0 9 8 7 6 5 4 3 G G I I S S C S C S D I G I I I P P O D I I O C O E U O P O D D I I _ 3 O O R S R L M _ I _ 2 1 O O V 0 1 E _ E _ P V O V 1 0 S _ _ U _ S 0 D 0 7 S V V A P S 6 D 5 S D R R 4 4 S D T C 2 2 49 Y0 32 GPIO03 50 IO_VDD5 31 IO_VSS3 51 GPIO11 30 TEST 52 Y1 29 SNAP_ 53 GPIO12 28 EA_ 54 Y2 27
2 Cursor / Display 0 0 0 0 0 1 S/C R/L * * Moves the Cursor and shifts the di40µsy 10 D3 H / L Datenleitung 3 Shift without changing DD RAM contents. 11 D4 H / L Datenleitung 4 Sets interface data length (DL) number Function Set 0 0 0 0 1 DL N F * * of displaylines (L) and character 40µs 12 D5 H / L Datenleitung 5 (F). 13 D6 H / L Datenleitung 6 CG RAM Address Sets the CG RAM address. CG RAM 14 D7 H / L Datenleitung 7 (MSB) Set 0 0 0 1 ACG data is sent and received
3.0 4.0 Topt=80˚C 2.5 A A Topt=80˚C ( 25˚C ( 3.0 s 2.0 s t t 25˚C e –30˚C e u 1.5 u 2.0 C C –30˚C l 1.0 l p p u u 1.0 S 0.5 S 0.0 0.0 0 1 2 3 4 5 6 7 8 9 10 0 1 2 3 4 5 6 7 8 9 10 Input Voltage V(V) Input Voltage V(V) R 5VL45C 3.0 Topt=80˚C 2.5 A ( s 2.0 25˚C t e –30˚C u 1.5 C l 1.0 p u S 0.5 0.0 0
3.0 4.0 Topt=80˚C 2.5 A A Topt=80˚C ( 25˚C ( 3.0 s 2.0 s t t 25˚C e –30˚C e u 1.5 u 2.0 C C –30˚C l 1.0 l p p u u 1.0 S 0.5 S 0.0 0.0 0 1 2 3 4 5 6 7 8 9 10 0 1 2 3 4 5 6 7 8 9 10 Input Voltage V(V) Input Voltage V(V) R 5VL45C 3.0 Topt=80˚C 2.5 A ( s 2.0 25˚C t e –30˚C u 1.5 C l 1.0 p u S 0.5 0.0 0
lungsfaktors Aus der Spannungsteilerregel folgt ferner 1 1 + jωR CCL v2= v t und va= v t 1 + jω(RA+R )C L 1 + jω(RA+R )C L Zur Kompensation 19des Terms 1 + jω(RA+ R )C iL Nenner ist C ≈ RA +R C C C R 2 L zu wa¨len – ein gro¨erer Wert wur¨e zu einer unnot¨gen Verzog¨rung der An- stiegsflanke am Ausgang f¨hren. Fu¨ C L = 2µF, R A = 35Ω, R C = 20Ω und R 2= 10kΩ fuh¨t dies auf die Forderung C C ≈ 10nF. Abbildung 6.51 zeigt das Einschwingverhalten eines entsprechenden Umkehrverst¨rkers – simuliert mit dem Makromodell
D20 to D25 INV INV Input DCK HCK HCK DE HSP HSP CM DLP STB OSEL POC PC POL BA OEN HOE VCC VCSEL R/L INVSE AP HDRSE Note2 H driver PCI PCSE PANS DSE VCK VCK CKS VSP VSP HOEPW VOE VOE d Controller R/L d h XDON n a Note1 SEL A C MODE V driver VCC U R D L VDD Y X Y X Input VGON VGOFF Touch panel Backlight Note1 : Refer to the controller (Part No: S1L50282F23k100) specifications for input timings. Note2: Connect “AP” to VCC, when the controller (part no.: S1L50282F23k100) is used. DATA SHEET DOD-PD-0401 (4th edition) 6 NL2432HC22-22B FPC I/F PinNo
D20 to D25 INV INV Input DCK HCK HCK DE HSP HSP CM DLP STB OSEL POC PC POL BA OEN HOE VCC VCSEL R/L INVSE AP HDRSE Note2 H driver PCI PCSE PANS DSE VCK VCK CKS VSP VSP HOEPW VOE VOE d Controller R/L d h XDON n a Note1 SEL A C MODE V driver VCC U R D L VDD Y X Y X Input VGON VGOFF Touch panel Backlight Note1 : Refer to the controller (Part No: S1L50282F23k100) specifications for input timings. Note2: Connect “AP” to VCC, when the controller (part no.: S1L50282F23k100) is used. DATA SHEET DOD-PD-0401 (4th edition) 6 NL2432HC22-22B FPC I/F PinNo
5V_J-LINK 3 4 3 VI VO 2 K DCMI_D6 R-T V D C / +5V_EXT 1 2 FSMD110 Y NA DCMI_D7 BH20S 3.3V BL_PWR C52 + C53 SC 1 + F 1 2 3 GND/1DJ 4 5 0 3 TC SE 2 0 HN2x5(1-2:Close) C C C R2 C C 0 T n 0 + + 100R/1% + + T 10 VLED A 0 S 1 PWR C6 C7 E D R101 / 1 V 5 YDJ-1136 D F 5 D 5 L X NA R104 9 V FB T 0 8 T 8 1uF 100nF _
, n r A B C e D t m l t t t n h i e . d h s h i d e l e c E y wt ö s . n e d cr l r a o e m r re a e h t e s e 6 e vs iuz u m d s o 6 e id w h n f ü e , s rg r r f I f r n e nu d p ü e e w s m F rh o e n r e a n l c i nr
14 Pol. 6,0 12 POLol. 9,0 14 POL 9,0 6, 4,5 3,0 3,0 0,8 3 0,8 7 B C 3 , G 3 H G 3 7 C 3 JH J M F 0 L D 5 8 0 B K M F E 0 0 K N O E , , A E 0 0 A L D 5 8 3 A L D 5 8 7 A L D 5 8 KJ M F N O E 0 0 7 3 , H 3 KJ M F 0 B C 0 B C 5 G 5 H G 0,8 0,8 3,0 3,0 6,0 4,5 9 , 9,0 6,0 *ContactorderforDINEN130-9 Amphenol
Sequence External ROM LED Sequence 1:(0)“ ” LED 1: (0)“ ” LED 2: (7) “L + CLASSIC” LED 2: (7) “L + CLASSIC” LED 3: (0) “/ ” LED 3: (0) ““/ ” LED 4: (6) “L + MODERN” LED 4: (6) “L + MODERN” LED 5: (1) “MODERN” LED 5: (1) “MODERN” LED 6: (8) “L + RECORDER” LED 6: (8) “L + RECORDER” LED 7: (1) “MODERN” LED 7: (1) “MODERN” LED 8: (3) “RECORDER” LED 8: (3) “RECORDER” LED 9: (5) “L” LED 9: (5) “L” LED 10: (5) “L” LED 10: (5) “L” LED 4. BUTTON check Press “TONE/SETTING
4 RS H / L Register Select 5 R/W H / L H: Read / L: Write 5 R/W H / L H: Read / L: Write 6 E H Enable 7 D0 H / L Datenleitung 0 (LSB) 6 E H Enable 7 D0 H / L Datenleitung 0 (LSB) 8 D1 H / L Datenleitung 1 9 D2 H / L Datenleitung 2 8 D1 H / L Datenleitung 1 10 D3 H / L Datenleitung 3 9 D2 H / L Datenleitung 2 11 D4 H / L Datenleitung 4 10 D3 H / L Datenleitung 3 12 D5 H / L Datenleitung 5 11 D4 H / L Datenleitung
4 RS H / L Register Select 5 R/W H / L H: Read / L: Write 5 R/W H / L H: Read / L: Write 6 E H Enable 7 D0 H / L Datenleitung 0 (LSB) 6 E H Enable 7 D0 H / L Datenleitung 0 (LSB) 8 D1 H / L Datenleitung 1 9 D2 H / L Datenleitung 2 8 D1 H / L Datenleitung 1 10 D3 H / L Datenleitung 3 9 D2 H / L Datenleitung 2 11 D4 H / L Datenleitung 4 10 D3 H / L Datenleitung 3 12 D5 H / L Datenleitung 5 11 D4 H / L Datenleitung
47n 0,1u/50V A 44 14 15 18 19 37 38 6 16 5 20 32 34 33 46 41 42 PROZESSOR-PLATTE CR40142 CC40142 I S L C Y P L Q A M P P L R 30 ST-AUX1 PROCESSINGBOARD STL 4 47 O _ _ N N _ _ B S S E L L S S _ _ SC1_OUT_R CR40132 CC40131 PLAQUECALCULATEUR 1 INTERC CC40144 ANA_IN1+ N D D _ I I N V R E A A H V _ _ 31 3
OSD62x-PM
9mm X 14mm BGA 0.5mm Pitch
Application Cores
Arm Cortex-A53
Arm Cortex-A53
Arm Cortex-M4F
MCUS With FFI
PRU-ICSS
256KB TCM
512KB L2 with ECC
System Memory
64KB OCRAM with ECC
GPMC
DDR4/LPDDR4 with inline ECC (16b)
3x MMCSD
General Connectivity (main domain)
2
Applications Figure 10-1. Power Blinking Switch with f ≈ 2.7 Hz, Duty Cycle 1:1, Power Range 0.5 to 2.2 kW L 0.5 ... 2.2 kW 270 kΩ 100 nF/ VM= 230 V ~ 250 V ~ 18 kΩ/ 1.5 W 56 Ω 82 Ω N 8 7 6 5 T2117 1 2 3 4 150 kΩ 110 kΩ 47 µF/ 16V 0.47 µF/ 10 V 9 4768B–INDCO–10/05 Figure 10-2. Power Switch L R L Load 270 kΩ
detection which can be influenced by the synchronous resis- tance, R , (see Figure 5-2 on page 5). sync 2 ⎛L × VM ⎞ tp = ω-arc. si⎝-P 2---⎠--------- where L = Latching current of the triac VM = Mains supply, effective P = Load power The total current consumption is influenced by the firing pulse width which
..........10 mAcations Operating Temperature, • Automotive systems • Power conversion Ambient, T , L range .....................–40 to 150ºCtrial systems • Battery monitors A Ambient, TA, S range .......................–20 to 85ºC Maximum Junction, TJ(max)............................165°C Maximum Storage
from –40⋅C to 85⋅C. 1 D 1 4 2 2 N 2 1 2 G FUNCTION TABLE (each buffer/driver) INPUTS OUTPUT OE A Y L H H L L L H X Z Please be aware that an important notice concerning availability, standard warranty, and use in critical applications of Texas Instruments semiconductor products and disclaimers thereto
trol unit is gained from the remaining phase angle (α minoperation). Figure 3-1. Two-wire Circuit L Control N Figure 3-2. Three-wire Circuit L Control N For three-wire switch systems, two operational modes are possible: – Zero voltage switch operation for triac control – Static operation for relay
effect selected by L1. If the leading effect of L1 is in small letter, Each line will use its own leading effect and display one by one and from top to bottom. 6 4.2.2.4 <MX> Denotes the Display method while waiting & effect
Interface Control Signal Bus D7 D6 D5 D4 D3 D2 D1 D0 E R/W# CS# D/C# RES# Interface (RD#) (WR#) SPI4 L NC SDin SCLK L L CS# D/C# RES# 8-bit 8080 D [7:0] RD# WR# CS# D/C# RES# SPI3 L NC SDin SCLK L L CS# L RES# 8-bit 6800 D [7:0] E R/W# CS# D/C# RES# Note (1) L is connected toSS (2) H is connected toDDIO
Voltage Figure 8. Total Supply Current vs. Supply Voltage 30 60 10 p p SIDE A, B p V S ⴞ15V p +B t l 0 o 25 50 o VS= ⴞ15V, ⴞ5V V – –10 E E A G G – T 20 40 T T20 L L E V V R V S ⴞ5V T T R30 SIDE B U 15 30 P C T T S40 –B U O I SIDE A O 10 20 L B E I U–50 D VS= ⴞ5V N P SIDE B E E –60 E 5 10 E SIDE A L
Voltage Figure 8. Total Supply Current vs. Supply Voltage 30 60 10 p p SIDE A, B p V S ⴞ15V p +B t l 0 o 25 50 o VS= ⴞ15V, ⴞ5V V – –10 E E A G G – T 20 40 T T20 L L E V V R V S ⴞ5V T T R30 SIDE B U 15 30 P C T T S40 –B U O I SIDE A O 10 20 L B E I U–50 D VS= ⴞ5V N P SIDE B E E –60 E 5 10 E SIDE A L
BENNING MM 7-2
AUTO
53.71
%
A-HOLD >1 Sec
HOLD
PEAK
REL A >1 Sec
EF-H/ EF-L
TRIGGER
MIN MAX
RANGE
VoltSense
Hz
TRUE RMS
OFF
AutoV
LOZ
MAX 600 mA FUSED
MAX 10 A FUSED
N
PE
L1
L2
L3
Nur für Prüfzwecke!
Only for test purpose!
1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 PD3 ) ) N K X A T A T R P D E C0 P A D G L E S L Q Q D D D D C ET C P S K D D D D E C E O V S U D E W W VA W T A H C S V I R I A A A A V ME L U C P P P P V ( N M / D N S 3R D H C I / C L E L L L L 3 AE S B A R 3 I I A T R S 2 P S FR D P S X D
edge of E signal. Table 7-2 : Control pins of 6800 interface Function E R/W# CS# D/C# Write command ↓ L L L Read status ↓ H L L Write data ↓ L L H Read data ↓ H L H Note (1) ↓ stands for falling edge of signal (2)H stands for HIGH in signal (3) L stands for LOW in signal In order to match the operating
H L H L Display data write L H H L H Register status read L H L H L Writes to internal register (instruction) 14 S6B1713 65 COM / 132 SEG DRIVER & CONTROLLER FOR STN LCD CS1B CS2 RS RW E DB Command Write
Sprocke: hole J $4"▯▯ ▯▯▯▯ʶ▯▯▯▯ ▯▯▯▯ʶ▯▯▯▯ ▯▯▯ʶ▯▯▯ ▯▯▯▯ʶ▯▯▯▯ ▯▯▯▯ʶ▯▯▯ ▯▯▯ʶ▯▯▯ E D C B2 B1 ܗঢ় G H J K L t1 NBSL t 1 G H $4"▯▯ K A ▯▯▯▯ʶ▯▯▯▯ ▯▯▯ʶ▯▯▯ П▯▯▯▯ʶ▯▯▯▯ ▯▯▯▯ʶ▯▯▯▯ П▯▯▯▯ʶ▯▯▯▯▯▯ҎԼ L F 20 ˙แྔɾแܗଶ▯ Packing quantity·Packing form S U α ܗɹɹɹଶ DA53ɿྔ DSAɿྔ %41 ▯ߴిѹDSPɿྔ %44 ▯ߴిѹDSSɿྔ G ồ Form DA53
Voltage: a P: +(Positive) PackageType M=SOT-23 e P=SOT-89 Output Voltage T=TO-92(Standard) b 30=3.0V L=TO-92(Custompinconfiguration) 50=5.0V DeviceOrientation TemperatureCoefficients: R=EmbossedTape c 0=±100ppm(typical) (StandardFeed) f L=EmbossedTape Output VoltageAccuracy: (ReverseFeed) H=Paper Tape
25°C TA= 25°C TA= 25°C VOUT= 5V V OUT= 3.3V TYPICAL )1000 m 90 VIN= 12V 90 VIN= 5V T ) ) I 800 ( ( L MINIMUM C V = 24V C VIN= 12V T N 80 IN N 80 E 600 C C VIN = 24V R I I C E E H 400 T 70 70 W S 200 D1 = MBRM140 D1 = MBRM140 60 L1 = Toko D53LCB 33H 60 L1 = Toko D53LCB 22H 0 100 200 300 400 500 600 0
C 4 m e R L L r m C C 4 - T p R D t t C V e 0 O S 2 E L 3 l n V n 3 / T W P 3 3 g t 2 2 o D G O f P T D1 R 1k : e r ul R R m F O F o 1 t a 1 t r 6 R e d r a ef R 0 0 0 n f < g n t n rn d 1 1 o s 2 i o u g t 2 R
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