High Linearity Position Sensing Detector Part Number: S1-0248 Description: 1L60_SU34 The SiTek 1L60 PSD functions accor- dingtotheLateralEffectPhotodiodeprin- ciple. Itisananaloguedeviceandtherefore displays excellent position resolution. The resolution is determined by the system signal-to-noise ratio. The1L60isoperatedinthebiasedmode. Typicalapplicationsinclude:distanceand height measurement, alignment, position and motion measurements and vibration studies. Special UV- or YAG-enhanced and Nuclear versions
High Linearity Position Sensing Detector Part Number: S1-0248 Description: 1L60_SU34 The SiTek 1L60 PSD functions accor- dingtotheLateralEffectPhotodiodeprin- ciple. Itisananaloguedeviceandtherefore displays excellent position resolution. The resolution is determined by the system signal-to-noise ratio. The1L60isoperatedinthebiasedmode. Typicalapplicationsinclude:distanceand height measurement, alignment, position and motion measurements and vibration studies. Special UV- or YAG-enhanced and Nuclear versions
S L 60 0 Freigegeben am" 64: "head_drawingnr S L 60 0 Zeichnungsnummer" 65: "head_revision S L 60 0 Revision" 66: "head_format S L 60 0 Plangrösse" 67: "head_scale S L 60 0 Massstab" 68: "head_revision1_index
200 N X Vcc 16 -175 475 300 D 60 60 1 1 B X EN/VCCB 4 -50 475 350 D 60 60 1 1 I X A+ 3 350 -100 300 L 60 60 1 1 O I X B- 5 350 -100 300 L 60 60 2 1 O I X C- 11 350 -100 300 L 60 60 3 1 O I X D- 13 350 -100 300 L 60 60 4 1 O I X A+ 6 350 100 350 L 60 60 2 1 O X A+ 14 350 100 350 L 60 60 4 1 O X A+ 10 350 100 350 L 60 60 3 1 O X A+ 2 350 100 350 L 60 60 1 1 O X BIN 9 -550 0 300 R 60 60 3 1 I X BIN 15 -550 0 300 R 60 60 4 1 I X BIN 7 -550 0 300 R 60 60 2 1 I X BIN 1 -550 0 300 R 60 60 1 1 I X GND 8 -175 -475 300 U
200 N X Vcc 16 -175 475 300 D 60 60 1 1 B X EN/VCCB 4 -50 475 350 D 60 60 1 1 I X A+ 3 350 -100 300 L 60 60 1 1 O I X B- 5 350 -100 300 L 60 60 2 1 O I X C- 11 350 -100 300 L 60 60 3 1 O I X D- 13 350 -100 300 L 60 60 4 1 O I X A+ 6 350 100 350 L 60 60 2 1 O X A+ 14 350 100 350 L 60 60 4 1 O X A+ 10 350 100 350 L 60 60 3 1 O X A+ 2 350 100 350 L 60 60 1 1 O X BIN 9 -550 0 300 R 60 60 3 1 I X BIN 15 -550 0 300 R 60 60 4 1 I X BIN 7 -550 0 300 R 60 60 2 1 I X BIN 1 -550 0 300 R 60 60 1 1 I X GND 8 -175 -475 300 U
A ST STD12N05L 50 0.15 12 45 D-PAK 2SK2231 A ST STD12N06 60 0.15 12 45 D-PAK 2SK2231 A ST STD12N06L 60 0.15 12 45 D-PAK 2SK2231 A ST STD12N10L 100 0.16 12 D-PAK ST STD12NE06 60 0.12 12 DPAK 2SK2782 A ST STD12NE06L 60 0.12 12 DPAK 2SK2782 A ST STD16NE06 60 0.085 16 DPAK 2SK2782 A ST STD16NE06L 60 0.085
A ST STD12N05L 50 0.15 12 45 D-PAK 2SK2231 A ST STD12N06 60 0.15 12 45 D-PAK 2SK2231 A ST STD12N06L 60 0.15 12 45 D-PAK 2SK2231 A ST STD12N10L 100 0.16 12 D-PAK ST STD12NE06 60 0.12 12 DPAK 2SK2782 A ST STD12NE06L 60 0.12 12 DPAK 2SK2782 A ST STD16NE06 60 0.085 16 DPAK 2SK2782 A ST STD16NE06L 60 0.085
0.073 K/W p e 120 m 120 m T T 100 k 100 k t Conduction Period t 80 Conduction Period a a H 80 H l l 60 30° a 60 30° a w 60° w 40 60° l 90° l 90° A 40 120° A 20 120° u 180° DC u 180° DC i 20 i 0 x 0 200 400 600 800 1000 1200 x 0 200 400 600 800 1000 M M Average Forward Current (A) Average Forward Current
Controller mit linearem Adressraum (nicht AVR): static const char rechteck[] = "P50,30 C255,128,20 r60 d40 l60 u40"; cmd_parse(&rechteck[0]); Obiger Code ist zwar auch auf einem AVR-Mikrocontroller ausführbar wenn die Source für NICHT-AVR verwendet wird, hat aber den Nachteil, dass trotz der Angabe von static
400V 4 L810 1 SM PS-RESONANT_PFC 10R 2 +24V 6 4 2u7_RESONANT 1 INV.IN VREF 16 5 R 7 R 2 6 STPS_3P_10L60CFP D V u 5 V u 5 2 5 9 D831 R897 SW _OFF 4 9 2 9 2 T 8 TR804 6 11 Q816 S 3 0 8u 3 0 8 +24V 8 M N1 N2 47k 2 N.I.IN +VI 15 0u 8 R R B D 1 G00137D 6 Q813 9 8 1 5C0 9 1 C 3 R 1 C802 53 C C836 8 C896 M TP6N60E
L L L L L L L 1 Dark L L L L H L L L L L L L L L L L L L L 2 Gray : : : L3… Scale of ↑ Red ↓ : : : L60 Light H H H H L H L L L L L L L L L L L L L61 H H H H H L L L L L L L L L L L L L L62 Red H H H H H H L L L L L L L L L L L L Red L63 Black L L L L L L L L L L L L L L L L L L L 0 L L L L L L L L L
W 40,0 mm 408,0 mm HNS L 55 W 2G11 55,00 W 101 V 101,00 V 0,55 A 0,55 A 17 W 40,0 mm 533,0 mm HNS L 60 W 2G11 60,00 W 82,0 V 82,00 V 0,8 A 0,8 A 19 W 40,0 mm 408,0 mm HNS L 95 W 2G11 95,00 W 115 V 115,00 V 0,8 A 0,8 A 27 W 40,0 mm 533,0 mm HNS 11,00 W 33,0 V 33,00 V 0,41 A 0,41 A 2.5 W 16,0 mm 212,0
TCST230. Vishay Telefunken 100.0 110 ) VCE=5V t 100 0 A=1mm ( e 90 t u a C 80 r 10.0 o 70 s e s a l 60 T C 50 n v r a 40 u 1.0 e – R 30 R e 20 T C C I 10 0.1 0 0.1 1.0 10.0 100.0 –0.5–0.4–0.3–0.2–0.1–0.0 0.1 0.2 0.3 0.4 0.5 96 12068 I – Forward Current ( mA ) 96 12005 s – Displacement ( mm ) F Figure
j25C, - 9 - ns Rise time tr V CC=400V,I =CA, - 6 - V GE=0/15V,r =G3, Turn-off delay time td(off) L=60nH,C =4pF - 130 - Fall time tf - 58 - Turn-on energy E L, C from Fig. E - 0.09 - mJ on Energy losses include Turn-off energy Eoff “tail” and diode reverse - 0.11 - recovery. Total switching energy
Empfängerempfindlichkeit a) bei Generatorspeisung typ 0,7 µV b) mit Antenne bei ungestörtem Empfang < 25 µV/m Antenne: l=60mm, d=10mm, C=2,2nF Ausgangsstrom open collector npn < 2 mA max. Ausgangsspannung 30 V Ausgangspegel bei 100% 77,5kHz-Träger < 0,4 V Ausgangspegel bei 25% 77,5kHz-Träger Ausgangsspannung U B Ausgangsimpulsbreite
RATING o i m a p T r l t 100 B u i a M b C e )B m ° P I( A ) 80 Kxxx0G i n l T i e a ( e u w e C l 60 Kxxx0S R A Kxxx0E m u i 40 Kxxx2G a M 25 20 0.0 0.2 0.4 0.6 0.8 1.0 1 20 30 40 50 60 70 80 90 100 110 120 130 RMS On-State Current [I T(RMS)-Amps JunctionTemperature (T ) -J °C Figure 11: Dynamic Holding
Reverse Voltage VR(RMS) 35 70 140 280 420 560 700 V Maximum Average Rectified Forward Current 22 (L= 60 °C , 1/8" Lead Lengths) IF(AV) A (Halfwave, single phase , 60Hz peak) 6 (Ta = 60 °C , P.C. Board mounting) Maximum Non-Repetitive Peak Forward Surge Current IFSM 400 (for 1 cycle) A (surge applied
ISINK= 2.5mA l 110 220 mV VOH Output Voltage Swing (High) (Note 6) No Load l 3.5 20 mV I = 0.5mA l 60 120 mV SOURCE ISOURCE= 2.5mA l 170 350 mV ISC Short-Circuit Current V S 5V l ±5 ±15 mA V = 3V l ±5 ±15 mA S IS Supply Current per Amplifier l 2.4 3.0 mA GBW Gain-Bandwidth Product (Note 7) l 5.8 8.5
Ramp-up Rate (TLto TP) 3°C/second Maximum Time Maintained Above: - Temperature (TL) 217°C - Time (tL) 60 - 150 Seconds Peak Temperature (TP) 260°C Maximum for 10 Seconds Maximum Target Peak Temperature (TPTarget) 250°C +0/-5°C Time within 5°C of actual peak (tp) 20 - 40 seconds Ramp-down Rate 6°C/second
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