY1	1a	40	2	5,000
DIP4	G3VM-61AY1/DY1	1a	60	0.5	5,000
DIP4	G3VM-201AY1/DY1	1a	200	0.25	5,000
DIP4	G3VM-351AY1/DY1	1a	350	0.1	5,000
DIP4	G3VM-401AY1/DY1	1a	400	0.12	5,000
DIP4	G3VM-601AY1/DY1	1a	600	0.09	5,000

Voltage-Driving Type

Voltage driving type MOS FET relays that eliminate the need to select resistance on the input side, targeted for customers who require miniature size.

S-VSON (existing): Use with input current limiting resistor. Mounting area 2.90 mm² + resistor area.

S-VSON(L) voltage driven: Built-in input current limiting resistor. Mounting area 2.90 mm².

Package	Model specification	Contact	Load voltage (V)	Continuous load current (A)	Operating input voltage (V)
VSON(R)4	G3VM-21UV11	1a	20	1.0	≤ 5.0
VSON(R)4	G3VM-51UV	1a	50	0.3	≤ 5.0
VSON(R)4	G3VM-61UV	1a	60	0.4	≤ 5.0
S-VSON(L)4	G3VM-31QVH	1a	30	1.5	≤ 5.0
S-VSON(L)4	G3VM-31QVL	1a	30	1.5	≤ 2.5
S-VSON(L)4	G3VM-61QVH	1a	60	0.4	≤ 5.0
S-VSON(L)4	G3VM-61QV2H	1a	60	1.0	≤ 5.0
S-VSON(L)4	G3VM-61QV2L	1a	60	1.0	≤ 2.5

High Sensitivity Type

High sensitivity type MOS FET relays with reduced input current required for ON operations.

Package	Model specification	Contact	Load voltage (V)	Continuous load current (A)	Trigger LED forward current (max.) (mA)	Recommended operating LED forward current (typical) (mA)
SOP4	G3VM-61G2	1a	60	0.40	1	2
SOP4	G3VM-61G3	1a	60	0.40	0.2	0.5
SOP4	G3VM-201G1	1a	200	0.20	1	2
SOP4	G3VM-201G2	1a	200	0.20	0.2	0.5
SOP4	G3VM-351G1	1a	350	0.10	1	2
SOP4	G3VM-401G1	1a	400	0.10	0.2	0.5
SOP4	G3VM-601G	1a	600	0.09	1	2
SOP4	G3VM-601G1	1a	600	0.07	0.2	0.5

Current Limiting Type

MOS FET relays equipped with overcurrent protection function.

Package	Model specification	Contact	Load voltage (V)	Continuous load current (A)	Limit current (mA)
DIP4	G3VM-2L/2FL	1a	350	0.12	150 to 300
DIP8	G3VM-WL/WFL	2a	350	0.12	150 to 300

MOS FET Relay Product Lineup INDEX

Please refer to our web site or individual catalogs for more information such as measurement conditions.

DIP (Dual Inline Package)

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Dielectric strength between I/O (Vrms)
20	G3VM-21AR/DR	4	1a	3,000	0.04	1,000	300	5.0	1.0	2,500
20	G3VM-21BR/ER	6	1a	4,000 (8,000) *1	0.02	1,000	1,000	5.0	1.0	2,500
30	G3VM-31AR/DR	4	1a	4,000	0.025	1,000	450	3.0	1.0	2,500
30	G3VM-31BR/ER	6	1a	5,000 (10,000) *1	0.02	1,000	1,100	5.0	0.5	2,500
40	G3VM-41AY1/DY1	4	1a	2,000	0.09	1,000	300	5.0	1.0	5,000
40	G3VM-41AR/DR	4	1a	2,500	0.05	1,000	300	5.0	1.0	2,500
40	G3VM-41BR/ER	6	1a	3,500 (7,000) *1	0.03	1,000	1,000	5.0	1.0	2,500
60	G3VM-61AY1/DY1	4	1a	500	0.6	1,000	130	3.0	1.0	5,000
60	G3VM-61AR/DR	4	1a	2,000	0.08	1,000	250	5.0	1.0	2,500
60	G3VM-61AR1/DR1	4	1a	3,000	0.045	1,000	250	2.0	1.0	2,500
60	G3VM-61B1/E1	6	1a	500 (1,000) *1	1	1,000	130	2.0	0.5	2,500
60	G3VM-61BR/ER	6	1a	2,500	0.065	10	400	3	0.6	2,500
60	G3VM-61BR1/ER1	6	1a	3,000 (6,000) *1	0.04	1,000	1,000	5.0	1.0	2,500
60	G3VM-61BR2/ER2	6	1a	4,000 (8,000) *1	0.035	1,000	640	5.0	0.5	2,500
60	G3VM-61CR1/FR1	8	1a	5,000 (10,000) *1	0.022	10,000	850	5.0	1.0	2,500
60	G3VM-62C1/F1	8	2a	500	1	1,000	130	2.0	0.5	2,500
100	G3VM-101AR/DR	4	1a	1,000	0.25	1,000	200	5.0	1.0	2,500
100	G3VM-101AR1/DR1	4	1a	2,000	0.11	1,000	110	2.0	0.5	2,500
100	G3VM-101BR/ER	6	1a	2,000 (4,000) *1	0.1	1,000	1,000	5.0	1.0	2,500
100	G3VM-101BR1/ER1	6	1a	3,500 (7,000) *1	0.05	1,000	450	5.0	0.5	2,500
100	G3VM-101CR/FR	8	1a	3,000 (6,000) *1	0.06	1,000	720	5.0	1.0	2,500
200	G3VM-201AY1/DY1	4	1a	250	5	1,000	90	3.0	1.0	5,000
200	G3VM-201AR/DR	4	1a	700	0.9	1,000	110	1.0	0.5	2,500
200	G3VM-201CR/FR	8	1a	1,500 (3,000) *1	0.25	1,000	400	5.0	1.0	2,500
350	G3VM-351AY1/DY1	4	1a	100	35	1,000	30	2.0	1.0	5,000
350	G3VM-2L/2FL	4	1a	120	*2	22	1,000	40	1.0	1.0	2,500
350	G3VM-351A/D	4	1a	120	35	1,000	30	1.0	1.0	2,500
350	G3VM-353A/D	4	1b	150	15	1,000	85	1.0	3.0	2,500
350	G3VM-351B/E	6	1a	120 (240) *1	35	1,000	30	1.0	1.0	2,500
350	G3VM-353B/E	6	1b	150 (300) *1	15	1,000	85	1.0	3.0	2,500
350	G3VM-355CR/FR	8	1a1b	120	15	1,000	65	1.0	3.0	2,500
350	G3VM-352C/F	8	2a	120	35	1,000	30	1.0	1.0	2,500
350	G3VM-WL/WFL	8	2a	120	*2	22	1,000	40	1.0	1.0	2,500
350	G3VM-354C/F	8	2b	150	15	1,000	85	1.0	3.0	2,500
400	G3VM-401A/D	4	1a	120	18	1,000	40	1.0	1.0	2,500
400	G3VM-401AY1/DY1	4	1a	120	22	1,000	80	2.0	1.0	5,000
400	G3VM-401B/E	6	1a	120 (240) *1	17	1,000	40	1.0	1.0	2,500
400	G3VM-401BY/EY	6	1a	120 (240) *1	17	1,000	40	1.0	1.0	5,000
400	G3VM-401CR/FR	8	1a	400 (800) *1	3	1,000	410	1.0	1.0	2,500
400	G3VM-402C/F	8	2a	120	18	1,000	40	1.0	1.0	2,500
600	G3VM-601AY1/DY1	4	1a	90	45	1,000	75	2.0	1.0	5,000
600	G3VM-601BY/EY	6	1a	100 (200) *1	30	1,000	120	1.5	1.0	5,000
600	G3VM-601CR/FR	8	1a	600 (1,200) *1	1.3	10,000	4,300	3.0	1.0	2,500

*1. The value shown in ( ) is for connection C (DC load only)

*2. With current limiting function (limit current: 150 mA to 300 mA)

Note: Ambient operating temperature: : -40 to +110°C, : -40 to +105°C, : -20 to +85°C, Others: -40 to +85°C

SOP (Small Outline Package)

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Dielectric strength between I/O (Vrms)
20	G3VM-21GR	4	1a	160	5	1	1	0.5	0.5	1,500
20	G3VM-21GR1	4	1a	300	1	1	5	0.5	0.5	1,500
20	G3VM-21HR	6	1a	2,500 (5,000) *1	0.02	10	1,000	5.0	1.0	1,500
30	G3VM-31HR	6	1a	4,000 (8,000) *1	0.02	1,000	1,100	5.0	1.0	1,500
30	G3VM-31HR1	6	1a	4,500 (9,000) *1	0.022	1,000	1,200	2.0	0.5	1,500
40	G3VM-41GR6	4	1a	120	10	1	1	0.5	0.5	1,500
40	G3VM-41GR4	4	1a	250	2	1	5	0.5	0.5	1,500
40	G3VM-41GR5	4	1a	300	1	1	10	0.5	0.5	1,500
40	G3VM-41GR8	4	1a	1000	0.1	1	300	3.0	0.5	1,500
40	G3VM-41HR	6	1a	2,500 (5,000) *1	0.03	10	1,000	5.0	1.0	1,500
60	G3VM-61VY1 *3	4	1a	100	25	1,000	10	5.0	5.0	3,750
60	G3VM-61G2	4	1a	400	1	1,000	130	8.0	3.0	1,500
60	G3VM-61G3	4	1a	400	1	1,000	130	10.0	5.0	1,500
60	G3VM-61VY2 *3	4	1a	500	1	1,000	20	2.0	0.5	3,750
60	G3VM-61VY3 *3	4	1a	700	0.15	1,000	100	3.0	0.5	3,750
60	G3VM-61GR2	4	1a	1,700	0.08	10	250	3.0	0.5	1,500
60	G3VM-61VR *3	4	1a	1,400	0.13	1,000	100	3.0	1.0	3,750
60	G3VM-63G	4	1b	500	1	1,000	100	1.0	3.0	1,500
60	G3VM-61H1	6	1a	400 (800) *1	1	1,000	130	2.0	0.5	1,500
60	G3VM-61HR	6	1a	2,300 (4,600) *1	0.04	10	1,000	5.0	1.0	1,500
60	G3VM-61HR1	6	1a	3,300 (6,600) *1	0.03	20	700	5.0	1.0	1,500
60	G3VM-61HR2	6	1a	4,000 (8,000) *1	0.028	1,000	750	2.0	0.5	1,500
60	G3VM-62J1	8	2a	400	1	1,000	130	2.0	0.5	1,500
80	G3VM-81GR	4	1a	40	16	1	2.5	0.5	0.5	1,500
80	G3VM-81GR1	4	1a	200	5	1	6.5	0.5	0.5	1,500
80	G3VM-81G1	4	1a	350	1	1	30	0.5	0.5	1,500
80	G3VM-81HR	6	1a	1,250 (2,500) *1	0.11	1.5	460	3.0	1.0	1,500
100	G3VM-101HR	6	1a	1,400 (2,800) *1	0.1	10	1,000	5.0	1.0	1,500
100	G3VM-101HR1	6	1a	2,000 (4,000) *1	0.045	1,000	500	5.0	1.0	1,500
100	G3VM-101HR2	6	1a	3,000 (6,000) *1	0.05	1,000	460	2.0	0.5	1,500
200	G3VM-201G	4	1a	50	40	1	15	0.5	0.2	1,500
200	G3VM-201G1	4	1a	200	5	1,000	90	8.0	3.0	1,500
200	G3VM-201G2	4	1a	200	5	1,000	90	10.0	5.0	1,500
200	G3VM-S5	4	1a	200	5	1,000	100	1.5	1.0	1,500
200	G3VM-201H1	6	1a	200 (400) *1	5	1,000	100	1.5	1.0	1,500
200	G3VM-202J1	8	2a	200	5	1,000	100	1.5	1.0	1,500
350	G3VM-351G1	4	1a	100	35	1,000	35	5.0	3.0	1,500
350	G3VM-351VY *3	4	1a	110	35	1,000	30	1.0	0.5	3,750
350	G3VM-351GL	4	1a	120	*2	15	1,000	70	1.0	1.0	1,500
350	G3VM-353G	4	1b	120	15	1,000	65	1.0	3.0	1,500
350	G3VM-351H	6	1a	110 (220) *1	35	1,000	30	1.0	1.0	1,500
350	G3VM-353H	6	1b	120 (240) *1	15	1,000	65	1.0	3.0	1,500
350	G3VM-355JR	8	1a1b	120	15	1,000	65	1.0	3.0	1,500
350	G3VM-352J	8	2a	110	35	1,000	30	1.0	1.0	1,500
350	G3VM-354J	8	2b	120	15	1,000	65	1.0	3.0	1,500
400	G3VM-401G1	4	1a	100	18	1,000	70	10.0	5.0	1,500
400	G3VM-401G	4	1a	120	17	1,000	70	1.0	1.0	1,500
400	G3VM-401VY *3	4	1a	110	40	1,000	30	1.0	0.5	3,750
400	G3VM-401H	6	1a	120 (240) *1	17	1,000	70	1.0	1.0	1,500
400	G3VM-402J	8	2a	120	17	1,000	70	1.0	1.0	1,500
600	G3VM-601G1	4	1a	70	35	1,000	75	10.0	5.0	1,500
600	G3VM-601G	4	1a	90	45	1,000	75	8.0	3.0	1,500

*1. The value shown in ( ) is for connection C (DC load only)

*2. With current limiting function (limit current: 150 mA to 300 mA)

*3. VY1, VY2, VY3 and VR types: SOP 4-pin (special) package

Note: Ambient operating temperature: : -40 to +110°C, : -40 to +105°C, : -20 to +85°C, Others: -40 to +85°C

SSOP (Shrink Small Outline Package)

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Dielectric strength between I/O (Vrms)
20	G3VM-21LR	4	1a	160	5	1	1	0.5	0.5	1,500
20	G3VM-21LR10	4	1a	300	1	1	5	0.5	0.5	1,500
20	G3VM-21LR1	4	1a	450	0.8	1	1	0.5	0.5	1,500
20	G3VM-21LR11	4	1a	900	0.18	1	5	2.0	1.0	1,500
40	G3VM-41LR6	4	1a	120	10	1	1	0.5	0.5	1,500
40	G3VM-41LR10	4	1a	120	12	0.2	0.45	0.2	0.3	1,500
40	G3VM-41LR11	4	1a	140	7	0.2	0.7	0.2	0.3	1,500
40	G3VM-41LR4	4	1a	250	2	1	5	0.5	0.5	1,500
40	G3VM-41LR5	4	1a	300	1	1	10	0.5	0.5	1,500
60	G3VM-61LR	4	1a	400	1	1,000	20	1.0	1.0	1,500
80	G3VM-81LR	4	1a	120	7.5	0.2	5	0.25	0.2	1,500
100	G3VM-101LR	4	1a	80	8	0.2	6	0.3	0.3	1,500

Note: Ambient operating temperature: -20 to +85°C

P-SON (Power Small Outline Non-leaded)

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)*	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Dielectric strength between I/O (Vrms)
30	G3VM-31WR	4	1a	4,500	0.025	10	450	5	1	500
60	G3VM-61WR	4	1a	3,000	0.045	10	250	5	1	500
100	G3VM-101WR	4	1a	2,000	0.13	10	170	3	1	500
200	G3VM-201WR	4	1a	350	4.5	10	75	1	1	500

*Refer to the catalog for measurement conditions

USOP (Ultra Small Outline Package)

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Dielectric strength between I/O (Vrms)
20	G3VM-21PR10	4	1a	200	3	1	0.8	0.2	0.2	500
20	G3VM-21PR1	4	1a	450	0.6	1	5	0.5	0.5	500
20	G3VM-21PR11	4	1a	1,000	0.18	1	40	2.0	1.0	500
40	G3VM-41PR12	4	1a	100	15	1	0.3	0.2	0.2	500
40	G3VM-41PR10	4	1a	120	12	1	0.45	0.2	0.3	500
40	G3VM-41PR6	4	1a	120	10	0.2	0.7	0.2	0.3	500
40	G3VM-41PR11	4	1a	140	5	1	10	0.5	0.5	500
40	G3VM-41PR5	4	1a	300	1	1	10	0.5	0.5	500
50	G3VM-51PR	4	1a	300	1	1	12	0.5	0.5	500
60	G3VM-61PR1	4	1a	120	10	1	0.7	0.5	0.5	500
60	G3VM-61PR	4	1a	400	1	1	20	2.0	1.0	500
75	G3VM-71PR	4	1a	120	7	0.02	30	0.5	0.2	500
80	G3VM-81PR	4	1a	200	6	1	6.5	0.5	0.5	500
100	G3VM-101PR	4	1a	100	8	0.2	6	0.3	0.3	500

Note: Ambient operating temperature: -40 to +85°C

VSON(R) (Very Small Outline Package Non-leaded with Resistance) Voltage Driving Type

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Recommended operating input Forward voltage (standard) (V)	Dielectric strength between I/O (Vrms)
20	G3VM-21UV11	4	1a	1,000	0.18	1	40	2.0	1.0	5	500
50	G3VM-51UV	4	1a	300	1	1	12	0.5	0.4	5	500
60	G3VM-61UV	4	1a	400	1	1	20	0.5	0.5	5	500

Note: Ambient operating temperature: -40 to +110°C

VSON (Very Small Outline Package Non-leaded)

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Dielectric strength between I/O (Vrms)
20	G3VM-21UR10	4	1a	200	3	1	0.8	0.2	0.2	500
20	G3VM-21UR1	4	1a	450	0.6	1	5	0.5	0.5	500
20	G3VM-21UR11	4	1a	1,000	0.18	1	40	2.0	1.0	500
40	G3VM-41UR12	4	1a	100	15	1	0.3	0.2	0.2	500
40	G3VM-41UR10	4	1a	120	12	1	0.45	0.2	0.3	500
40	G3VM-41UR11	4	1a	140	5	1	0.7	0.2	0.3	500
50	G3VM-51UR	4	1a	300	1	1	12	0.5	0.5	500
60	G3VM-61UR1	4	1a	120	10	1	0.7	0.5	0.5	500
60	G3VM-61UR	4	1a	400	1	1	20	2.0	1.0	500
80	G3VM-81UR	4	1a	120	7	0.02	30	0.5	0.2	500
80	G3VM-81UR1	4	1a	200	6	1	6.5	0.5	0.5	500
100	G3VM-101UR	4	1a	100	8	0.2	6	0.3	0.3	500

Note: Ambient operating temperature: -40 to +110°C

S-VSON (Super - Very Small Outline Package Non-leaded)

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Dielectric strength between I/O (Vrms)
30	G3VM-31QR	4	1a	1,500	0.1	1	120	2.0	1.0	500
40	G3VM-41QR10 *	4	1a	120	11	1	0.45	0.2	0.3	500
60	G3VM-61QR	4	1a	400	1.1	1	12	0.5	0.3	500
60	G3VM-61QR2	4	1a	1,000	0.2	1	80	2.0	0.3	500
100	G3VM-101QR1	4	1a	650	0.4	1	50	2.0	0.3	500

*The 41QR10 type features a S-VSON(L) low-profile package

Note: Ambient operating temperature: -40 to +110°C

S-VSON (Super - Very Small Outline Package Non-leaded) Voltage Driving Type

Load voltage (max.) (V)	Model	Number of terminals	Contact form	Continuous load current (max.) (mA)	Maximum resistance with output ON (typical) (Ω)	Current leakage when relay is open (max.) (nA)	Capacitance between terminals (typical) (pF)	Turn-ON time (max.) (ms)	Turn-OFF time (max.) (ms)	Recommended operating input Forward voltage (standard) (V)	Dielectric strength between I/O (Vrms)
30	G3VM-31QVH	4	1a	1,500	0.1	1	120	2	0.2	5	500
30	G3VM-31QVL	4	1a	1,500	0.1	1	120	2	0.2	2.5	500
60	G3VM-61QV2H	4	1a	1,000	0.2	1	80	2	0.2	5	500
60	G3VM-61QV2L	4	1a	1,000	0.2	1	80	1	0.2	2.5	500
60	G3VM-61QVH	4	1a	400	1	1	20 (max.)	0.5	0.2	5	500

*S-VSON(L) low-profile package

Note: Ambient operating temperature: -40 to +110°C

MOS FET Relay Module Package Outline Dimensions / Appearance Example

SPDT Module

Surface-mount terminal

Weight: 1 g

Description: Diagram showing the physical dimensions and pin layout of the G3VM-66M SPDT Module, including overall dimensions, pitch, and individual component measurements.

T-Module

Surface-mount terminal

Weight: 0.11 g

Description: Diagram illustrating the physical dimensions and pin layout of the T-Module, including overall dimensions, pitch, and individual component measurements.

MOS FET Relay Package Outline Dimensions / Appearance Example

DIP (Dual Inline Package)

PCB terminal

Description: Diagrams showing PCB terminal DIP packages (DIP4, DIP6, DIP8) with pin configurations and dimensions.

Surface-mount terminal

Description: Diagrams showing surface-mount DIP packages (DIP4, DIP6, DIP8) with pin configurations and dimensions.

SOP (Small Outline Package)

Surface-mount terminal

Description: Diagrams showing surface-mount SOP packages (SOP4, SOP4 special, SOP6, SOP8) with pin configurations and dimensions.

SSOP (Shrink Small Outline Package)

Surface-mount terminal

Description: Diagram showing the surface-mount SSOP4 package with pin configuration and dimensions.

P-SON (Power Small Outline Non-leaded)

Surface-mount terminal

Description: Diagram showing the surface-mount P-SON4 package with pin configuration and dimensions.

USOP (Ultra Small Outline Package)

Surface-mount terminal

Description: Diagram showing the surface-mount USOP4 package with pin configuration and dimensions.

VSON(R) (Very Small Outline Non-Leaded with Resistor)

Surface-mount terminal

Description: Diagram showing the surface-mount VSON(R)4 package with pin configuration and dimensions.

VSON (Very Small Outline Non-leaded)

Surface-mount terminal

Description: Diagram showing the surface-mount VSON4 package with pin configuration and dimensions.

S-VSON (Super Very Small Outline Non-leaded)

Surface-mount terminal

Description: Diagrams showing surface-mount S-VSON4 and S-VSON(L) packages with pin configurations and dimensions.

OMRON Corporation

Electronic and Mechanical Components Company

Regional Contact

Americas: https://components.omron.com/us-en/
Asia-Pacific: https://components.omron.com/sg-en/
Korea: https://components.omron.com/kr-en/
Europe: https://components.omron.com/eu-en/
China: https://components.omron.com.cn/
Japan: https://components.omron.com/jp-ja/

In the interest of product improvement, specifications are subject to change without notice.

Cat. No. Y112-E1-11 0322(0207)

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