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frequency modulation using icl8038

Abstract: IC 8038 function generator 8038 ic pin diagram ICL8038 ICL8038 for frequency modulation operation of frequency modulation using icl8038 of ic 8038 8038CC CL 8038 8038 ic functional block diagram
Text: PACKAGE ORDER PART NUMBER 8038 CC 0°C to +70° C 50ppm/°C typ CERDIP ICL8038 CC JD 8038 BC 0°C to +70° C 100 ppm/°C max CERDIP ICL8038 BC JD 8038 AC 0°C to +70° C 50ppm/°C max CERDIP ICL8038 AC JD 8038 BM -55°Cto +125°C 100ppm/°C max CERDIP ICL8038 BM JD 8038 AM -55° C to +125°C 50ppm/°C max , ICL8038 Mrlëm TEST CONDITIONS PARAMETER Ra Rb . Rl Cl SW1 MEASURE Supply Current iokn iokn iokn 3.3nF , the external capacitoron Pin 10 can be shorted to ground to halt the 8038 oscillation. Figure S shows


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PDF 50ppm/Â 001Hz ICL8038 frequency modulation using icl8038 IC 8038 function generator 8038 ic pin diagram ICL8038 for frequency modulation operation of frequency modulation using icl8038 of ic 8038 8038CC CL 8038 8038 ic functional block diagram
PM 8038

Abstract: No abstract text available
Text: § 3.020 ± .100 [76.71 ± 2.54] C.L . of Reset .150 Mtn. [3.81] _> l .38 ± .020 . (9.65  , MODE 1 O F OPERATION Each bar graph scanned from both directions (bottom and top) C.L . CONNECTION , , Benzstresse 28, 8038 PuGhheim, W nt Germany P B G -1 2 2 0 5 Plasm a Panel Display DIMENSIONS PIN , , Ontario MIR 3E6 Europe: Date Electronics GmbH, Benzstraase 28, 8038 Puchheim, West Geimwty


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PDF PBG-12203 PSG-12201 PBG-12203 P8G-1220S PBG-1S101 PBG-12201 PM 8038
XO-54B

Abstract: No abstract text available
Text: millimeters] .225 Max CL — T o include probe and M u r e capacitance H OW TO ORDER X O -5 4 , GmbH. Benzstrasse 28, 8038 Puchheim, West Germany FREQ./MHz


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PDF XO-54B, XO-54B
XR2206 application notes

Abstract: XR-205 IC 8038 function generator Functional Generator, xr2209 XR-2208 XR-2206 CIRCUIT xr2206 application XR205 XR-2240 IC XR 2240
Text: -2207 XR-2209 XR- 8038 AN-01 AN-06 AN-14 AN-15 2 4 6 Quality Assurance Standards , 26V) 4 XR- 8038 Precision Waveform Generator The XR- 8038 is a precision waveform generator IC , (typ) 1000:1 1-99% 0.1% - XR- 8038 10 to 30 V Triangle square sine 1 50 (max) 0.1 (typ) 1000:1 2-98 , oscillators which provide sinusoidal output waveforms. These are the XR-205, XR-2206 and the XR- 8038 . All of , untrimmed distortion is about 5%; in the case of the XR-2206 and the XR- 8038 , untrimmed dis tortion is


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XR-205

Abstract: XR2206 monolithic function generator XR2206 pin details for function generator XR205 IC XR 2240 XR8038 XR-2240 intersil 8038 XR220 exar xr8038
Text: . XR-205 XR-2206 XR-2207 XR-2209 XR- 8038 AN-01 AN-06 AN-14 AN-15 Monolithic Waveform Generator , (10V to 26V ) 4 XR- 8038 Precision Waveform Generator T he X R - 8038 is a precision w aveform , -2209 8 XR- 8038 10 to 30 V Triangle square sine 1 to 26 V Triangle square 1 to 26 V , sinusoidal o u tp u t w aveform s. These are the X R -205, X R -2206 and the X R - 8038 . All o f these , , the untrim m ed distortion is ab out 5%; in the case o f the X R -2206 and the X R - 8038 , untrim m ed


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PDF D-4051 XR-205 XR2206 monolithic function generator XR2206 pin details for function generator XR205 IC XR 2240 XR8038 XR-2240 intersil 8038 XR220 exar xr8038
ICL8038BC

Abstract: ICL8038 applications
Text: 0.2 8038 AC, BC, CC 0°C to +70°C 250 180 8038 AM. BM -55°C to +125°C Sweep FM , 1.03 102 U i g 1-<" U I f£ Q 1 C l CL 3 1.00 0.99 S SUPPLY VOLTAGE (V


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PDF ICL8038 250ppm/Â ICL8038 001Hz 300kHz ICLS038 ICL8038BC ICL8038 applications
ne562

Abstract: frequency modulation using icl8038 ICL8038 8038CC icl8038 application 8038 ic pin diagram for fm ic 8038 APPLICATIONS ICL8038CCPD ICL8038BMJD 8038AC
Text: Linearity 10:1 Ratio Af/AT Frequency Drift With Temperature© 8038 AC, BC, CC 0°C to 70"C 8038 AM, BM, - 55 , .6kn SOkil 10k ii 10k il 10kii iokn 10kfi 10kli iokn 10kil Rl Cl 3.3nF 3.3nF 3.3nF 3.3nF


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PDF D010b3M ICL8038 ICL8038 300kHz ne562 frequency modulation using icl8038 8038CC icl8038 application 8038 ic pin diagram for fm ic 8038 APPLICATIONS ICL8038CCPD ICL8038BMJD 8038AC
TN0003

Abstract: No abstract text available
Text: Identification Table on p age 4. OPTIONS ORDER NUMBER Cl C2 C3 C7 GENERAL PHYSICAL SPECIFICATIONS · , designed to provide customers with improved yields over Cl . STANDARD PROBE (C l) Micron probes wafers at a , , resistance and trace length. SPEED PRO BE (C2) In addition to the testing performed at Standard Probe ( Cl , test and burn-in die product after it has been tested to Cl level. FUNCTIONAL SPECIFICATIONS Please , para metric specifications. The specifications are provided for reference only on Cl - and C2-level die


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2013 - Not Available

Abstract: No abstract text available
Text: in bank 200 MHz, CL = 5 pF Power Supply Ripple Rejection (PSRR) 156.25 MHz -72 312.5 MHz , Outputs (CLKoutAn/CLKoutAn*, CLKoutBn/CLKoutBn*) RL = 50 Ω to GND, CL ≤ 5 pF JitterADD_PCle , DUTY 8 400 RL = 50 Ω to GND, CL ≤ 5 pF 250 MHz, Uniform transmission line up to 10 in. with 50-Ω characteristic impedance, RL = 50 Ω to GND, CL ≤ 5 pF Specification is ensured by , 20 MHz (15) Vcco = 3.3 V, CL ≤ 5 pF 100 MHz, Input Slew rate ≥ 3 V/ns 95 fs


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PDF LMK00338 SNAS636 LMK00338 100MHz:
2013 - Not Available

Abstract: No abstract text available
Text: in bank 200 MHz, CL = 5 pF Power Supply Ripple Rejection (PSRR) 156.25 MHz -72 312.5 MHz , Outputs (CLKoutAn/CLKoutAn*, CLKoutBn/CLKoutBn*) RL = 50 Ω to GND, CL ≤ 5 pF JitterADD_PCle , DUTY 8 400 RL = 50 Ω to GND, CL ≤ 5 pF 250 MHz, Uniform transmission line up to 10 in. with 50-Ω characteristic impedance, RL = 50 Ω to GND, CL ≤ 5 pF Specification is ensured by , 20 MHz (15) Vcco = 3.3 V, CL ≤ 5 pF 100 MHz, Input Slew rate ≥ 3 V/ns 95 fs


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PDF LMK00338 SNAS636 LMK00338 100MHz:
2013 - Not Available

Abstract: No abstract text available
Text: in bank 200 MHz, CL = 5 pF Power Supply Ripple Rejection (PSRR) 156.25 MHz -72 312.5 MHz , Outputs (CLKoutAn/CLKoutAn*, CLKoutBn/CLKoutBn*) RL = 50 Ω to GND, CL ≤ 5 pF JitterADD_PCle , DUTY 8 400 RL = 50 Ω to GND, CL ≤ 5 pF 250 MHz, Uniform transmission line up to 10 in. with 50-Ω characteristic impedance, RL = 50 Ω to GND, CL ≤ 5 pF Specification is ensured by , 20 MHz (15) Vcco = 3.3 V, CL ≤ 5 pF 100 MHz, Input Slew rate ≥ 3 V/ns 95 fs


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PDF LMK00338 SNAS636 LMK00338 100MHz:
ZB500

Abstract: CI 74LS148 Z8500 68000
Text: ¿ 8038 FIFO Input/Output Interface Unit (F10) 9 and the Z8530 Serial Communications Controller (5CC). , CL is deselected when Read or Write occurs. Zitog' s 4 MHz Z8500 peripherals to an 8 MHz 68000 , /C3 /C2 / Cl /CO /CYC NC /DTK /RD /WR /ACK VCC PAL DESIGN SPECIFICATION CO C1 != /co«/TEsr , *AS«C0*C1 /RESET*AS«C3 /RESET*AS*CO* Cl *C2 /RESET*/ACK*CYC*C3*/C2*/CI* C0*CS /RESET* ACK*CYC*C3#/C2* C1


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PDF Z8500 Z8536 Z8530 Z8500/68000 ZB500 CI 74LS148 Z8500 68000
Sprague 32D

Abstract: SPRAGUE 622d 5033R C312C 708D1 704C1
Text: 8038 E K H * 545 1D 4 -3 D 4 M ID W ES T C O M P O N E N T S 2322 644,2322 645 623,6 27 , /C L17/C L18 348,214 3296 P BOURNS C T -9 P *,8 0 2 4 EK P 552 CL KEYSTO N E , LE 8038 E K Z * 542 32MM W ES C O 708A1 411 CM T M A LLO R Y 40YW 352 15Q TX D A LE 8038 EK R 542 32PC W ES C O 70 8 G 1 N/A CN50 ANGSTROM 5025A , ,5 1 5 XTV M A LLO R Y 43XW / CL R 1 7 348,228 TAC M A LLO R Y 40M S 359 X


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PDF -C440 -22G0 708D1 ERZ-C05DK47Q. S05K30L Sprague 32D SPRAGUE 622d 5033R C312C 708D1 704C1
2002 - Not Available

Abstract: No abstract text available
Text: ) tPW (SIR) 1 4.0 µs θ ≤ 15°, CL = 12 pF[5] RXD Pulse Width (MIR) tPW(MIR) 100 500 ns θ ≤ 15°, CL = 12 pF 6] RXD Pulse Width (FIR) tPW(FIR) 80 165 ns θ ≤ 15°, CL = 12 pF[7] RXD Rise and Fall Times tr, tf 25 ns CL =12 pF Receiver Latency Time tL 10 150 µs Receiver Wake , 8.038 18.475 8.574 19.630 9.110 APERTURE HEIGHT (Y) vs. MODULE DEPTH 25 APERTURE HEIGHT (Y) â


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PDF HSDL-3603 HSDL-3603 IEC825Class 5988-7926EN
2002 - 16 X 2 lcd 16166 R1

Abstract: 16166 R2 LCD 5988-7926EN "infrared led" 800 nm 980 nm FDC37C957 PC97338VJG PC87309VLJ HSDL-3603-007 HSDL-3603 FDC37C669FR
Text: µW/cm2 RXD Pulse Width (SIR) tPW (SIR) 1 4.0 µs 15°, CL = 12 pF[5] RXD Pulse Width (MIR) tPW(MIR) 100 500 ns 15°, CL = 12 pF 6] RXD Pulse Width (FIR) tPW(FIR) 80 165 ns 15°, CL = 12 pF[7] RXD Rise and Fall Times tr, tf 25 ns CL =12 pF Receiver Latency Time tL 10 150 µs , 13.856 6.431 15.011 6.967 16.166 7.503 17.321 8.038 18.475 8.574 19.630 9.110 APERTURE


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PDF HSDL-3603 HSDL-3603 IEC825Class 5988-7926EN 16 X 2 lcd 16166 R1 16166 R2 LCD 5988-7926EN "infrared led" 800 nm 980 nm FDC37C957 PC97338VJG PC87309VLJ HSDL-3603-007 FDC37C669FR
frequency modulation using icl8038

Abstract: IC 8038 function generator icl8038 HA2800 ne562 ICL8038 for frequency modulation sawtooth wave op amp application 8038AM ICL8038AMJD precision Sine 1khz Wave Generator
Text: Frequency Drift With Temperature*5) 8038 AM, BM, -55°Cto 125°C 350 250 ppm/°C Af/AV Frequency Drift , Products ICL8038 TEST CONDITIONS Parameter RA RB rl Cl SW1 Measure Supply Current 10kiï iokn iokn


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PDF ICL8038 250ppm/Â 001Hz 300kHz ICL8038 ICL8038. frequency modulation using icl8038 IC 8038 function generator HA2800 ne562 ICL8038 for frequency modulation sawtooth wave op amp application 8038AM ICL8038AMJD precision Sine 1khz Wave Generator
frequency modulation using icl8038

Abstract: NE562 IC 8038 function generator intersil 8038 ICLS03S operation of frequency modulation using icl8038 ICL8038 function generator HA2800 variable dutycycle square wave generator circuit intersil icl8038
Text: Ranged) A f/A T Af/A V FM Linearity 10:1 Ratio Frequency Drift With Temperature(S) 8038 AM, BM, -5 5 °C , 0 kil 1 0 kil 4 .7 kil 10kil 10kn 10kil 10kft rl Cl 3.3nF 3.3nF 3.3nF 3.3nF 3.3nF 3.3nF 3.3nF


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PDF ICL8038 ICL8038 300kHz ICL8038. frequency modulation using icl8038 NE562 IC 8038 function generator intersil 8038 ICLS03S operation of frequency modulation using icl8038 ICL8038 function generator HA2800 variable dutycycle square wave generator circuit intersil icl8038
2006 - PC87309VLJ

Abstract: lexan 500 ULTRA VIOLET LED PC97338VJG AN1114 HSDL-3603 HSDL-3603-007 HSDL-3603-207 HSDL-3603-208
Text: VOL 0 0.4 V IOL = 200 µA, EI 3.6 µW/cm2 RXD Pulse Width (SIR) tPW (SIR) 1 4.0 µs 15°, CL = 12 pF[5] RXD Pulse Width (MIR) tPW(MIR) 100 500 ns 15°, CL = 12 pF 6] RXD Pulse Width (FIR) tPW(FIR) 80 165 ns 15°, CL = 12 pF[7] RXD Rise and Fall Times tr, tf 25 ns CL =12 pF , 6.967 16.166 7.503 17.321 8.038 18.475 8.574 19.630 9.110 APERTURE HEIGHT (Y) vs. MODULE


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PDF HSDL-3603 HSDL-3603 IEC825-Class 5988-7926EN 5988-8659EN PC87309VLJ lexan 500 ULTRA VIOLET LED PC97338VJG AN1114 HSDL-3603-007 HSDL-3603-207 HSDL-3603-208
2002 - 16166 R2

Abstract: HSDL3602 HSDL-3602 HSDL-3602-007 HSDL-3602-037 PC87109 PC87308VUL maximum distance between IR TX and RX EI-40 b
Text: tpw (SIR) 1 4.0 µs 1/2 15°[10] , CL = 10 pF Receiver MIR Pulse Width tpw (MIR) 100 500 ns 1/2 15°[11] , CL = 10 pF Receiver FIR Pulse Width tpw (FIR) 85 165 ns 1/2 15°[12] , CL = 10 pF, VCC = 3 to 3.6 V 190 ns 1/2 15°[12] , CL = 10 pF, VCC = 2.7 V Receiver ASK Pulse Width tpw (ASK , 16.166 7.503 17.321 8.038 18.475 8.574 19.630 9.110 APERTURE HEIGHT (Y) vs MODULE DEPTH 25


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PDF HSDL-3602 HSDL-3602 IEC825-Class 5988-5836EN 5988-8422EN 16166 R2 HSDL3602 HSDL-3602-007 HSDL-3602-037 PC87109 PC87308VUL maximum distance between IR TX and RX EI-40 b
2007 - 2 pin ir led receiver

Abstract: infrared transmitter receiver 555 2/2 infrared transmitter receiver 555 ASK-1 infrared receiver led 2 pin ASK transmitter and receiver pair PC87109 ir receiver smd diode 2 pin ir transmitter led 2 pin SMD IC TL 431
Text: Receiver SIR Pulse Width tpw (SIR) 1 4.0 µs 1/2 15°[10], CL = 10 pF Receiver MIR Pulse Width tpw (MIR) 100 500 ns 1/2 15°[11], CL = 10 pF Receiver FIR Pulse Width tpw (FIR) 85 165 ns 1/2 15°[12], CL = 10 pF, VCC = 3 to 3.6 V 190 ns 1/2 15°[12], CL = 10 pF, VCC = 2.7 V Receiver , 5.359 12.702 5.895 13.856 6.431 15.011 6.967 16.166 7.503 17.321 8.038 18.475 8.574 19.630


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PDF HSDL-3602 HSDL-3602 IEC825-Class 2 pin ir led receiver infrared transmitter receiver 555 2/2 infrared transmitter receiver 555 ASK-1 infrared receiver led 2 pin ASK transmitter and receiver pair PC87109 ir receiver smd diode 2 pin ir transmitter led 2 pin SMD IC TL 431
2003 - pc87391

Abstract: 20 047 txd rxd PC97338VJG PC87309VLJ HSDL-3603-208 HSDL-3603-207 HSDL-3603-007 HSDL-3603 AN1114 ULTRA VIOLET LED
Text: µW/cm2 RXD Pulse Width (SIR) tPW (SIR) 1 4.0 µs 15°, CL = 12 pF[5] RXD Pulse Width (MIR) tPW(MIR) 100 500 ns 15°, CL = 12 pF 6] RXD Pulse Width (FIR) tPW(FIR) 80 165 ns 15°, CL = 12 pF[7] RXD Rise and Fall Times tr, tf 25 ns CL =12 pF Receiver Latency Time tL 10 150 µs , 17.321 8.038 18.475 8.574 19.630 9.110 APERTURE HEIGHT (Y) vs. MODULE DEPTH 25 APERTURE


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PDF HSDL-3603 HSDL-3603 IEC825-Class 5988-7926EN 5988-8659EN pc87391 20 047 txd rxd PC97338VJG PC87309VLJ HSDL-3603-208 HSDL-3603-207 HSDL-3603-007 AN1114 ULTRA VIOLET LED
HYPERTAC Hpc connector

Abstract: HYPERTAC PIN hpd hypertac e hypertac hph HYPERTAC lh 5xxxf hypertac ks hypertac hpd hypertac connector insertion tools
Text: lJ I X B5 100.XXX.FS. 1c.O ' r _ , [h Cl . < T 8 lx y X o 1 ! Cl c CL 0 ~L Z 8> ' >f c "U C , “ * N o direct equivalent in BS 9525 N 001 , ~) o_ ~ T CD B558 □ H — 1 c r CD c L 0_ 0 c in c CL 0 $ _> o , on c r o O a > n O O c CL CD CL G_ CD on n ’ CD on _c c 0 ) o > C D jC O C E U) ~ xO C n N> _ U“l Cl Cl 4 N O o B-j (D O


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PDF Gfe23 7349I55 HYPERTAC Hpc connector HYPERTAC PIN hpd hypertac e hypertac hph HYPERTAC lh 5xxxf hypertac ks hypertac hpd hypertac connector insertion tools
2002 - EN60825-1

Abstract: HSDL3602 HSDL-3602 HSDL-3602-007 HSDL-3602-017 PC87109 ASK transmitter and receiver pair 125 KHz
Text: 1/2 15°[10] , CL = 10 pF Receiver MIR Pulse Width tpw (MIR) 100 500 ns 1/2 15°[11] , CL = 10 pF Receiver FIR Pulse Width tpw (FIR) 85 165 ns 1/2 15°[12] , CL = 10 pF, VCC = 3 to 3.6 V 190 ns 1/2 15°[12] , CL = 10 pF, VCC = 2.7 V Receiver ASK Pulse Width tpw (ASK) 1 µs 500 kHz , 16.166 7.503 17.321 8.038 18.475 8.574 19.630 9.110 APERTURE HEIGHT (Y) vs MODULE DEPTH 25


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PDF HSDL-3602 HSDL-3602 IEC825-Class 5988-5836EN EN60825-1 HSDL3602 HSDL-3602-007 HSDL-3602-017 PC87109 ASK transmitter and receiver pair 125 KHz
2007 - HSDL3602

Abstract: HSDL-3602 HSDL-3602-007 HSDL-3602-008 HSDL-3602-037 HSDL-3602-038 3602
Text: °[10], CL = 10 pF Receiver MIR Pulse Width tpw (MIR) 100 500 ns 1/2 15°[11], CL = 10 pF Receiver FIR Pulse Width tpw (FIR) 85 165 ns 1/2 15°[12], CL = 10 pF, VCC = 3 to 3.6 V 190 ns 1/2 15°[12], CL = 10 pF, VCC = 2.7 V Receiver ASK Pulse Width tpw (ASK) 1 µs 500 kHz/50% duty , 11.547 5.359 12.702 5.895 13.856 6.431 15.011 6.967 16.166 7.503 17.321 8.038 18.475 8.574


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PDF HSDL-3602 HSDL-3602 IEC825-Class HSDL3602 HSDL-3602-007 HSDL-3602-008 HSDL-3602-037 HSDL-3602-038 3602
2006 - 16166 R2

Abstract: PC87109 HSDL-3602-038 HSDL-3602-037 HSDL-3602-008 HSDL-3602-007 HSDL-3602 HSDL3602 SMD IC TL 431 infrared transmitter receiver 555 2/2
Text: °[10], CL = 10 pF Receiver MIR Pulse Width tpw (MIR) 100 500 ns 1/2 15°[11], CL = 10 pF Receiver FIR Pulse Width tpw (FIR) 85 165 ns 1/2 15°[12], CL = 10 pF, VCC = 3 to 3.6 V 190 ns 1/2 15°[12], CL = 10 pF, VCC = 2.7 V Receiver ASK Pulse Width tpw (ASK) 1 µs 500 kHz/50% duty , 5.359 12.702 5.895 13.856 6.431 15.011 6.967 16.166 7.503 17.321 8.038 18.475 8.574 19.630


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PDF HSDL-3602 HSDL-3602 IEC825-Class 5988-9347EN 16166 R2 PC87109 HSDL-3602-038 HSDL-3602-037 HSDL-3602-008 HSDL-3602-007 HSDL3602 SMD IC TL 431 infrared transmitter receiver 555 2/2
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