HCD667x66 Table 1 Difference HCD667x66R HCD667x66 Pad arrangement Pad No. Pad Name Pad No. Pad Name 63 Vcc 63 Vcc 63 Vcc 63 Vcc 64 Vcc 64 Vcc 66 Vcc 66 Vcc 67 AVcc 67 Vcc 68 AVcc 68 Vcc 69 AVcc 69 Vcc 70 AVcc 70 Vcc 2 HD66766R Rev. 1.0-1 / September 2002 g HD66766R PAD Arrangement (Straight Output Arrangement) P 1 3 5 NO.1 3 5 7 9 1 1 1 NO.666 nChip size: 18.65mm×2.63mm MMMM MMMM C C C C C C C C nChip thickness: 400um (typ.) DUMMY1 DUMMY13 nPad coordinate: Pad center DUMMY2 COM107 n Coordinate origin: Chip center RESET1* COM109 CEP COM111 CEP COM113 n Au bump size
Elektrische Werte
Innenwiderstand (Ri) 63 Ohm
Schaltleistung 1200 VA, 240 W
Schaltspannung 250 V AC / 125 V DC
Schaltstrom 10 A
Spulenspannung 5 V DC
Sonstiges
Schutzart IP67
Temperatur, max. -40 ... +85 °C
1984 - 1996
Hergestellt in: Japan
Farbe: Goldfarbig, Seitenteile Palisander Holz
Leistungsverbrauch: max. 720 W, 160 W (ohne Signal)
Abmessungen (BxHxT): 507 x 264 x 512 mm
Gewicht: 63 Kg,( mit Verpackung 72 Kg )
assembly T p P -Temperature Min (Ts(min) 150°C Ramp-up Critical Zone TLtoPT Pre Heat -Temperature Max (T s(max) 200°C ) TL L -Time (min to max) (t) 60 – 180 secs ( s rs(max) Average ramp up rate (LiquidusTemp (T ) a A 3°C/second max eT Ramp-down to peak ms(min) t T Preheat T S(max)T A Ramp-up Rate 3°C/second max Reflow -Temperature (TA) (Liquidus) 217°C 25˚C -Time (min to max) (t) 60 – 150 seconds t 25˚C to Peak s Time (t) PeakTemperature (T P) 260+0/-°C Time within 5°C of actual peak 20 – 40 seconds Temperature
65,00 EUR
2,99 %
-2,00 in den letzten 6 Monaten
31. Juli, 17:35 MESZ
1 T. 5 T. 1 M. 6 M. YTD 1 J. 5 J. Max.
70
65,00 EUR Fr., 31. Juli
65
60
55
50
45
März 2026 Apr. 2026 Juni 2026 Juli 2026
Eröffnung 64,40
Hoch 65,00
Tief 63,60
Marktkap. 1,16 Mrd.
KGV 41,48
52-Wo-Hoch 71,60
Dividende 0,20 %
Viertelj. Div
10% mΩ
RESISTANCE U-W 65 ± 10% mΩ
RESISTANCE V-W 65 ± 10% mΩ
TESTING VOLTAGE 36 V
NO LOAD CURRENT MAX. 3.0 A
NO LOAD SPEED 4450 ± 10% rpm
HIGH SPEED TEST MIN. 30SEC.
TESTING VOLTAGE 36 ± 0.2 V
LOAD TORQUE 2600 ± 2% mNm
DIRECTION OF ROTATING CCW
LOAD SPEED 3650 ± 15% rpm
LOAD CURRENT 35 ± 15% A
W WINDING
Classification Reflow Profiles Profile Feature Specification* Average Ramp-Up Rate (tsmax to tP) 3°C/second max. Temperature Min (Tsmin) 150°C Pre-heat: Temperature Max (Tsmax) 200°C Time (ts) 60-180 seconds Temperature (T L 217°C Time maintained above: Time (tL) 60-150 seconds Peak/Classification Temperature
Typical operation Grenzwerte Maximum ratings
Uf = 6,3 V Ua = 80 V Ua = 60...10 V
If ca. 80 mA Ug3 = 63...8 V Ug3 = 50 V
Rf kalt ca. 13 Ω Ug1 = -38...-2 V Ug1 = -250...0 V
Oszillographen-Röhre mit kleiner Heizleistung und besonderer geringer Baulänge als Planschirm, für transistorisierte Universal-Oszillographen
Nach Abschrauben des Kühlkörpers ist die Rückseite der Platine zugäng- • Gleichspannungsmessgerät U max≥ 50 V lich. • Gleichstrommessgerät I max≥ 500 mA Unter dem Messinstrument befindet sich der Um- schalter S3, mit dem das Instrument als Span- 3.3.2 Abgleich 30 V Ausgangsspan- nungsbereich nungs- oder
- MIC29xx2/MIC29xx3 1.228 1.240 1.252 V Reference Voltage — 1.215 — 1.265 V MAX Reference Voltage 1.203 — 1.277 V Note 8 — 40 80 Adjust Pin Bias Current — — 120 nA — Reference Voltage Temperature Coefficient — 20 — ppm/°C Note 9 Adjust Pin Bias Current — 0.1 — nA/°C — Temperature
V in 1.2 V Local OSC VOSC OSC=108MHZ 160 240 320 mV Voltage FM IF Input Limiting VIN LIM） VO 为-3dB 63 112 200 uV Sensitivity Detector Output VOD Vin80dBu EMF 75 130 mV Voltage Signal to S/N Vin80dBu EMF 62 dB Noise Ratio To be continued Version：2008-07-A WUXI CHINA RESOURCES SEMICO CO.，LTD. Page: 2/7 B IP OL AR I C CD2003GP/GB continued Value Parameter Symbol Test Conditions Unit Min Typ Max Total Harmonic THD V in0dBu EMF 0.4 % Distortion AM Rejection AMR V in0dBu EMF 33 dB Ratio AM Detector Output VOD1 V in7dBu EMF 15 50 mV Voltage 1 Detector Output VOD2 V in0dBu EMF 40 60 100 mV Voltage
V in 1.2 V Local OSC VOSC OSC=108MHZ 160 240 320 mV Voltage FM IF Input Limiting VIN LIM） VO 为-3dB 63 112 200 uV Sensitivity Detector Output VOD Vin80dBu EMF 75 130 mV Voltage Signal to S/N Vin80dBu EMF 62 dB Noise Ratio To be continued Version：2008-07-A WUXI CHINA RESOURCES SEMICO CO.，LTD. Page: 2/7 B IP OL AR I C CD2003GP/GB continued Value Parameter Symbol Test Conditions Unit Min Typ Max Total Harmonic THD V in0dBu EMF 0.4 % Distortion AM Rejection AMR V in0dBu EMF 33 dB Ratio AM Detector Output VOD1 V in7dBu EMF 15 50 mV Voltage 1 Detector Output VOD2 V in0dBu EMF 40 60 100 mV Voltage
+25°C. Boldface specifications apply over the T range of -40 C to +85 C. A Parameters Sym Min Typ Max Units Conditions PMOS Switch ON Resistance RDS(ON)P — 0.9 — V IN= 3.3V,SW = 100 mA NMOS Peak Switch Current N(MAX) 600 850 — mA Note 5 Limit V Accuracy V % -3 — +3 % Includes Line and Load OUT OUT
µ 1 1 VCC A , C 1 14 4 6 0 2 3 C1- DOUT2 7 RS232_RXD_DISPLAY/1.1D J J 4 C2+ ROUT1 12 3V3 1 2 3 4 5 63V3 1 2 3 4 5 6 µ 1 1 5 C2- ROUT2 9 UART_RXD_DISPLAY/1.5C , C 11 DIN1 0 2 10 DIN2 GND A A GND A A UART_TXD_DISPLAY/1.5C 13 RIN1 . . . . 8 RIN2 / / / / RS232_TXD_DISPLAY/1.1D 2 V+ _ _ _ _ 6 V- K K T T µ 1 1 I I H H µ 1 1 µ 1 1 , C L _ E E , C , C GND 15 0 2 Y Y R R 0 2 0 2 J J Y Y O O MAX3232CDR J J B B GND GND B Taster_Links B . Fronttaster_Links Taster_Rechts Fronttaster_Rechts 1 / T ü 0 O R J J J J _ _ 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 D D L L T-MATX_SPLT1/1.3D T-MATX_SPLT2/1.3D 0 5
eines Frame abhängig von seiner ID: ID 1..31 (0x1F) = 2 Bytes ID 32..47 (0x2F) = 4 Bytes ID 48..63 (0x3F) = 8 Bytes Dem folgt dann noch das Checksum-Byte. Ich könnte nun eine Frame-Queue bauen in der ich die Frames reinstecke, erstmal ungeprüft, aber ohne BREAK+SYNC. Oder ich prüfe zuerst die
.buffer_len = 0; }; while(1) { if (xQueueReceive(uart_queue, &event, portMAX_DELAY)) { switch (event.type) { case UART_DATA: int len = uart_read_bytes(UART_NUM, rx_buf, event.size, 10 / portTICK_PERIOD_MS
Direction All 500 mA 3. All devices are guaranteed to trigger aF an I value less than or equalFTo max I . Therefore, recommended oFerating I lies betFTen max I (15 mA for MOC3081M, 10 mA for MOC3082M, 5 mA for MOC3083M) and absolute maximum I (60 mAF. ZERO CROSSING CHARACTERISTICS Symbol Parameters
Implementations of Radix 4 and 16 exponents showed improved addition speed but slower multiplication A(63:0) B(63:0) C(63:0) [13]. Many existing floating-point libraries for FPGAs omit subnormals (which only marginally extend the representable Exponent Diff number range) to improve performance [14, 15], an
5.3 DC Characteristics (Test Condition: Ta = –40 to 85°C) Symbol Parameter Test Condition Min Typ Max Unit V DD Supply voltage Apply VDD, AVDD 2.97 3.3 3.63 V VIH High level input 2.0 5.5 V voltage VIL Low level input - 0.3 0.8 V voltage V Threshold point All inputs except XI 1.30 1.41 1.53 V T V T+
eee e e s 68 6 2 5 . M i s c e l0 .l .a . n ee eeoee eue cse c e.est.e e.n t s et e e e enes s6 B 63. Additions to the parts list for PM2519/51 . 0 . 0 . . . eevee seen cece e e n s ees 69 63.1. Galvanic separation 6 . . . 262s ese eeeeeeee ec eee eens et ee tects e sees 68 G B A A ,R e s i 2s0 .t oe
RMIIInterface 10.4.2 Port 2 MII Interface Transmit Timing TXC2 TXE2 T1 T2 TXD2_3~0 Symbol Parameter Min. Typ. Max. Unit T 1 TXE2,TXD2_3~0 Setup Time 32 ns T 2 TXE2,TXD2_3~0 Hold Time 8 ns 10.4.3 Port 2 MII Interface Receive Timing RXC2 RXER2,RXDV2 T1 T2 RXD2_3~0 Symbol Parameter Min. Typ. Max. Unit T1 RXER2, RXDV2
a peripheral device specially designed for I/O type MCU used to expand the display capability. The max. Display segment of the device are 256 patterns (32×8). The ET6622 is a memory mapping and multi-function LCD controller. Features ⚫ Operating voltage: 2.7V~5.2V ⚫ Built-in 32 kHz RC oscillator ⚫ 1/4bias, 1/8duty, frame frequency is 64Hz ⚫ Max.32×8 patterns, 8 commons, 32 segments ⚫ Built-in internal resistor type bias generator ⚫ 3-wire serial interface ⚫ 8 kinds of time base/WDT selection ⚫ Time base or WDT over flow output ⚫ Built-in LCD
transmit three civilian signals. By 2009/2010 the required 24 satellites should be in orbit (Figure 63 ). Figure 63: GLONASS development plan The measured position accuracy of GLONASS should gradually approach that of GPS (Figure 64, [ ]). 40 39 40 Sergey Revnivykh, Munich Satellite Navigation Summit,
Average Efficiency 62% 56% a custom solution; getting products to market faster. VSWR Match 2.1:1 max 2.8:1 max Greater Flexibility with Feed Point Impedance 50 ohms unbalanced Unique Form Factors KYOCERA AVX’s technology helps Polarization Linear you deliver more advanced Power Handling 0.5 Watt CW
page 62 2Dh Table 111 on page 62 2Eh TCounterValReg shows the 16-bit timer value Table 113 on page 63 2Fh Table 115 on page 63 Page 3: Test register 30h Reserved reserved for future use Table 117 on page 63 31h TestSel1Reg general test signal configuration Table 119 on page 63 32h TestSel2Reg general
32-Ports für den Ausdrrack 2-62 Einstellungdes Hardware-Handshake 2-62 Eins tellungr Baud -Ratte 2-63 Eins tellungr Paritäi 2-63 Einst U ng des Software-Handshake 2-64 Konfi gurierung des serellen RS-2 32-Porrts für eine Übertragung des Gren zwerrterkennungs-Ausgangssignals 2-64 Xiv I altsverzeichniss
Codes Remarks reset Call macros Run normal macro N n1 Call the (normal) macro with the number n1 (max. 7 levels) Run touch macro T n1 Call the touch macro with the number n1 (max. 7 levels) Run menu macro ESC M M n1 Call the menu macro with the number n1 (max. 7 levels) Run port macro P n1 Call the port macro with the number n1 (max. 7 levels) Run bit macro B n1 Call the bit macro with the number n1 (max. 7 levels) automatic (normal-) macros Call the (normal) macro with the number n1 in n2/10s. Execution is stopped by commands
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