the LTC4151-2 is not. APPLICATIONS PART PACKAGE FEATURED PIN n TelecomInfrastructure LTC4151 DD10, MS10 SHDN n Automotive LTC4151-1 DD10, MS10 SDAO n Industrial LTC4151-2 S16 SDAO n Consumer L, LT, LTC, LTM, Linear Technology and the Linear logo are registered trademarks of Linear Technology Corporation
************************** healthcheck: ; for dual color LED clr_LED ; LED red ldi temp1,200 ; 200 ms rcall delay ldi temp1,200 ; again 200 ms rcall delay ldi s_data,200 ; counter Register LEDloop: ; Pulse for yellow LED set_LED ; LED green ldi temp1,2 ; 2 ms rcall delay clr_LED ; LED red ldi temp1,1
of 2- lijns LCD, en het dot formaat. De wachttijden zijn hier 4,1 ms en 100 µs. Daarna moet het Display on/off com- mando bepaald worden. Met wachttijd 37µs na deze instructie. Vervolgens moet het clear display commando verstuurd worden. Hierna moet men weer 37 µs wachten
Regulation ∆VD/∆IVD 0 to 5mA 150 mV/mA PACKAGE THERMAL CHARACTERISTICS Thermal Resistance SO package (JEDEC 51) 170 (Junction to Ambient) θJA °C/W DIP package (JEDEC 51) 110 THERMAL SHUTDOWN Thermal-Shutdown Junction T +160 °C Temperature SH Thermal-Shutdown Hysteresis THYST 20 °C Note 1: Switch current at which
B NK V500––––––––––––––––––––––––––––––––––52 DFS 4 B SK––––––––––––––––––––––––––––––––––––––––––51 N DFS 4 B SK S––––––––––––––––––––––––––––––––––––––––51 Netzfrequenz ––––––––––––––––––––––––––––– 8, 36, 39 DFS 4 B SK V500––––––––––––––––––––––––––––––––––51 Netzspannung DMRCD–––––––––––––––––––
LP1 AUO056V22-A Backlight LED LED LED CCFL CCFL CCFL Wide-screenformat ▯ ▯ ▯ ▯ ▯ ▯ Responsetime ca. 5ms ca. 6ms ca. 6ms ca. 5ms ca. 5ms ca. 5ms Brightness ca. 250cd/m² ca. 300cd/m² ca. 300cd/m² ca. 350cd/m² ca. 350cd/m² ca. 300cd/m² Contrast ratio(Panel) ca. 1.000:1 ca. 1.000:1 ca. 1.000:1 ca. 1.000:1
Order Number: July, 2014 − Rev. 9 MC14528B/D MC14528B ONE−SHOT SELECTION GUIDE 100 ns 1 s 10 s 100 s 1 ms 10 ms 100 ms 1 s 10 s MC14528B MC14536B 23 HR MC14538B MC14541B 5 MIN MC4538A* *LIMITED OPERATING VOLTAGE (2-6 V) TOTAL OUTPUT PULSE WIDTH RANGE RECOMMENDED PULSE WIDTH RANGE BLOCK DIAGRAM CX1 CX2 R
cutecom.log
Append
Open Device: /dev/ttyS0
RTS DTR Auto Reconnect
Settings
Input: LF
Char delay: 0 ms
Send file... Plain
About CuteCom 0.51.0
(c)2004-2009 Alexander Neundorf, <neundorf@kde.org>
(c)2015 Meinhard Ritscher, <unreachable@gmx.net>
and contributors
Licensed under the GNU GPL version 3 (or
U2 - wnR - week number of last rising edge 6 U2 - wnF - week number of last falling edge 8 U4 - towMsR ms tow of rising edge 12 U4 - towSubMsR ns millisecond fraction of tow of rising edge in nanoseconds 16 U4 - towMsF ms tow of falling edge 20 U4 - towSubMsF ns millisecond fraction of tow of falling
AWATT + BWATT - CFxDEN 9 PULSEOUTPUTCHARACTERISTICS 0 The pulse outputsfor both DFCs stay lowfor 80ms if the pulse Figure 57.Energy-to-Frequency Conversion period is longerthan 160ms(6.25Hz).If the pulse period is Two digital-to-frequency converters(DFCs)areusedtogenerate shorter than 160ms,the duty
packages generated in this mode cannot be predicted but have the best real-time performance. Delay 20ms Delay 50ms Delay 100ms(default) Delay 150ms Delay 200ms Similar in Data Flow mode, firmware does not analyze the data stored in UART data 21 buffer, but send them in a delay if UART Data Buffer
in Hold Time after PvOG 4tCY tPH RESET Hold Time to Verify 4tCY tVDDW V DDSetup Time to PROGu 0 1.0 mS tVDDH V DDHold Time after PROu 0 1.0 mS t Program Pulse Width 50 60 mS PW tTW Test 0 Setup Time for Program Mode 4tCY tWT Test 0 Hold Time after Program Mode 4tCY t Test 0 to Data Out Delay 4t DO CY tWW RESET Pulse Width to Latch Address 4tCY tr ft V DDand PROG Rise and Fall Times 0.5 2.0 ms tCY CPU Operation Cycle Time 4.0 ms tRE RESET Setup Time before Eu 4tCY NOTE: If TEST 0 is hDOh, tbe triggered by Ru.ET 8 8 8742 A.C. CHARACTERISTICS DMA 8642/8742 Symbol Parameter Units Min Max t DACK
won Stop A X1: 39,40 us X2: 19,80 us ΔX: 19,60 us 1/ΔX: 51,02 kHz Period CH1 17,76 us CH2 19,98 us Frequency 56,32 kHz 50,06 kHz Vpp 124,0 mV 4,040 V +PulseWidth 15,75 us 4,150 us -PulseWidth 1,650 us 15,85 us Vrms 9,686 mV 1,443 V AC 50 mV/div DC 1 V/div 2.0divs -2.0divs 158385 kHz 50088 kHz M T 0.0 ns D 5k S (25MS/S) Trigger Force 1 4,000 mV 2 0,000 mV
consists of a sequence of bus−commands in bytes. ; ; Method of Data−Bit Signalling: ; "0" data−bit: 1.0 ms 22−kHz−signal / 0.5 ms pause ; "1" data−bit: 0.5 ms 22−kHz−signal / 1.0 ms pause ; A data−bit has the time−length of 1.5 ms; ; a byte has the time−length of 9 * 1.5 ms = 13.5 ms. ; Byte: 8 data−bits
in 10 mm Abstand vom Geh‰use auf Umgebungstemperatur gehalten werden 2) Tested with pulses t = 20 ms ñ Gemessen mit 20 ms-Impulsen 3) The ZPD 1 is a diode, operated in forward. The cathode, indicated by a ring, is to be connected to the negative pole. Die ZPD 1 ist eine in Durchlafl betriebene Einzelchip-Diode
0,479 639,479 VGA Image - 640 by 480 Pixel Layout. 480 Horizontal Refresh Cycles Red, Green, Blue 1.02 ms 15.24 ms 0.35 ms Pixel Data Vertical Sync 64 µs 16.6 ms Vertical Sync Signal Timing. Red, Green, Blue 1.89 µs 25.17 µs 0.94 µs Pixel Data Horizontal Sync 3.77µs 31.77 µs Horizontal Sync Signal Timing
order to insure stability. The waiting time period for PT2257 to send I C Bus Signal is at least 200ms. If the waiting time period is less than 200ms, I C Control may fail. Please refer to the diagram below. V1.5 5 March 2013 PT2257 DATA BYTES DESCRIPTION FUNCTION BITS MSB 2 3 4 5 6 7 LSB Function 1 1
für TNC355; die TNC351 hat keine RESET- LED) RESETTNC351 UL W.X = 0,4 V Ua MIN = 3,9 V tr = 100-300ms RESETTNC355 Ur eAX = 0,4 V Ua Mut = 3,0 V tr = 100-300ms 1j t 12 v sr (für BE 212) und +5V* (Potentialfrei) nur bei der Stromversorgung Id.Nr. 236 484 04 für TNC351. HEIDENHAIN BERVICEANLEITCNO TNC351
1<<UDRE)) ) ; /* Put data into buffer, sends the data */ UDR = data; } int main(void) { USART_Init(51); /* Replace with your application code */ while (1) { USART_Transmit('t'); _delay_ms(1000); } }
183 10.4 AT* List all Supported AT Commands................................. 184 10.5 AT+CGMI Read MS Manufacturer Identification........................... 184 10.6 AT+CGMM Read MS Model Identification ...................................... 184 10.7 AT+CGMR Read MS Revision Identification...........
- Deg. Note 1,2 Y axle - 35 - ° Contrast Ratio CR φ=0 - 50 - - Note 3,4 Rise tr θ=0 ,φ=0 ° - 190 - ms Response Time Note 5 Fall tf θ=0 ,φ=0 ° - 110 - ms x 0.51 0.56 0.61 - R y 0.30 0.35 0.40 - x 0.25 0.30 0.35 - G Color Tone y ° ° 0.48 0.53 0.58 - (CIE Coordinate) x θ=0 ,φ=0 0.10 0.15 0.20 - B y 0.16
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