The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
TXS0102YZTR Texas Instruments SPECIALTY INTERFACE CIRCUIT, BGA8, GREEN, DSBGA-8
V62/04661-02YE Texas Instruments Enhanced Product Quadruple 2-Input Positive-Or Gate 14-TSSOP -55 to 125
TXB0102YZPR Texas Instruments 2-Bit Bidirectional Voltage-Level Shifter with Auto Direction Sensing and +/-15-kV ESD Protect 8-DSBGA -40 to 85
LSF0102YZTR Texas Instruments Dual Bidirectional Multi-Voltage Level Translator 8-DSBGA -40 to 125
V62/11601-02YE Texas Instruments Enhanced Product Single 9-A High Speed Low-Side MOSFET Driver With Enable 8-SOIC -55 to 125
TPS720102YZUT Texas Instruments 350mA Ultra-Low-Vin, RF Low-Dropout (LDO) Linear Regulator With Bias Pin 5-DSBGA -40 to 125

ms 102y Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
ms 102y

Abstract: LH1537-AB LH1537AB siemens gull wing SIEMENS PACKAGE OUTLINE 14 PIN DIP
Text: ) LH1527 LH1537 Continuous dc Load Current LH1527 LH1537 Peak Load Current LH1527 (100 ms , single shot) LH1537 (100 ms , single shot) Power Dissipation 6-pin Package 8-pin Package Symbol Ta Tstg Ts Viso If Vr , II = 100 mA, t 10 ms V l = ±350 V V l = ±200 V Min - - - 0.2 0.2 0.2 1.15 Typ 2.0 0.7 0.7 , = 10 ms Vl = ±350 V V l - ±200 V Vf Ron If = 10 mA If = 5 mA (NO), If - 0 mA (NC), II = ±50 mA 17 8 , - nA HA HA jiA ms ms ms ms ms 3300 5.0 - - GÌ2 G fi 25 12 33 16 £2 £2 V l = ±400 V V l = ±250 V


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PDF LH1527AT/AAB LH1527AB/AAC LH1537AT/AAB LH1537AB/AAC LH1527 LH1537 LH1527/37 DS93-043HVJ DS92-080HVIC) 23b32b ms 102y LH1537-AB LH1537AB siemens gull wing SIEMENS PACKAGE OUTLINE 14 PIN DIP
2000 - PBY 386

Abstract: SL1016 PBY160808T-601Y-N PBY321611T-601Y-N LVS404018-3R3 NBQ160808T-241Y-N SBCB656030T-301-N PBY160808T-110Y-N PBY160808T-121Y-N UPB453215T-700Y-N
Text: No file text available


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PDF BCC1307RI-302-N BCC1307RI-202-N 15max BCC1307RI-102-N BCC1307RI-601-N HP-4263B BCC1608RIBCC1810RI- BCC2208RI- BCC2513RIBCC3113RI- PBY 386 SL1016 PBY160808T-601Y-N PBY321611T-601Y-N LVS404018-3R3 NBQ160808T-241Y-N SBCB656030T-301-N PBY160808T-110Y-N PBY160808T-121Y-N UPB453215T-700Y-N
1999 - D78F0948

Abstract: sg 421 sound generator NEC D 70 9360 uPD1616 uPD78F0828 in78000.h uPD78094x NEC FIP uPD78F0948
Text: * // * // // Name : NEC_SOUND_3 // // Date : 3/02/98 (d/m/y). // // Description : All the 7,8 ms a new value , . // // * const unsigned char NEC_Sound_3[128] = { 0x2F, // 1. SG Amplitude after 0.0 ms 0x3F, // 2. SG Amplitude after 7.8 ms 0x4F, // 3. SG Amplitude after 15.6 ms 0x57, // 4. SG Amplitude after 23.4 ms 0x67, // 5. SG Amplitude after 31.2 ms 0x77, // 6. SG Amplitude after 39.0 ms 0x7F, // 7. SG Amplitude after 46.8 ms 0x7F, // 8. SG Amplitude after 54.6 ms 0x7F, // 9. SG


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PDIP8

Abstract: .54 sot-23-6 93c66b soic8 25LC640I LM3670MFX-0.8
Text: Mfr.'s Type 93C46A-I/SN 93C46A-I/P 93LC46A-I/SN 93LC46A-I/P 93AA46A-I/SN 93C46C-I/ MS 93C46C-I/P 93C46C-I/SN 93LC46C-I/ MS 93AA46C-I/ MS 93C46B-I/ MS 93C46B-I/SN 93C46B-I/P 93LC46B-I/P 93LC46B-I/SN 93C46BT/SN 93C46B/P 93C56A-I/P 93C56A-I/ MS 93C56A-I/SN 93LC56A-I/SN 93LC56A-I/P 93LC56A/SN 93C56BT-I/OT 93C56C-I/SN , 93C66C-I/SN 93LC66C-I/P 93AA66C-I/SN 93C66B-I/ MS 93LC66B-I/SN 93LC66B-I/P 93C76C-I/SN 93C76C-I/P 93LC76C , ) Power On/Off Data Protection Circuitry Sequential Read Function Write Speed 2 ms 2 ms 6 ms 6 ms 6 ms 2


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PDF 93C46A-I/SN 93C46A-I/P 93LC46A-I/SN 93LC46A-I/P 93AA46A-I/SN 93C46C-I/MS 93C46C-I/P 93C46C-I/SN 93LC46C-I/MS 93AA46C-I/MS PDIP8 .54 sot-23-6 93c66b soic8 25LC640I LM3670MFX-0.8
IDC15B

Abstract: 1AC15 IAC15A IDC15 IDC15D OAC15 OAC15A ODC15
Text: .02-1A 10-200 Vdc ¿ Maximum Turn-on Time ^ 20 ms 20 ms 5 ms 0.02 ms 5 ms 1/2 Cycle 1/2 Cycle 0.3 ms 05ms Maximum Turn-off Time 20 ms 20 ms 5 ms 1 ms 5 ms 1/2 Cycle 1/2 Cycle 0.3 ms 0.5 ms Switching , .02-3A @ 5-60 Vdc .02-1A @ 10-200 Vdc Maximum Turn-on Time 20 ms 20 ms 5 ms 0.02 ms 5 ms V2 Cycle V2 Cycle 0.3 ms 0 5 ms Maximum Turn-off Time 20 ms 20 ms 5 ms 1 ms 5 ms y2 Cycle 1/2 Cycle 0.3 ms 0.5 ms , Vac .02-3A @ 24-280 Vac .02-3A @ 5-60 Vdc .02-1 A® 10-200 Vdc ' .Maximum Turn-on Time 20 ms 20 ms 5


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MS CONNECTORS

Abstract: MS-156-HRMJ-6 MS-156-HRMJ-9 MS-156-HRMJ-3 MS-156-HRMJ-14 MS-156-HRMJ-12 MS-156-HRMJ-11 MS-156-HRMJ-10 MS-156 MS-156C
Text: at www.hirose-connectors.com, or contact your Hirose sales representative. MS -156 Plug Connectors , of the Standard Type-SMA conversion adapters. 1 Part Number MS -156-HRMJ-3 MS -156-HRMJ-6 MS -156-HRMJ-11 MS -156-HRMJ-13 MS -156-HRMJ-14 CL No. 358-0171-5 358-0181-9 , Number MS -156-C(LP)-1 MS -156-C(LP)-6 MS -156-C(LP)-8 CL No. 358-0173-0 358-0187-5 358-0190-0 3 , Part Number MS -156-HRMJ-9 CL No. 358-0180-6 4. Example of Implementation of the Self-Pressing


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PDF MS-156 MS CONNECTORS MS-156-HRMJ-6 MS-156-HRMJ-9 MS-156-HRMJ-3 MS-156-HRMJ-14 MS-156-HRMJ-12 MS-156-HRMJ-11 MS-156-HRMJ-10 MS-156C
JEDEC type Leadless Chip Carriers

Abstract: MR80C31BH MR80C31BH/B TS68483
Text: contacts: 028-044-052-068-084-124 Polarization: type A or C (see page 4) 49 MS 068 A Termination styles , mount, with termination inspection and repair facilities 6 : standard plating 49 MS 068 AY16 49 MS 068 AY6 A : 2 row dip solder 2.54 mm (.1 in) pitch B : single row dip solder or surface , the complete P/N. 49 MS 49 MS 068 49 MS 068 C LLCC type EF6840EM EF6850EM EF6852EM MR8251A Recommended socket EF68A40EM EF68A50EM EF6854EM MR8259 49 MS 028 CY 6A E19A1 or 49


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PDF sold084 JEDEC type Leadless Chip Carriers MR80C31BH MR80C31BH/B TS68483
2003 - GJ231MF50J226ZD01

Abstract: GJ231MF51A106Z GJ243X GJ221B GJ221BF50J106ZD01 GJ232CF50J476ZD01 1625V GJ231MF51A106 gj232rf51h475
Text: f F300kHz 300kHzV f F500kHz 500kHzV f F1MHz 1.4Ar. m.s . 1.5Ar. m.s . 1.6Ar. m.s . 1.5Ar. m.s . 1.6Ar. m.s . 1.6Ar. m.s . 1.7Ar. m.s . 1.8Ar. m.s . 2.0Ar. m.s . GJ243 1.4Ar. m.s . 1.3Ar. m.s . 1.2Ar. m.s . GJ218 1.4Ar. m.s . 1.5Ar. m.s . 1.6Ar. m.s . 1.5Ar. m.s . 1.6Ar. m.s . 1.6Ar. m.s . 1.7Ar. m.s . 1.8Ar. m.s . 2.0Ar. m.s . GJ243 1.4Ar. m.s . 1.3Ar. m.s . 1.2Ar. m.s . GJ231 1.5Ar. m.s . 1.6Ar. m.s . 1.6Ar. m.s . 1.7Ar. m.s . 1.8Ar. m.s . 2.0Ar. m.s . 2.0Ar. m.s . 2.2Ar. m.s


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PDF C02E9 F500kHz 500kHzV GJ243 GJ218 GJ231 GJ221 GJ232 GJ231MF50J226ZD01 GJ231MF51A106Z GJ243X GJ221B GJ221BF50J106ZD01 GJ232CF50J476ZD01 1625V GJ231MF51A106 gj232rf51h475
2006 - sample program for CC2430

Abstract: 8051 project on traffic light controller AN053 microcontroller 8051 application traffic light c traffic light controller using 8051 Zigbee smartrf04eb CC2430EB AN-053 Zigbee based data transmission between two device CC2430
Text: measurements the Poll Rate is set to 500 ms . Set the Poll Rate in f8wConfig.cfg in line 141 , every 500 ms . The device will sleep in between the poll requests, using CC2430 Power Mode 2. Every 500 ms the device wakes up on sleep timer interrupt and sends the data request to poll for data. The , Rate: 500 ms 4.1 Poll with no data transmission Figure 4 Packet sniffer plot AN053 (Rev. 1.0 , acknowledgements from the Coordinator node with an interval of approximately 500 ms . Figure 5 Data requests and


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PDF AN053 CC2430 CC2430 sample program for CC2430 8051 project on traffic light controller AN053 microcontroller 8051 application traffic light c traffic light controller using 8051 Zigbee smartrf04eb CC2430EB AN-053 Zigbee based data transmission between two device
1996 - LCD p 1602 5b

Abstract: lcd 1602 g I2C Mtl 5511 LCD552 LCD15 MW-2M KS255 LCD057 sck 057 ki130
Text: ±kHz PLL20 ms AMIFC A M IFAM = 0AMMW, LW 13 IF 0.3 - 1.0 MHz0.3 Vp-p , PLL20 ms 10 µPD17012GF-057 14 INT LCD LCDPD17202AGF , CMOS 40 ms LCD DKSK 11 µPD17012GF-057 19 LOUD , ms 40 ms 300 - 400 ms AGCC 21 LOC CMOS CD , RDMUTE CD RDMUTE 15 ms 40 ms 600 - 700 ms MODE TPSET, CDSET MUTESEL=DK CD


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PDF PD17012GF-057 PD17012GF 057PLLFM, FM18FM1, MW12MW1, LCDPD12281 108-0171NEC 46017NEC 54024NEC LCD p 1602 5b lcd 1602 g I2C Mtl 5511 LCD552 LCD15 MW-2M KS255 LCD057 sck 057 ki130
2009 - ISP1761

Abstract: ISP1760 CD00222702 "USB" peripheral
Text: . Type of interrupt (ATL or SOF) SOF based interrupts give an interrupt every 1 ms . whereas ATL based , will be overloaded because of interrupt occurring every 1 ms . · ISR service will be delayed by , be served after 1 ms . If the ATL interrupt is used, the interrupt will be immediately generated and ISR will be served without waiting for 1 ms . In conclusion, compared to SOF interrupts, ATL , time is needed only once. So, overheads because of RTOS are assumed as 1.5 ms . Step 5: So, total time


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PDF AN10061 ISP1760/1 ISP1761 CD0022279 ISP1760, ISP1761 ISP1760 CD00222702 "USB" peripheral
1997 - MSH Connectors

Abstract: MKMS-16-26 CM-501-MS CM-501 CM508 CM-508-MS CM-508 K-16-MS CK-75A-MSH 70878
Text: MS Series Applications naval and heavy duty applications Description · Square-threaded screw , Standards NFC 93422 Marine Spec 538C AGB/T Characteristics Mechanical · Shells - Series MS /MSH , endurance - 200 to 500 locking/unlocking cycles (depending on size) Series MS MSP MSH MPH Shell , maintenance of existing equipments similar to MS , but HALOGEN free similar to MSP, but HALOGEN free · , Vibrations - 0.35 mm/1 h - sweep from 5 to 55 Hz on the 3 axes · Salt spray - Series MS /MSH : 6 x 48 h cycles


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PDF Pol38 MSH Connectors MKMS-16-26 CM-501-MS CM-501 CM508 CM-508-MS CM-508 K-16-MS CK-75A-MSH 70878
RXKF1

Abstract: rxkf rxkc2h 1MDB08005-EN RXKE 1 rxke rk 333 001-AD RXKP2 abb combiflex 2U12C 1MDB14003-EN
Text: scales from 20 ms to 120 hours -pick up or drop-out delay •With or without indicating flag •Separate , . On RXKE 1 the time setting is made by 4 scale factor selector switches (1 ms , 10 ms , 0.1 s and 1 s , . The relay has one of the following ranges on each mode: 60-600 ms 0.3-3 s 2-20 s The time setting for each range is continuously adjustable from 1-10 times a factor of 60 ms , 0.3 s or 2 s. When initially , 50 or 60 Hz Time scales 20 ms -99s 0.08-1.2 s 0.2-3 s 2-30 s 20-300 s 0.75-120 s 0.75-120 min 0.75-120


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PDF 1MDB08005-EN SE90610) SE90611> s-99s 1MDB13003-EN 1MDB14003-EN RXKF1 rxkf rxkc2h RXKE 1 rxke rk 333 001-AD RXKP2 abb combiflex 2U12C
555 timer project

Abstract: 555 timer a006 PM12 Package 555 timer design guide MSX60
Text: . Application Note 78K0S/Kx1+ Sample Program (Watchdog Timer) 131 ms Interval Runaway Detection This , setting the runaway detection time to 131 ms . CONTENTS Target devices 78K0S/KA1+ microcontroller , the watchdog timer and the runaway detection time is set to about 131 ms . After completion of the initial settings, LED1 out of the two LEDs (LED1, LED2) blinks about every 120 ms . Either of the , switch input timing. · LED1 blinks about every 60 ms during switch input by executing interrupt


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PDF G0706 555 timer project 555 timer a006 PM12 Package 555 timer design guide MSX60
1997 - W91530N

Abstract: kt 803 W91534AN W91532N W91532AN W91531LN W91531ALN W91531 W91530AN W91530
Text: Minimum tone output duration: 93 mS (W91534AN: 87 mS ) Minimum intertone pause: 93 mS (W91534AN: 87 mS ) Pause time: 3.6 sec. 300 mS off-hook delay in lock mode ( DP remains low for 300 mS while off hook) Flash break time (73 mS , 100 mS , 300 mS , or 600 mS ) selectable by keypad; pause time is 1.0 mS Make , REPLACEMENT TYPE NO. W91530 PULSE (ppS) FLASH ( mS ) M/B KEY TONE HANDFREE DIALING LOCK , wave at 35 mS . When no key is pressed, the KT pin remains in low state. -3- Publication Release


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PDF W91530N 13-MEMORY kt 803 W91534AN W91532N W91532AN W91531LN W91531ALN W91531 W91530AN W91530
2014 - Not Available

Abstract: No abstract text available
Text: Control Pre-programmed Release Time of 3.13, 50, 100, 200, and 400 ms Pre-programmed Watchdog Time of 50, 100, 200, 400, 800, and 1600 ms 0 Operating Ambient Temperature - 40 + 85 C Packages : USP , 1.6 V to 5.0 V in 0.1 V increments. Six watchdog timeout periods are available in a range from 50 ms to 1.6 s. Five release delay times are available in a range from 3.13 ms to 400 ms . With low power , Timeout4) 2© TYP. ms ms µs ms ms ns 600 6.0 VIN x 0.3 900 V kâ


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PDF IXD5121/22/23/24 IXD5121
1997 - W91560AN

Abstract: W91560BN W91560N W91561ALN W91561LN
Text: memory On-hook debounce time: 150 mS (Unlock Mode), 200 mS (Lock Mode) 0 or 9 dialing inhibition pin , bonding option Minimum tone output duration: 93 mS Minimum intertone pause: 93 mS Pause time: 3.6 sec. 300 mS off-hook delay in lock mode ( DP remains low for 300 mS while off hook) Flash break time (73 mS , 100 mS , 300 mS , or 600 mS ) selectable by keypad; pause time is 1.0S Make/break ratio (40:60 or , . PULSE (ppS) FLASH ( mS ) KEY TONE LOCK HANDFREE DIALING PACKAGE (PINS) W91560N


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PDF W91560N W91560AN W91560BN W91561ALN W91561LN
2005 - Not Available

Abstract: No abstract text available
Text: Pause, PT (pulse-to-tone) can be stored as a digit in memory On-hook debounce time: 150 mS (Unlock Mode), 200 mS (Lock Mode) 0 or 9 dialing inhibition pin for PABX system or long distance dialing lock out Dialing rate (10 ppS or 20 ppS) selectable by bonding option Minimum tone output duration: 93 mS Minimum intertone pause: 93 mS Pause time: 3.6 sec. 300 mS off-hook delay in lock mode ( DP remains low for 300 mS while off hook) Flash break time (73 mS , 100 mS , 300 mS , or 600 mS ) selectable by keypad; pause time is


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PDF W91560N
2008 - MS-156C

Abstract: MS-156HF MS-156-HRMJ-2 MS-156-HRMJ-3 MS-156-HRMJ-5 MS-156C20
Text: Coaxial Switch 1.35 mm High, DC to 11 GHz MS -156C Series Halogen Free sOverview Developed for , ). MS -156C Comparison with the existing MS -156HF 2. Space-saving design MS -156HF 2.3 mm x 2.3 mm occupied board space. 3. Low profile MS -156C qFootprint 1.35 mm protrusion , your Hirose sales representative. MS -156C SeriesqSubminiature Coaxial soon. Please check the High, status on the Hirose sSpecifications Not mated with the plug Mated ( MS -156-HRMJ-3) -40ç to +85ç


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PDF MS-156C conditi1/4-36UNS-2A MS-156R-HRMJ-1 5/8-24NEF-2A MS-156R-NJ-1 MS-156HF MS-156-HRMJ-2 MS-156-HRMJ-3 MS-156-HRMJ-5 MS-156C20
2005 - W91530

Abstract: DTMF KEYPAD Dialer
Text: Dialing rate (10 ppS or 20 ppS) selectable by bonding option Minimum tone output duration: 93 mS (W91534AN: 87 mS ) Minimum intertone pause: 93 mS (W91534AN: 87 mS ) Pause time: 3.6 sec. 300 mS off-hook delay in lock mode ( DP remains low for 300 mS while off hook) Flash break time (73 mS , 100 mS , 300 mS , or 600 mS ) selectable by keypad; pause time is 1.0 mS Make/break ratio (2:3 or 1:2) selectable by MODE pin , FLASH ( mS ) 600/300/73/100 M/B Pin KEY TONE Yes HANDFREE DIALING LOCK PACKAGE (PINS) 18 Note: The


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PDF W91530N 13-MEMORY W91530 DTMF KEYPAD Dialer
SLSP14-1200Q88

Abstract: SLSE30-450Q8 SLSR14-900Q8 QDE-815D SLSE30-600Q8 SLSR14-600Q8 SLSR14-750Q8 slsr30-900q8 CSB-M1281M1281 SLSE30-300Q8
Text: 8-pin QD 8-pin Pigtail QD Housing Response Length (L) Time # of Beams 262 mm 11 ms 15 ms 19 ms 23 ms 821 mm 27 ms 971 mm 32 ms 120 1120 mm 36 ms 140 1270 mm 40 ms 1569 mm 1719 mm 1869 mm 43 ms 48 ms 52 ms 56 ms SLSP14-300Q88 SLSR14 , Length (L) Time 262 mm 372 mm 9 ms 11 ms # of Beams 30 671 mm 15 ms 40 971 mm 17 ms 19 ms 50 60 Models* Receiver Pair SLSR30-150Q8 SLSP30-150Q88 SLSE30


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PDF 8-pin/M12 STP-13 STP-14 STP-15 SLSP14-1200Q88 SLSE30-450Q8 SLSR14-900Q8 QDE-815D SLSE30-600Q8 SLSR14-600Q8 SLSR14-750Q8 slsr30-900q8 CSB-M1281M1281 SLSE30-300Q8
1996 - lcd 1602 g I2C

Abstract: LCD p 1602 5b sck 057 k359 MAN 6A 344 LCD15 PD17012GF LCD12 SD 1602 lcd ks1p
Text: ±kHz PLL20 ms AMIFC A M IFAM = 0AMMW, LW 13 IF 0.3 - 1.0 MHz0.3 Vp-p , PLL20 ms 10 µPD17012GF-057 14 INT LCD LCDPD17202AGF , CMOS 40 ms LCD DKSK 11 µPD17012GF-057 19 LOUD , ms 40 ms 300 - 400 ms AGCC 21 LOC CMOS CD , RDMUTE CD RDMUTE 15 ms 40 ms 600 - 700 ms MODE TPSET, CDSET MUTESEL=DK CD


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PDF PD17012GF-057 PD17012GF 057PLLFM, FM18FM1, MW12MW1, LCDPD17202AGF 64QFP14 U12129JJ1V0DS00 lcd 1602 g I2C LCD p 1602 5b sck 057 k359 MAN 6A 344 LCD15 LCD12 SD 1602 lcd ks1p
S7235A2

Abstract: tms34092 s7235 0Q012 Telephone Dialer Circuit SeiKo LT 4320
Text: time: 37.2 ms , frequency: 1.8 kHz) Timing Selection _ , time (min.) DTMF signal inter-pause time (min.) tpL tFlP W *MF tup 608 ms 1.0s 3.6 s 70.9 ms 81.1 ms FTSA = low 203 ms 1.0s 3.6 s 70.9 ms 81.1 ms FTSB = high 933 ms 1.0s 2.0 s 84.5 ms 87.9 ms FTSB = low 94.6 ms 1.0s 2.0 s 84.5 ms 87.9 ms 933 ms 1.0s 2.0 s 84.5 ms 87.9 ms B2, B2F C2 Functions Flash , . Allowable time lag between column and row inputs: 6 ms max. Valid key-input time: 50 ms min. (25 ms min


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PDF S-7235 32-digit 32-digit 31-dig 123MM3 QDD12 T-75-07-07 S7235A2 tms34092 s7235 0Q012 Telephone Dialer Circuit SeiKo LT 4320
2006 - ISP1761

Abstract: AN10061 ISP*1761
Text: in 125 µs = 6 x 512 x 8 = 24 kB in 1 ms . (192 kbit in 1 ms = 5.2 ms for 1 Mbit). This is the data , , depending on the operating system and the speed of the processor. Consider 0.25 ms for each transfer , Therefore, 1 Mbit will take around (0.25 x 4) = 1 ms for command and acknowledge phases. 3.1.3 USB host overhead The USB host (PC) can delay or take sometime for the next request. Consider 1 ms for each Mbit , the complete file. For a file of around 30 MB and above, overhead can be estimated at around 2.5 ms


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PDF AN10061 AN10061 ISP1761 ISP*1761
2006 - block diagram of remote control

Abstract: 008B INFRARED REMOTE CONTROL IC 14 pin
Text: 2 s 1 ms 140 ms Application Remote control transmit waveform time measurement One frame , the timer A0 period to a 1 ms interval. 4. Set the timer A1 register (TA1) to (008B)h in order to set the timer A1 period to a 140 ms interval (one frame ±30% error). 5. Set the timer A0 and timer A1 , , reception is determinded as complete if the following are received within 108 ms : the leader code, custom , determind as complete if the following are received within 108 ms : the leader code, stop bit (1 bit), and


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PDF M16C/28, M16C/28 M16C/29 REJ05B0808-0100/Rev block diagram of remote control 008B INFRARED REMOTE CONTROL IC 14 pin
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