MOS FET Relays in SSOP packages that achieve a low C R

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Gregory Phillips
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@ S, Low-output-capacitance and Low-ON-resistance Type (with Low C R) in S packages that achieve a low C R Load voltage: V : Low C R = 5 pf Ω, COFF (standard) = pf, RON (standard) = 5 Ω : Low C R =.

1 @ S, Low-output-capacitance and Low-ON-resistance Type (with Low C R) in S packages that achieve a low C R Load voltage: V : Low C R = 5 pf Ω, COFF (standard) = pf, RON (standard) = 5 Ω : Low C R =. pf Ω, COFF (standard) =.8 pf, RON (standard) = Ω : Low C R = pf Ω, COFF (standard) = 5 pf, RON (standard) =.8 Ω : Low C R = 7. pf Ω, COFF (standard) = pf, RON (standard) =.8 Ω RoHS Compliant Application Examples Semiconductor test equipment Test & Measurement equipment Package (Unit : mm, Average) Model Number Legend S -pin Ordering Information Package S. Note: The actual product is marked differently from the image shown here. Contact form a (SPST-NO).8.8 Communication equipment Data 5. Load Voltage : V. Additional functions R: Low ON resistance Continuous load Load voltage Terminals (peak value) * (peak value) * Model 6 ma Surface-mounting V Terminals. Contact form : a (SPST-NO) Note: The actual product is marked differently from the image shown here.. Package L : S -pin 5. Other informations When specifications overlap, serial code is added in the recorded order. Tape cut packaging Tape packaging Minimum Minimum Model package quantity package quantity (TR5) ma (TR5) pc. 5 pcs. 5 ma (TR5) 9 ma (TR5) * The AC peak and DC value are given for the load voltage and continuous load. Note: To order tape packaging for Relays with surface-mounting, add "(TR5)" to the end of the model number. Tape-cut Ss are packaged without humidity resistance. Use manual soldering to mount them. Refer to common precautions. Low-output-capacitance Small and Highload-voltage and Low-ON-resistance Multi-contact-pair High- and Small and Highdielectric-strengtstrength Introduction General-purpose High-load-voltage (a, b, and ab) Low-ON-resistance Current-limiting Absolute Maximum Ratings (Ta = 5 C) Item Symbol Unit Measurement conditions LED forward IF ma LED forward reduction rate ΔIF/ C ma/ C Ta 5 C LED reverse voltage VR 5 V Connection temperature TJ 5 C Load voltage (AC peak/dc) VOFF V Continuous load IO ma (AC peak/dc) ON reduction rate ΔIO/ C : Ta 5 C ma/ C Others : Ta 5 C Pulse ON lop 8 6,5,7 ma t= ms, Duty=/ Connection temperature TJ 5 C Dielectric strength between I/O VI-O 5 Vrms AC for min (See note.) Ambient operating temperature Ta - to +85 C With no icing or Ambient storage temperature Tstg - to +5 C condensation Soldering temperature 6 C s Note:. The dielectric strength between the input and output was checked by applying voltage between all pins as a group on the LED side and all pins as a group on the light-receiving side. Input Output Standards S U 7

2 Introduction General-purpose High-load-voltage Multi-contact-pair High- and Small and Highdielectric-strengtstrength and Low-ON-resistance load-voltage Standards Current-limiting Low-output-capacitance Small and High- (a, b, and ab) Low-ON-resistance Certification S Electrical Characteristics (Ta = 5 C) Input Output Recommended Operating Conditions Item Symbol Unit Measurement conditions Minimum..5. : IF=5 ma LED forward voltage VF Typical V /LR/LR : Maximum..5. IF= ma Reverse IR Maximum μa VR=5 V Capacitance between CT Typical pf V=, f= MHz Trigger LED forward IFT Maximum ma IO= ma Release LED forward IFC Minimum.... ma IOFF= μa Maximum resistance with output ON Current leakage when the relay is open Capacitance between Capacitance between I/O Insulation resistance between I/O Turn-ON time Turn-OFF time RON ILEAK COFF For usage with high reliability, Recommended Operation Conditions is a measure that takes into account the derating of Absolute Maximum Ratings and Electrical Characteristics. Each item on this list is an independent condition, so it is not simultaneously satisfy several conditions. Spacing and Insulation Typical Maximum Typical. Maximum. Typical.8 5 Maximum.5. CI-O Typical pf f= MHz, VS= V RI-O Note:. Turn-ON and Turn-OFF Times IF RL VDD VOUT IF VOUT t ON % 9% t OFF Minimum Typical 8 Typical.6.. Maximum.5..5 Typical.. Maximum.5..5 Ω na pf MΩ ms /LR : IF=5 ma, IO=Continuous load ratings, t= ms /LR : IF=5 ma, IO=Continuous load ratings, t< s /LR: VOFF= V, Ta=5 C /LR : VOFF= V : V=, f= MHz /LR/LR : V=, f= MHz, t< s VI-O=5 VDC, ROH 6% IF=5 ma, RL= Ω, VDD= V (See note.) Item Symbol Unit Load voltage (AC peak/dc) VDD Maximum V Minimum Operating LED forward IF Maximum ma Continuous load (AC peak/dc) IO Maximum Minimum - Ambient operating temperature Ta C Maximum 6 Item Minimum Unit Creepage distances.5 Clearance distances.5 mm Internal isolation thickness. 8

3 @ Engineering Data LED forward vs. I F - Ta (Maximum value) 6 8 Continuous load vs. On-state voltage Continuous load IO (ma) Trigger LED forward vs. Trigger LED forward IFT (ma) I O - V ON 8 IF=5mA On-state voltage VON (V) I FT - Ta : IO=mA The others : IO=mA, t<s Continuous load vs. I O - Ta Continuous load IO (ma) On-state resistance vs. /LR/LR R ON - Ta On-state resistance RON (Ω) Turn ON, Turn OFF time vs. LED forward /LR Turn ON, Turn OFF time, (μs) IO=Continuous Load Current Ratings IF=5mA, t<s (Maximum value) t ON, t OFF - I F VDD=V RL=Ω LED forward vs. LED forward voltage I F - V F On-state resistance RON (Ω) Turn ON, Turn OFF time, (μs) /LR..8.. LED forward voltage VF (V)... IO=9mA IF=5mA, t<s R ON - Ta t ON, t OFF - I F VDD=V RL=Ω Introduction General-purpose High-load-voltage Multi-contact-pair (a, b, and ab) High- and Low-ON-resistance Small and Highdielectric-strengtstrength Current-limiting and Low-ON-resistance load-voltage Standards Certification Low-output-capacitance Small and S U 9

4 Introduction General-purpose High-load-voltage Multi-contact-pair High- and Small and Highdielectric-strengtstrength and Low-ON-resistance Current-limiting Low-output-capacitance Small and Highload-voltage (a, b, and ab) Engineering Data Turn ON, Turn OFF time vs. /LR Turn ON, Turn OFF time, (μs) - VDD=V RL=Ω IF=mA t ON, t OFF - Ta 6 8 Current leakage vs. Load voltage /LR I LEAK - V OFF Turn ON, Turn OFF time, (μs) /LR - VDD=V RL=Ω IF=5mA t ON, t OFF - Ta 6 8 I LEAK - V OFF Current leakage vs. I LEAK - Ta VOFF=V 6 8 Output terminal capacitance vs. Load voltage /LR/LR C OFF - V OFF Output terminal capacitance COFF/COFF(V) Standards Certification S 5

5 @ Appearance / Terminal Arrangement / Internal Connections Appearance S (Shrink Small Outline Package) S -pin Note:. The actual product is marked differently from the image shown here. Note:. GVM does not appear in the model number on the Relay. Dimensions (Unit: mm) 6 OMRON mark 6 Pin logo Note: The actual product is marked differently from the image shown here. Approved Standards UL recognized 6 6 Model name * LOT.NO. Surface-mounting Terminals Weight:. g Approved Standards Contact form File No. UL (recognized) a (SPST-NO) E8555 * Actual model name marking for each model Model Marking A B.9.. dia. (.) (.6) Unless otherwise specified, the dimensional tolerance is ±. mm. Terminal Arrangement/ Internal Connections (Top View) Actual Mounting Pad Dimensions (Recommended Value, TOP VIEW) Small and Highload-voltage Multi-contact-pair High- and Small and Highdielectric-strengtstrength Current-limiting and Low-output-capacitance Introduction General-purpose High-load-voltage (a, b, and ab) Low-ON-resistance Low-ON-resistance Safety Precautions Refer to the Common Precautions for All for precautions that apply to all. Standards S U 5

USOP Package with Low Output Capacitance and ON Resistance

USOP Package with Low Output Capacitance and ON Resistance G3VM-PR@ U, Low-output-capacitance and Low-ON-resistance Type (with Low C R) U Package with Low Output Capacitance and ON Resistance : V : Low C R =.4 pf Ω, COFF (standard) =.8 pf, RON (standard) = 3 Ω