PhotoMOS RF SON 1 Form A CxR5

Panasonic's PhotoMOS RF SON 1 Form A is characterized by its high performance and is adequate for small footprint equipment. With the RF SON 1 Form A arrangement, Semiconductor Relays are ideal for use in measuring equipment such as IC, ATE equipment, semiconductor performance boards, function testers, and more. These Relays are equipped with low capacitance and On Resistance coupled with its miniature SON package size for space savings and high density mounting.

Features and Benefits

Super Miniature SON Package Contributes To Space Savings And High Density Mounting
C×R10
C×R5

Applications

Measuring Equipment
Telecommunication or Broadcasting Equipment
Medical Equipment

PhotoMOS RF SON 1 Form A CxR5

Part number list

Results 3

Models table for series PhotoMOS RF SON 1 Form A CxR5
Part No.	Package	Load Voltage [ V_L ] (V_L)	Continuous Load Current (I_L)	I/O Isolation Voltage (V_iso)	Packing Quantity	Product Name	Type	Voltage Type	LED Forward Current (I_F)	LED Reverse Voltage (V_R)	Peak Forward Current (I_FP)	Power Dissipation (P_in)	Power Dissipation (P_out)	Total Power Dissipation (P_t)	Ambient Temperature: Operating (T_opr)	Ambient Temperature: Storage (T_stg)	LED Operate Current (Typical)	LED Operate Current (Maximum)	LED Turn Off Current (Minimum)	LED Turn Off Current (Typical)	LED Dropout Voltage (Typical) (V_F)	LED Dropout Voltage (Maximum) (V_F)	On Resistance (Typical) (R_on)	On Resistance (Maximum) (R_on)	Output Capacitance (Typical) (C_out)	Output Capacitance (Maximum) (C_out)	Off State Leakage Current (Typical) (I_Leak)	Off State Leakage Current (Maximum) (I_Leak)	Over Current Protection	Turn On Time (Typical)	Turn On Time (Maximum)	Turn Off Time (Typical)	Turn Off Time (Maximum)	I/O Capacitance (Typical) (C_iso)	I/O Capacitance (Maximum) (C_iso)	LED Current (I_F)	Load Voltage (V_L)	Continuous Load Current (I_L)	Terminal Type	Contact Arrangement	Load current	Load Voltage [ V_L ]	Packing quantity 1-reel (pcs.)	Packing quantity Outer carton (pcs.)	Junction temperature (T_j)
AQY221N3MW	SON	25 V	0.15 A	200 Vrms	Tape and reel packing style (W)	RF SON 1 Form A CxR5	RF	AC/DC	50 mA	5 V	1 A	75 mW	250 mW	300 mW	-40 to +85℃	-40 to +100℃	1.0 mA	3.0 mA	0.2 mA	0.9 mA	1.14 V	1.5 V	5.5 Ω	7.5 Ω	1.1 pF	1.5 pF	0.01 nA	10 nA	Nothing	0.02 ms	0.2 ms	0.02 ms	0.2 ms	0.8 pF	1.5 pF	Min.: 5 mA, Max.: 30 mA	Max.: 15 V	Max.: 0.15 A	Surface-mount terminal	1 Form A	150 mA	25 V	3,500	3,500	125℃
AQY221N3M1Y	SON	25 V	0.15 A	200 Vrms	Tape and reel packing style (1Y)	RF SON 1 Form A CxR5	RF	AC/DC	50 mA	5 V	1 A	75 mW	250 mW	300 mW	-40 to +85℃	-40 to +100℃	1.0 mA	3.0 mA	0.2 mA	0.9 mA	1.14 V	1.5 V	5.5 Ω	7.5 Ω	1.1 pF	1.5 pF	0.01 nA	10 nA	Nothing	0.02 ms	0.2 ms	0.02 ms	0.2 ms	0.8 pF	1.5 pF	Min.: 5 mA, Max.: 30 mA	Max.: 15 V	Max.: 0.15 A	Surface-mount terminal	1 Form A	150 mA	25 V	1,000	1,000	125℃
AQY221N3MY	SON	25 V	0.15 A	200 Vrms	Tape and reel packing style (Y)	RF SON 1 Form A CxR5	RF	AC/DC	50 mA	5 V	1 A	75 mW	250 mW	300 mW	-40 to +85℃	-40 to +100℃	1.0 mA	3.0 mA	0.2 mA	0.9 mA	1.14 V	1.5 V	5.5 Ω	7.5 Ω	1.1 pF	1.5 pF	0.01 nA	10 nA	Nothing	0.02 ms	0.2 ms	0.02 ms	0.2 ms	0.8 pF	1.5 pF	Min.: 5 mA, Max.: 30 mA	Max.: 15 V	Max.: 0.15 A	Surface-mount terminal	1 Form A	150 mA	25 V	3,500	3,500	125℃

Models table for series PhotoMOS RF SON 1 Form A CxR5
Part No.	Package	Load Voltage [ V_L ] (V_L)	Continuous Load Current (I_L)	I/O Isolation Voltage (V_iso)	Packing Quantity	Product Name	Type	Voltage Type	LED Forward Current (I_F)	LED Reverse Voltage (V_R)	Peak Forward Current (I_FP)	Power Dissipation (P_in)	Power Dissipation (P_out)	Total Power Dissipation (P_t)	Ambient Temperature: Operating (T_opr)	Ambient Temperature: Storage (T_stg)	LED Operate Current (Typical)	LED Operate Current (Maximum)	LED Turn Off Current (Minimum)	LED Turn Off Current (Typical)	LED Dropout Voltage (Typical) (V_F)	LED Dropout Voltage (Maximum) (V_F)	On Resistance (Typical) (R_on)	On Resistance (Maximum) (R_on)	Output Capacitance (Typical) (C_out)	Output Capacitance (Maximum) (C_out)	Off State Leakage Current (Typical) (I_Leak)	Off State Leakage Current (Maximum) (I_Leak)	Over Current Protection	Turn On Time (Typical)	Turn On Time (Maximum)	Turn Off Time (Typical)	Turn Off Time (Maximum)	I/O Capacitance (Typical) (C_iso)	I/O Capacitance (Maximum) (C_iso)	LED Current (I_F)	Load Voltage (V_L)	Continuous Load Current (I_L)	Terminal Type	Contact Arrangement	Load current	Load Voltage [ V_L ]	Packing quantity 1-reel (pcs.)	Packing quantity Outer carton (pcs.)	Junction temperature (T_j)
AQY221N3MW	SON	25 V	0.15 A	200 Vrms	Tape and reel packing style (W)	RF SON 1 Form A CxR5	RF	AC/DC	50 mA	5 V	1 A	75 mW	250 mW	300 mW	-40 to +85℃	-40 to +100℃	1.0 mA	3.0 mA	0.2 mA	0.9 mA	1.14 V	1.5 V	5.5 Ω	7.5 Ω	1.1 pF	1.5 pF	0.01 nA	10 nA	Nothing	0.02 ms	0.2 ms	0.02 ms	0.2 ms	0.8 pF	1.5 pF	Min.: 5 mA, Max.: 30 mA	Max.: 15 V	Max.: 0.15 A	Surface-mount terminal	1 Form A	150 mA	25 V	3,500	3,500	125℃
AQY221N3M1Y	SON	25 V	0.15 A	200 Vrms	Tape and reel packing style (1Y)	RF SON 1 Form A CxR5	RF	AC/DC	50 mA	5 V	1 A	75 mW	250 mW	300 mW	-40 to +85℃	-40 to +100℃	1.0 mA	3.0 mA	0.2 mA	0.9 mA	1.14 V	1.5 V	5.5 Ω	7.5 Ω	1.1 pF	1.5 pF	0.01 nA	10 nA	Nothing	0.02 ms	0.2 ms	0.02 ms	0.2 ms	0.8 pF	1.5 pF	Min.: 5 mA, Max.: 30 mA	Max.: 15 V	Max.: 0.15 A	Surface-mount terminal	1 Form A	150 mA	25 V	1,000	1,000	125℃
AQY221N3MY	SON	25 V	0.15 A	200 Vrms	Tape and reel packing style (Y)	RF SON 1 Form A CxR5	RF	AC/DC	50 mA	5 V	1 A	75 mW	250 mW	300 mW	-40 to +85℃	-40 to +100℃	1.0 mA	3.0 mA	0.2 mA	0.9 mA	1.14 V	1.5 V	5.5 Ω	7.5 Ω	1.1 pF	1.5 pF	0.01 nA	10 nA	Nothing	0.02 ms	0.2 ms	0.02 ms	0.2 ms	0.8 pF	1.5 pF	Min.: 5 mA, Max.: 30 mA	Max.: 15 V	Max.: 0.15 A	Surface-mount terminal	1 Form A	150 mA	25 V	3,500	3,500	125℃

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INCREASE RELIABILITY BY CHANGING REED RELAYS TO PHOTOMOS®

The enhancement of electrical components is directly proportional to the growing need for higher-performing Semiconductor test equipment. As components become more diversified in their capabilities, production volumes increase and down-sizing occurs, the demand for higher functioning Relays is required. Discover how long term performance and reliability increases when the most suitable Relay is used.

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