RF SSOP 1 Form A C R10/C R5

Transcription

1 Miniature SSOP C R: V/ V load C R: V load RF SSOP Form A C R/C R (AQY V) mm inch FEATURES. Miniature package (SSOP) using a new flat lead terminal shape Compared to previous models (SOP - pin), mounting area can be reduced by approximately %*. This contributes to improved output signal transit. Previous SOP SSOP TYPICAL APPLICATIONS. Measuring and testing equipment Semiconductor testing equipment, Probe cards, Datalogger, Board tester and other testing equipment. Telecommunication and broadcasting equipment. Medical equipment. Multi-point recorder Data logger, Warping and Thermocouple, etc. RoHS compliant. Both low on-resistance (R type) and low capacitance (C type) available at excellent of C R C R R type On resistance () Flat lead *Comparison of area of SSOP and SOP -pin (including leads). capacitance ().8Ω 7.pF.Ω pf.7ω.pf C R C type 9.Ω.pF C R.Ω.pF TYPES AC/DC dual use Type rating* Load Load Package Picked from the and -pin side Tape and reel packing style* Picked from the and -pin side V, ma Y W C R Low on-resistance (R type) V ma Y W V ma SSOP Y W Low capacitance (C type) V ma Y W C R V ma Y W Packing quantity in tape and reel, pcs. Notes: *. Indicate the peak AC and DC values. *. Tape and reel is the standard packing style for SSOP. Packing quantity of, pieces is possible. Please consult us. For space reasons, the three initial letters of the part number AQY, the package (SSOP) indication V, and the packaging style Y or W are not marked on the device. (Ex. the label for product number Y is R) ASCTBE 7-T

2 RF SSOP Form A C R/C R (AQY V) RATING. Absolute maximum ratings () Item Symbol. Electrical () C R R type C R C type C R Note: Variation possible through combinations of output capacitance and on resistance. For more information, please contact our sales office in your area. Remarks LED forward IF ma LED reverse VR V Peak forward IFP A f= Hz, Duty factor=.% Power dissipation Pin 7mW Load (peak AC) VL V V V Continuous load IL A.A.A.A.A Peak AC, DC Peak load Ipeak.A A.7A.A.A ms (shot), VL=DC Power dissipation Pout mw Total power dissipation PT mw I/O isolation Viso,Vrms Ambient Operating Topr to +8 C to +8 F (Non-icing at low temperatures) temperature Storage Tstg to + C to + F Transfer Item LED operate LED turn off LED dropout On resistance capacitance Off state leakage Turn on time** Turn off time** I/O capacitance Initial I/O isolation resistance Symbol C R R type C R C type C R Condition.7 ma.9 ma. ma : IL = ma IFon : IL. ma = ma : IL = ma Minimum. ma. ma : IL = 8 ma IFoff.6 ma.8 ma.9 ma : IL = 8 ma VF Ron. V (. V at IF = ma). V.8Ω.Ω.7Ω 9.Ω.Ω.Ω Ω.Ω.Ω 7.Ω Cout 7. pf pf. pf. pf pf pf 8 pf. pf ILeak Ton. na. na * na. ms. ms. ms. ms. ms.7 ms. ms. ms Toff Ciso.7 ms.8 ms. ms. ms.8 pf. pf IF = ma : IF = ma, IL = ma : IF = ma, IL = ma : IF = ma, IL = ma : IF = ma, IL = 8 ma : IF = ma, IL = 8 ma Within s IF = ma, VB = V, f = MHz IF = ma, VL = Max. : IF = ma, VL = V, RL = Ω : IF = ma, VL = V, RL = Ω : IF = ma, VL = V, RL = Ω : IF = ma, VL = V, RL = Ω : IF = ma, VL = V, RL = Ω f = MHz, VB = V Minimum Riso, MΩ V DC *Available as custom orders ( na or less) **Turn on/turn off time 9% % Ton Toff ASCTBE 7-T

3 . Recommended operating conditions () Please use under recommended operating conditions to obtain expected. Item Symbol Min. Max. Unit LED IF ma RF SSOP Form A C R/C R (AQY V) Continuous load IL A Continuous load IL. A Continuous load IL. A Continuous load IL. A Continuous load IL. A These products are not designed for automotive use. If you are considering to use these products for automotive applications, please contact your local Panasonic Corporation technical representative. REFERENCE DATA. Load vs. ambient temperature Allowable ambient temperature: to +8 C to +8 F. Load vs. Load 8. On resistance vs. ambient temperature LED : ma; Load : V (DC) Continuous load : ma (DC), ma (DC), ma (DC), 8mA (DC), Load, ma 7 Load, ma 6 On resistance, Ω Load, V Turn on time vs. ambient temperature LED : ma; Load : V (DC) Continuous load : ma (DC), ma (DC), ma (DC), 8mA (DC),.. Turn off time vs. ambient temperature LED : ma; Load : V (DC) Continuous load : ma (DC), ma (DC), ma (DC), 8mA (DC),. 6. LED operate vs. ambient temperature Load : V (DC) Continuous load : ma (DC), ma (DC), ma (DC), 8mA (DC), Turn on time, ms Turn off time, ms...., LED operate, ma, ASCTBE 7-T

4 RF SSOP Form A C R/C R (AQY V) 7. LED turn off vs. ambient temperature Load : V (DC) Continuous load : ma (DC), ma (DC), ma (DC), 8mA (DC), 8. LED dropout vs. ambient temperature LED : to ma 9. Current vs. of output at MOS portion.. LED turn off, ma, LED dropout, V ma ma ma ma ma Current, A..... Voltage, V Off state leakage vs. load -. Turn on time vs. LED forward Load : V (DC) Continuous load : ma (DC), ma (DC), ma (DC), 8mA (DC),. Turn off time vs. LED forward Load : V (DC) Continuous load : ma (DC), ma (DC), ma (DC), 8mA (DC),. Leakage, A , Turn on time, ms Turn off time, ms...., Load, V 6 LED forward, ma 6 LED forward, ma. capacitance vs. applied Frequency: MHz, mvrms. Isolation vs. frequency (Ω impedance). Insertion loss vs. frequency (Ω impedance) capacitance, pf Isolation, db 8 6, Frequency, Hz Insertion loss, db Frequency, Hz Applied, V ASCTBE 7-T

5