Phototriac Coupler (APT1)

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Ilene Warren
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1 Phototriac coupler ideal for triac driver with wide variation APT VDE Phototriac Coupler (APT) FEATURES. Low zero-cross voltage (max. 5 V) type added to lineup. Approximately / of previous product Helps reduce device noises even further. voltage Previous product: max. 5 V New product: max. 5 V TYPICAL APPLICATIONS. For triac driver in heater controls of products such as office equipment, home appliances, and industrial machines. (For V/V, 5/ Hz lines). Triac driver for SSRs ZC circuit ZC circuit Compliance with RoHS Directive High noise Large interfering wave Low noise Small interfering wave. Two types available: Random type and zero-cross type. Many package sizes available. (Wide terminal type with. mm pitch between I/O terminals available.). High dielectric strength. (Between input and output: SOP, 75 V; DIP 5, V) 5. Handles both and V AC loads This relay handles both voltages in a single product it is not necessary for users that use both types to manage separate part numbers.. Terminal 5 of the DIP -pin type is completely molded. TYPES. SOP AC type rating ON-state RMS V 5 ma (max. 5 V) (max. 5 V) Random Package size SOPpin Tube packing style APTS APTS APTS Part No. Note: For space reasons, the initial letters of the product number APT and S are omitted on the product seal. The package type indicator X and Z are omitted from the seal. (Ex. the label for product number APTSZ is ). Packing quantity Tape and reel packing style Tube Tape and reel APTSX /-pin side) APTSX /-pin side) APTSX /-pin side) APTSZ /-pin side) APTSZ /-pin side) APTSZ /-pin side) tube contains: pcs. batch contains:, pcs., pcs.

2 APT. DIP/ AC type rating Repetitive peak OFF-state voltage ON-state RMS V ma (max. 5 V) (max. 5 V) Package size DIPpin Through hole terminal Note: For space reasons the initial letters APT of the product number for the DIP -pin type, the letter A, which indicates the SMD terminal shape for the DIP -pin and -pin types, and the package type indications X and Z have been omitted from the product label. (Example: The label for product number APTAZ is.) Part No. Surface-mount terminal Packing quantity Tube packing style Tape and reel packing style Tube Tape and reel APT APT APTA APTA Random APT APTA (max. 5 V) (max. 5 V) DIPpin APT APT APTA APTA Random APT APTA APTAX /-pin side) APTAX /-pin side) APTAX /-pin side) APTAX //-pin side) APTAX //-pin side) APTAX //-pin side) APTAZ /-pin side) APTAZ /-pin side) APTAZ /-pin side) APTAZ /-pin side) APTAZ /-pin side) APTAZ /-pin side) [DIPpin] tube contains: pcs. batch contains:, pcs. [DIPpin] tube contains: 5 pcs. batch contains: 5 pcs. [DIPpin] [DIPpin], pcs.. DIP/ Wide Terminal rating* AC type Repetitive peak OFF-state voltage ON-state RMS V ma (max. 5 V) (max. 5 V) Package size DIPpin Through hole terminal Note: For space reasons the initial letters APT of the product number for the DIP -pin type, the letter WA, which indicates the SMD terminal shape for the DIP -pin and -pin types, and the package type indications Y and W have been omitted from the product label. (Example: The label for product number APTWAY is.) RATING. Absolute maximum ratings (Ambient temperature: 5 C 77 F) ) SOP types Item Symbol APTS, APTS, APTS Remarks LED forward IF 5 ma LED reverse voltage VR V Peak forward IFP A f = Hz, Duty Ratio =.% VDRM V ON-state RMS * IT(RMS).5 A AC Non-repetitive surge ITSM. A In one cycle at Hz Total power dissipation PT 5 mw I/O isolation voltage Viso,75 V AC Non-condensing at Operating Topr C to + C F to + F Temperature limits low temperatures Storage Tstg C to +5 C F to +57 F Note: X and Z at the end of the part numbers have been omitted. Part No. Surface-mount terminal Packing quantity Tube packing style Tape and reel packing style Tube Tape and reel APTW APTW APTWA APTWA Random APTW APTWA (max. 5 V) (max. 5 V) DIPpin APTW APTW APTWA APTWA Random APTW APTWA APTWAY /-pin side) APTWAY /-pin side) APTWAY /-pin side) APTWAY /-pin side) APTWAY /-pin side) APTWAY /-pin side) APTWAW /-pin side) APTWAW /-pin side) APTWAW /-pin side) APTWAW /-pin side) APTWAW /-pin side) APTWAW /-pin side) [DIPpin] tube contains: pcs. batch contains:, pcs. [DIPpin] tube contains: 5 pcs. batch contains: 5 pcs. [DIPpin] [DIPpin], pcs.

3 APT ) DIP/ type and DIP/ Wide terminal type Item Symbol APT(W) APT(W) APT(W) APT(W) APT(W) APT(W) Remarks LED forward IF 5 ma LED reverse voltage VR V Peak forward IFP A f = Hz, Duty Ratio =.% VDRM V ON-state RMS * IT(RMS). A AC Non-repetitive surge ITSM. A In one cycle at Hz Total power dissipation PT 5 mw I/O isolation voltage Viso 5, V AC Non-condensing at Operating Topr C to + C F to + F Temperature limits low temperatures Storage Tstg C to +5 C F to +57 F Note: A, AX, AZ AY and AW at the end of the part numbers have been omitted. * Do not exceed.5 A of ON state RMS in case of following load voltage condition. DIPpin (APT, APT, APT) and DIPpin wide terminal type (APTW, APTW, APTW): more than V AC; DIPpin (APT, APT, APT) and DIPpin wide terminal type (APTW, APTW, APTW): more than V AC.. Electrical (Ambient temperature: 5 C 77 F) ) voltage type (max. 5V) and random type Item Symbol APTS, APT(W), APT(W) APTS, APT(W), APT(W) Condition. V LED dropout voltage VF IF = ma. V LED reverse IR VR = V µa Transfer OFF-state On-state voltage Holding Critical rate of rise of IF = ma IDRM µa VDRM = V. V IF = ma VTM.5 V ITM =.5 A. ma IH.5 ma Minimum dv/dt 5 V/µs VDRM = V /M Trigger LED IFT ma VD = V RL = Ω voltage VZC 5 V IF = ma IF = ma Turn on time* Ton µs VD = V RL = Ω I/O capacitance Ciso.5 pf f = MHz VB = V I/O resistance Minimum Riso 5 GΩ 5 V DC Notes:. For type of connection, see page.. Terminals are either solder plated or solder dipped. *Turn on time Ton 9%

4 APT ) voltage type (max. 5V) Item Symbol APTS, APT(W), APT(W) Condition LED dropout voltage. V VF. V IF = ma LED reverse IR µa VR = V IF = ma IDRM OFF-state µa VDRM = V. V IF = ma VTM On-state voltage V ITM =. A Holding. ma IH.5 ma Critical rate of rise of Minimum dv/dt 5 V/µs VDRM = V /M Trigger LED IFT ma IDRM = ma voltage VZC 5 V IF = ma Transfer Turn on time* Ton µs I/O capacitance Ciso.5 pf IF = ma IDRM = ma f = MHz VB = V I/O resistance Minimum Riso 5 GΩ 5 V DC Notes:. For type of connection, see page. *Turn on time. Terminals are either solder plated or solder dipped. Ton 9% RECOMMENDED OPERATING CONDITIONS Please follow the conditions below in order to ensure accurate operation and release of the phototriac coupler. Item Symbol Value Unit LED IF ma REFERENCE DATA -(). ON-state RMS vs. ambient Allowable ambient temperature: C to + C F to + F Tested sample: APTS, APTS 7 -(). ON-state RMS vs. ambient Allowable ambient temperature: C to + C F to + F Tested sample: APTS 7 -(). ON-state RMS vs. ambient Allowable ambient temperature: C to + C F to + F Tested sample: APT(A), APT(A), APTW(A), APTW(A) VL V AC VL > V AC

5 -(). ON-state RMS vs. ambient Allowable ambient temperature: C to + C F to + F Tested sample: APT(A), APTW(A) -(5). ON-state RMS vs. ambient Allowable ambient temperature: C to + C F to + F Tested sample: APT(A), APT(A), APTW(A), APTW(A) APT -(). ON-state RMS vs. ambient Allowable ambient temperature: C to + C F to + F Tested sample: APT(A), APTW(A) 8 VL V AC VL > V AC 8 VL V AC VL > V AC 8 VL V AC VL > V AC On voltage vs. ambient temperature.8. Trigger LED vs. ambient temperature. LED dropout voltage vs. ambient.5 On voltage, V... APT APT APT Trigger LED, ma 8 LED dropout voltage, V.... 5mA ma ma ma Turn on time vs. LED. OFF-state vs. voltage 7. Hold vs. ambient temperature Turn on time, µs 5 OFF-state, A Hold, ma LED, ma 8 voltage, V 8 8. voltage vs. ambient temperature 5 voltage, V APT APT 8

6 APT DIMENSIONS (mm inch) The CAD data of the products with a mark can be downloaded from: SOP APTS, APTS, APTS.±..7±9.5..8±..8±....7.±..9±.9.±..79± Tolerance: ±. ± Terminal thickness =.5. General tolerance: ±. ±.. DIP APT(A), APT(A), APT(A) Through hole terminal type Max. Surface mount terminal type Max ±.5.±. Max ±.5.±..±..± ±.5.±.. ±. ± ±.5.±. Terminal thickness =..8 General tolerance: ±. ±. PC board pattern (BOTTOM VIEW) -.8 dia. -. dia Tolerance: ±. ±. Tolerance: ±. ±.

7 . DIP Wide Terminal APTW(A), APTW(A), APTW(A) Through hole terminal type Surface mount terminal type APT Max. Max.. ±.5.5 ±.. ±.5. ±. Max.. ±.5 ±..5 Max.. Max..7. ±.5. ± ±.5.88 ± ±.5. ±.. ±..8 ±.8.78 ±.5.88 ±..7 ±.5. ±..75. Terminal thickness =..8 General tolerance: ±. ±. PC board pattern (BOTTOM VIEW) -.8 dia. -. dia Tolerance: ±. ±. Tolerance: ±. ±.. DIP APT(A), APT(A), APT(A) Through hole terminal type Surface mount terminal type Max. Max..±.5 7.±.5.5±..±..9±..5± ±.5.± Max..±.5.5± ±.5.± Terminal thickness =.5. General tolerance: ±. ±. PC board pattern (BOTTOM VIEW) -.8 dia. -. dia Tolerance: ±. ± Tolerance: ±. ±.

8 APT 5. DIP Wide Terminal APTW(A), APTW(A), APTW(A) Through hole terminal type Surface mount terminal type Max. MAX.. ±.5.5 ±.. ±.5. ±. 8.8 ±.5. ±... MAX.. ±.5.5 ±. 8.8 ±.5. ±. Max... ±.5 Max..7.± ±. ± Terminal thickness =.5. General tolerance: ±. ±. PC board pattern (BOTTOM VIEW) 5-.8 dia. 5-. dia Tolerance: ±. ±. Tolerance: ±. ±. SCHEMATIC AND WIRING DIAGRAMS Notes: E: Power source at input side; IF: LED forward ; VL: voltage; IL: ; Schematic configuration Wiring diagram ZC circuit E IF VL (AC) VL (AC) Form A AC ZC circuit E IF VL (AC) VL (AC)

APT Phototriac Coupler

Phototriac coupler ideal for triac driver with wide variation VDE APT Phototriac Coupler ZC circuit ORDERING INFORMATION ON-state RMS :.5 A/. A RoHS compliant ZC APT : V function : With zero-cross function