Note: The actual product is marked differently from the image shown Application Examples. Security equipment Industrial equipment

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1 A OS FET Relays Small 4 package with High dielectric strength type Small 4 package with ielectric Strength of 5, VAC between O Load voltage 4V6VV35V4V6V Standard type: Trigger LE forward current 3mA (max.) High sensitive type: Trigger LE forward current ma (max.) RoHS Compliant Refer to "Common Precautions". Note: The actual product is marked differently from the image shown here. A Application Examples Electrical power unit Test & measurement equipment Security equipment ndustrial equipment edical equipment Package (Unit : mm, Average) odel Number Legend Note: The actual product is marked differently from the image shown here Load Voltage 4: 4V 6: 6V : V 35: 35V 4: 4V 6: 6V. Contact form : a (SPST-NO) 3. Package type A: 4 pin PCB terminals : 4 pin Surfacemounting Terminals 4. Additional functions : ielectric strength between O above,5v type 5. Other informations When specifications overlap, serial code is added in the recorded order. Ordering nformation Standard type PackingTube PackingTape & reel Continuous Package Contact Load voltage odel load current inimum odel inimum type form (peak value) * (peak value) * Surface-mounting package Surface-mounting package PCB terminals Terminals quantity Terminals quantity 4V ma 4A 4 4(TR5) 6V 5mA 6A 6 6(TR5) 4 a V 5mA A (TR5) pcs. 35V ma 35A 35 35(TR5) 5 pcs. 4V ma 4A 4 4(TR5) 6V 9mA 6A 6 6(TR5) * The AC peak and C value are given for the load voltage and continuous load current. High sensitive type PackingTube PackingTape & reel Continuous Package Contact Load voltage odel load current inimum odel inimum type form (peak value) * (peak value) * Surface-mounting package Surface-mounting package PCB terminals Terminals quantity Terminals quantity 4V ma 4A 4 4(TR) 6V 5mA 6A 6 6(TR) 4 a V 5mA A (TR) pcs. 35V ma 35A 35 35(TR),5 pcs. 4V ma 4A 4 4(TR) 6V 9mA 6A 6 6(TR) * The AC peak and C value are given for the load voltage and continuous load current.

2 A OS FET Relays Absolute aximum Ratings (Ta = 5 C) Standard type, High senstive type nput tem 4A 6A 4 6 4A 6A 4 6 A A 35A 35 35A 35 4A 4 4A 4 6A 6 6A 6 Note:. The dielectric strength between the input and output was checked by applying voltage between all pins as a group on the LE side and all pins as a group on the light-receiving side. Unit easurement conditions LE forward current F 3 ma Repetitive peak LE forward current FP A μs pulses, pps LE forward current reduction rate ΔF C.3 ma C Ta 5 C LE reverse voltage VR 5 V Connection temperature TJ 5 C Load voltage (AC peakc) VOFF V Continuous load current (AC peakc) O, ma ON current reduction rate ΔO C ma C Ta 5 C Pulse ON current lop A t=ms, uty= Connection temperature TJ 5 C ielectric strength between O (See note.) V-O 5, Vrms AC for min Ambient operating temperature Ta 4~+85 C With no icing or Ambient storage temperature Tstg 55~+5 C condensation Soldering temperature 6 C s Output A

3 A OS FET Relays Electrical Characteristics (Ta = 5 C) A Standard type tem 4A 6A A 35A 4A 6A Unit easurement conditions inimum. LE forward voltage VF Typical.7 V F=mA aximum.4 Reverse current R aximum μa VR=5V Capacity between terminals CT Typical 5 pf V=, f=hz inimum A : O=A Trigger LE forward current FT ma Others : O=Continuous load aximum 3 current ratings Release LE forward current FC inimum. ma OFF=μA Typical.9(.6) (5) (7) 45(3) F=5mA, O=Continuous load current aximum resistance with output ON RON Ω aximum.5(.) 8 5(35) 35(8) 6(4) ratings (value at t<s) Current leakage when the relay is open LEAK aximum μa VOFF=Load voltage ratings Capacity between terminals COFF Typical pf V=, f=hz Capacity between O terminals C-O Typical.8 pf f=hz, VS=V nput Output nsulation resistance between O terminals Turn-ON time Turn-OFF time R-O inimum Typical 8 Typical aximum 5 3 Typical.3... aximum Ω ms V-O=5VC, ROH 6% 4A : RL=Ω, F=mA, V=V 6A : RL=Ω, F=5mA, V=V Others : RL=Ω, F=5mA, V=V (See note.) High sensitive type nput tem 4A 4 6A 6 A 35A 35 4A 4 6A 6 Unit easurement conditions inimum.45 LE forward voltage VF Typical.63 V F=mA aximum.75 Reverse current R aximum μa VR=5V Capacity between terminals CT Typical 4 pf V=, f=hz inimum.3 4A : O=A Trigger LE forward current FT ma Others : O=Continuous load aximum current ratings Release LE forward current FC inimum. ma OFF=μA Typical.9(.6) (5) (7) 45(3) F=5mA, O=Continuous load current aximum resistance with output ON RON Ω aximum.5(.) 8 5(35) 35(8) 6(4) ratings (value at t<s) Current leakage when the relay is open LEAK aximum μa VOFF=Load voltage ratings Capacity between terminals COFF Typical pf V=, f=hz Capacity between O terminals C-O Typical.8 pf f=hz, VS=V nsulation resistance between O inimum R-O terminals Typical 8 Ω V-O=5VC, ROH 6% Typical.5.. 6A : Turn-ON time aximum 5 RL=Ω, F=5mA, V=V ms Others : Typical.3. RL=Ω, F=5mA, V=V Turn-OFF time aximum (See note.) Output Note:. Turn-ON and Turn-OFF Times F 4 RL 3 V VOUT F VOUT t ON % 9% t OFF 3

4 A Recommended Operating Conditions OS FET Relays For usage with high reliability, Recommended Operation Conditions is a measure that takes into account the derating of Absolute aximum Ratings and Electrical Characteristics. Each item on this list is an independent condition, so it is not simultaneously satisfy several conditions. Standard type 4A 6A A 35A 4A 6A tem Unit Load voltage (AC peakc) V aximum V inimum 5 Operating LE forward current F Typical 7.5 ma aximum 5 Continuous load current (AC peakc) O aximum inimum Ambient operating temperature Ta C aximum 65 High sensitive type tem 4A 4 6A 6 A 35A 35 4A 4 6A 6 Load voltage (AC peakc) V aximum V inimum 3 Operating LE forward current F Typical 5 ma aximum 5 Continuous load current (AC peakc) O aximum inimum Ambient operating temperature Ta C aximum 65 Unit A Spacing and nsulation Standard type and High sensitive type tem Standard Unit Creepage distances inimum 7. Clearance distances inimum 7. mm nternal isolation thickness inimum.4 4

5 A Engineering ata OS FET Relays LE forward current vs. LE forward current vs. LE forward voltage LE forward current F (ma) F - Ta (aximum value) LE forward current F (ma). A F - VF A A Continuous load current vs. 4AA LE forward voltage VF (V) 6AA AA 35AA 4AA 6AA 5 Continuous load current O (A) O - Ta (aximum value) Continuous load current O (ma) O - Ta (aximum value) 6AA AA Continuous load current O (ma) 5 5 O - Ta (aximum value) 4AA 6AA 35AA Continuous load current vs. On-state voltage 4AA 6AA AA 35AA 4AA 6AA Continuous load current O (A) Ta=5 C F=5mA, t<s O - VON Continuous load current O (ma) A A : Ta=5 C, F=5mA 6A A : Ta=5 C, F=5mA, t<s O - VON 6AA AA Continuous load current O (ma) O - VON 5 35A 4A 6A : Ta=5 C, F=5mA 35A 4A 6A : 5 Ta=5 C, F=5mA, t<s -5-35AA 4AA 6AA On-state voltage VON (V) On-state voltage VON (V) On-state voltage VON (V) On-state resistance vs. 4AA On-state resistance RON (mω) 5 5 RON - Ta O=Continuous Load Current Ratings F=5mA, t<s On-state resistance RON (Ω) 6AA AA RON - Ta O=Continuous Load Current Ratings F=5mA, t<s AA 6AA On-state resistance RON (Ω) 35AA 4AA 6AA RON - Ta O=Continuous Load Current Ratings F=5mA, t<s 6AA 4AA 35AA

6 A Engineering ata OS FET Relays Trigger LE forward current vs. 4AA 6AA FT - Ta Trigger LE forward current FT (ma) 4AA : O=A, t<s 6AA : O=5mA, t<s 4A 6A 4A 6A Turn ON, Turn OFF time vs. LE forward current 4A 6A Turn ON, Turn OFF time, (µs), - F 4A 6A 4A 6A V=V RL=Ω Ta=5 C LE forward current F (ma) AA 35AA FT - Ta Trigger LE forward current FT (ma) Turn ON, Turn OFF time, (µs) 35A A 35A A 35A AA : O=5mA, t<s 35AA : O=mA, t<s A 35A 35A A A, - F V=V RL=Ω Ta=5 C LE forward current F (ma) Trigger LE forward current FT (ma) Turn ON, Turn OFF time, (µs) 4AA 6AA FT - Ta 4A A 6A 4AA : O=mA, t<s 6AA : O=9mA, t<s 4A 6A 4A 6A 6A, - F 4A: V=V, RL=Ω, Ta=5 C 6A: V=V, RL=Ω, Ta=5 C 6A 4A LE forward current F (ma) A 4A 6A A 35A 4A 6A Turn ON, Turn OFF time, (µs) 4A, - F 4A 6A V=V RL=Ω Ta=5 C 6A LE forward current F (ma) Turn ON, Turn OFF time, (µs) 35A, - F A V=V RL=Ω Ta=5 C A 35A LE forward current F (ma) Turn ON, Turn OFF time, (µs), - F 4A: V=V, RL=Ω, Ta=5 C 6A: V=V, RL=Ω, Ta=5 C 4A 4A 6A 6A LE forward current F (ma) Turn ON, Turn OFF time vs. 4A 6A, - Ta Turn ON, Turn OFF time, (µs) 4A 6A 4A 6A 4A : V=V, RL=Ω, F=mA 6A : V=V, RL=Ω, F=5mA Turn ON, Turn OFF time, (µs) A 35A, - Ta V=V RL=Ω F=5mA A 35A A 35A Turn ON, Turn OFF time, (µs) 4A 6A, - Ta 4A 6A 6A 4A 4A: V=V, RL=Ω, F=5mA 6A: V=V, RL=Ω, F=5mA

7 A Engineering ata OS FET Relays A Turn ON, Turn OFF time vs. 4A 6A, - Ta Turn ON, Turn OFF time, (µs) 4A 6A V=V RL=Ω F=5mA Current leakage vs. 4AA 6AA LEAK - Ta Current leakage LEAK (na). VOFF=Load Voltage Ratings 4AA 4A 6A 6AA Turn ON, Turn OFF time, (µs) Current leakage LEAK (na) A 35A, - Ta A 35A V=V RL=Ω F=5mA A 35A AA 35AA LEAK - Ta. VOFF=Load Voltage Ratings 35AA AA Turn ON, Turn OFF time, (µs) Current leakage LEAK (na) 4A 6A, - Ta 6A 4A 4A 6A 4A: V=V, RL=Ω, F=5mA 6A: V=V, RL=Ω, F=5mA AA 6AA LEAK - Ta. VOFF=Load Voltage Ratings 6AA 4AA

8 A ApperanceTerminal Arrangementnternal Connections Apperance (ual nline Package) 4 OS FET Relays Terminal Arrangementnternal Connections ORON logo Pin mark -4A 93 old pin mark * odel name LOT.NO. Note: The actual product is marked differently from the image shown here. * The indentation in the corner diagonally opposite from the pin mark is from a pin on the mold. imensions (Unit: mm) A PCB Terminals Weight:.5 g Surface-mounting Terminals Weight:.5 g PCB imensions (BOTTO VEW) Four,.8-dia. holes.54 (.6) ± ±.5 6.4±.5.8± min..±.5.5±..54±.5 7.6± to ±.5 7.6± ±.5.54± min.. min.. max. (.6) (.5) (.5) Actual ounting Pad imensions (Recommended Value, TOP VEW) to 8.8 Note: The actual product is marked differently from the image shown here..3.5 Approved Standards UL recognized Standard type and High sensitive type Approved Standards Contact form File No. UL recognized a (SPST-NO) E8555 Safety Precautions Refer to "Common Precautions" for all models. Application examples provided in this document are for reference only. n actual applications, confirm equipment functions and safety before using the product. Consult your ORON representative before using the product under conditions which are not described in the manual or applying the product to nuclear control systems, railroad systems, aviation systems, vehicles, combustion systems, medical equipment, amusement machines, safety equipment, and other systems or equipment that may have a serious influence on lives and property if used improperly. ake sure that the ratings and performance characteristics of the product provide a margin of safety for the system or equipment, and be sure to provide the system or equipment with double safety mechanisms. Note: o not use this document to operate the Unit. ORON Corporation Electronic and echanical Components Company Contact: Cat. No. K75-E- 5(5)(O) 8