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SN74LS244DWR Texas Instruments Octal Buffers And Line Drivers With 3-State Outputs 20-SOIC 0 to 70 visit Texas Instruments
SN74LS244NP3 Texas Instruments LS SERIES, DUAL 4-BIT DRIVER, TRUE OUTPUT, PDIP20, PLASTIC, DIP-20 visit Texas Instruments
SN74LS244FN Texas Instruments LS SERIES, DUAL 4-BIT DRIVER, TRUE OUTPUT, PQCC20 visit Texas Instruments
SN74LS244N-10 Texas Instruments IC LS SERIES, DUAL 4-BIT DRIVER, TRUE OUTPUT, PDIP20, Bus Driver/Transceiver visit Texas Instruments
SN74LS244J Texas Instruments Octal Buffers And Line Drivers With 3-State Outputs 20-CDIP 0 to 70 visit Texas Instruments
SN74LS244N-00 Texas Instruments LS SERIES, DUAL 4-BIT DRIVER, TRUE OUTPUT, PDIP20 visit Texas Instruments

74ls244 latch

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: 8-Bit Interface Selection Guide 8-Bit Interlace PART NUMBER COMMERCIAL SN74LS241 SN 74LS244 SN74LS341 SN 74LS344 SN 74LS210 SN 74LS240 SN 74LS310 SN 74LS340 SN74S241 SN74S244 SN74S341 SN 74S344 SN74S731/-1 SN74S734/-1 SN74S210 SN74S240 SN74S310 SN 74S340 SN74S700/-1 SN74S730/-1 SN 74LS245 SN74LS645 SN74LS645-1 SN 74LS373 SN 74LS533 SN74S373 SN74S531 SN74S533 SN 74S535 SN 74LS273 SN 74LS374 SN 74LS377 SN , SN54S374 SN54S377 SN54S383 - SN 54S534 Invert S Register Noninvert LS Invert Noninvert Latch S Invert -
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SN74S377 54LS340 LS 74LS245 sn74s700 SN74S731 SN74LS210 74LS534 SN74S273 SN74S374 SN74S383 SN74S532
Abstract: . 8 PØ 8 ALE PSEN 8 3 8 A0-A7 LATCH 74LS138 8031 74373 When using the , buffer all of the input lines. A non-inverting 74LS244 buffer can be used. The object is to prevent , the line regulation and other noise generators. 74LS244 General Design Considerations Siemens
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IC 74ls244 latch pin diagram of ic 74373 IC 74373 IC 74373 pin diagram 74LS138 led matrix function of latch ic 74373 DLX713X DLO7135 DLG7137
Abstract: ¼ liJ Lü Iii lü lü Ei NC GND Ei NC GND D77 54LS/74LS244 Vcc e2 isirrrrrrrrr T f 1 Là LiJ , > x z a X a » u < Display Type Logic/'Connec Diagram Package(s) 5 4511B 7-Seg Latch/ Decoder/Dvr CMOS Yes No Yes 25 â'" H LED 0.015 cm 4L.6B, 9B 6 4734B 7-Seg Latch/ Decoder/Dvr CMOS Yes Yes Yes 25 â'" H LED 0.015 C114 7D,9M 7 4543B 7-Seg Latch/ Decoder/Dvr CMOS Yes No Yes â'" â'" H LCD 0.015 C112 -
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74ILS540 ttl 7447 TTL 7446 TTL 7448 logic diagram of 74LS245 7447 ttl 74LS245 latch 54LS/74LS240 54LS/74LS241 54LS/74LS242 54LS/74LS243 54LS/74LS244 54LS/74LS245
Abstract: ) (3) (4) SAA5355 74LS373 octal transparent latch (3-state) 74LS244 octal buffer (3 , controller (FTFROM) SAA5355 (1) 74LS373 octal transparent latch (3-state) (2) 74LS244 octal buffer (3 , colour CRT controller (FTFROM) SAA5355 (1) 74LS373 octal transparent latch (3-state) Fig , 's low-order address is passed to FTFROM via the octal buffers (74LS244). At the same time the bidirectional , FTFROM's register map or the display memory. (1) 74LS373 octal transparent latch (3-state) (2 Philips Semiconductors
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74LS245 application SCN68008 ic 74ls245 IC 74LS244 LATCH APPLICATIONS 14 inch colour tv circuit diagram TDA3563
Abstract: ) (3) (4) SAA5355 74LS373 octal transparent latch (3-state) 74LS244 octal buffer (3 , controller (FTFROM) SAA5355 (1) 74LS373 octal transparent latch (3-state) (2) 74LS244 octal buffer (3 , colour CRT controller (FTFROM) SAA5355 (1) 74LS373 octal transparent latch (3-state) Fig , 's low-order address is passed to FTFROM via the octal buffers (74LS244). At the same time the bidirectional , FTFROM's register map or the display memory. (1) 74LS373 octal transparent latch (3-state) (2 Philips Semiconductors
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IC 74ls244 latch datasheet ic 74ls245 pdf datasheet pin diagram of IC 74LS373 new 21 inch colour tv circuit diagram IC 74ls373 74LS373 40 pin
Abstract: . 74LS373 octal transparent latch (3-State). 2. 74LS244 octal buffer (3-State). 3. 74LS245 octal bus , MOTES: 1. 74LS373 octal transparent latch (3-State). 2. 74LS244 octal butler (3-State). Figure 20 , B009160S NOTES: 1. 74LS373 octal transparent latch (3-State). 2. 74LS244 octal buffer (3-State). 3 , SAAS350 a16-a9 015-d6 n e ics (1) 373 (1) 373 note: 1. 74LS373 octal transparent latch (3 , microprocessor's low-order address is passed to EUROM via the octal buffers (74LS244). At the same time, the -
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SAA5350 SAA5230 75ls245 SAA5351 74LS373 uses and functions SAA5350N tda3560 timebase IC 625-L SAA5240
Abstract: TTL TTL Volt Single Ended 40 12 +5.0 180 8 D74 9Z 5 54LS/ 74LS244 Octal Bus Dvr Any TTL TTL Volt , Package(s) 5 4511B 7-Seg Latch/ Decoder/Dvr CMOS Yes No Yes 25 â'" H LED 0.015 cm 4L.6B, 9B 6 4734B 7-Seg Latch/ Decoder/Dvr CMOS Yes Yes Yes 25 â'" H LED 0.015 C114 7D,9M 7 4543B 7-Seg Latch/ Decoder/Dvr CMOS -
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74LS47 74LS47 pin configuration bcd to 7 seg 12 volt 74LS244 PIN diagram 7447 pin configuration decoder 7448 PIN CONFIGURATION 7447 11/74LS245
Abstract: transparent latch (3-state) 74LS244 octal buffer (3-state) 74LS245 octal bus transceiver (3-state) SCN68000 , 2 S S .P > O (1) 74LS373 octal transparent latch (3-state) Fig. 17 Simple RAM interface circu , the bus and the microprocessor's low-order address is passed to EUROM via the octal buffers (74LS244). , SAA5351 Jv < Q IZ LU s n. O _i LU > (1) 74LS373 octal transparent latch (3-state) (2) 74LS244 octal buffer (3-state) Fig. 22 Connected 8-bit microprocessor system. June 1988 881 -
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74ls373 buffer ic EUROM SAA5231
Abstract: inches of cable length, it may be necessary to buffer all of the input lines. A non-inverting 74LS244 , BL1 LT WR CE x 74LS244 BUFFER P3.0 P3.1 P3.2 P3.6 P1,#0FFH P2,#00H R1,#OFH R2 , DECODER LATCH OE EPROM 27xx Data I/OW A0 A1 Address A2 Decoder 8 ALE 74LS138 8 Siemens
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interfacing of RAM and ROM with 8085 8085 microprocessor hex code 8085 hex code 8080 intel microprocessor pin diagram 74LS244 buffer interfacing of ram with 8085 DLO4135/DLG4137 DLO4135 DLG4137
Abstract: ) 74LS373 octal transparent latch (3-state) 74LS244 octal buffer (3-state) 74LS245 octal transceiver (3 , 's register map or the display memory. 7Z96208 (1) 74LS373 octal transparent latch (3-state) (2) 74LS244 , . DISPLAY M EM O R Y 7296206 (1) 74LS373 octal transparent latch (3-state) Fig. 17 Simple RAM , buffers (74LS244). A t the same time the bidirectional buffers (74LS245) disable the signals from the low , Single-chip colour crt controller (FTFROM) J \_ SAA5355 (1) 74LS373 octal transparent latch O state -
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74ls244 as buffer 74LS245 buffer ic 7Z96203
Abstract: NOTE: 1. 74LS373 octal transparent latch (3-State). 2. 74LS244 octal buffer (3-State). 3. 74LS245 octal , memory. BD09160S NOTES: 1. 74LS373 octal transparent latch (3-State). 2. 74LS244 octal buffer (3 , octal transparent latch (3-State) Figure 15. Simple RAM Interface Circuit for Display Memory Access , (74LS244). At the same time, the bidirectional buffers (74LS245) disable the signals from the low-order , Single-Chip Color CRT Controller (625-Line System) SAA5350 NOTES: 1. 74LS373 octal transparent latch (3 -
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SCN680 crt monitor circuit tc2068 IC 74ls244 signetics
Abstract: cable length, it may be necessary to buffer all of the input lines. A non-inverting 74LS244 buffer can , D7 x x x x BLØ BL1 LT WR CE BLØ BL1 LT WR CE x 74LS244 BUFFER , P1,A R3,START 8 3 8 A0-A7 Eight DLX413X 8080 or 8085 System DECODER LATCH OE Infineon Technologies
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ic 74373 datasheet block diagram of 74LS138 3 to 8 decoder ic 74ls138 pdf datasheet 74LS244 uses and functions Osram lamp driver schematic ic 74373 D latch 1-888-I
Abstract: x 74LS244 BUFFER P3.0 P3.1 P3.2 P3.6 8 PØ 8 ALE PSEN Because of high , LATCH 74LS138 8031 74373 When using the DLX713X on a separate display board having more , 74LS244 buffer can be used. The object is to prevent transient current into the DLX713x protection Infineon Technologies
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matrix de led 5x7 IC 74ls244 74373 latch ic table 74373 ic 8 digit counter 74ls244 latch ic
Abstract: may not be needed (74LS374's 74LS244 74LS240's LED's and several SSI gates) The logic allows the , reset The signal ``ERRLAT'' is used in this interface to latch the SYNDROME DRAM bank and ERROR flags , ``CS­OFFB'' ) This READ will gate the latched error condition to the CPU data bus via the 74LS244 buffer and , total of 2 WAIT states) and the latch signals ``ODLE'' and ``CSLE'' must be adjusted by delaying them , DP8400 data check bit and syndrome latches ``DLE and CSLE'' to latch the data and check bits before National Semiconductor
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NS32016 DP8419 DP8400-2 NS32201 74ls164 IC 74LS374 using in led interfacing ic 8400 CPU 74LS374 DATASHEET
Abstract: transceiver, a 32 line register, and a 32 line latch module. These are natural companions for AEP memory , 74F244 7 4FCT244 74ACT244 74LS244 buffer buffer buffer buffer AEPBZ32-F244 AEPBZ32-FCT244 A -
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AEPBZ32 02S47T3 000G2 PBZ32
Abstract: microprocessors. All latch enable signals are leveltriggered. The AD394 outputs (VREFIN = 10 V) provide a ±10 V , standard bipolar output DAC. In addition, each DAC has a 12-bit wide data latch to buffer the converter , a bus into a 12-bit wide data latch, the data must be stable for at least 210 ns before returning CS to a high state. When CS is low, the data latch is transparent, allowing the data at the input to , principles for connecting the AD394 to an 8-bit data bus. The 74LS244 buffers the data bus; its outputs are Analog Devices
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AD394TD 74ls139 decoder pin configuration FUNCTIONAL APPLICATION OF 74LS244 AD311 TDA 810 amplifier 74LS139 pin configuration with 74ls139 decoder AD394T MIL-STD-883B DH-28A AD394TD/883B C04851-0-9/04
Abstract: PC parallel interface latch bit D4 turns on Q3 causing the MCLR pin to go low which places the , . Circuit protection of Q1 and Q3 is obtained from connecting the emitter of Q2 to latch bit D4 which , INTERFACE GND (pin 5) 4 2 2 U2 74LS244 DATA (RB7, pin 13) 18 10 7 19 D1 R5 750 , 22 uF 35V 3 17 U2 74LS244 CLOCK (RB6, pin 12) 3 11 12 Resistors: 1/4 watt, 5 Microchip Technology
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AN589 eeprom programmer schematic DS30189 PIC16C84 MICROCHIP DATA BOOK LOGIC DESCRIPTION OF 74LS244 74LS244 20 PINS LOGIC DESCRIPTION 74LS244 PIC16C84 DS00589A-
Abstract: buffer circuit. Other than the 87C451 (U1), and the eight 256k DRAMs (U5-U12), only two 74LS244 buffers , be used in this application with the addition of an external address latch and EPROM. The 51C256 , 74LS244 OEa OEb 1 19 6 26 34 33 32 31 30 29 28 27 42 43 41 +5V 35 RST 12 56 , 74LS244 14 Q Q 8X 51C256 or 41256 VDD U6 U7 U8 U9 U10 U11 8 U12 VSS Philips Semiconductors
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AN417 80C451 83C451 philips PE 2470 circuit diagram 24 column printer 41256 dram printer 8051 AN408
Abstract: 314-10295 314-10435 320-10270 DESCRIPTION 74LS244, OCT BUF, NON INV 74LS32, QUAD 2 - INPUT NOR 74LS20 , -BIT BIN CNTR 4702, BIT RATE GENERATOR 74LS259, 8 -BIT ADDR LATCH 1488, LINE DRIVER 1489, LINE RECEIVER , 470-10363 470-10423 DESCRIPT 1ON 74LS244, OCT BUF, NON INV 74LS32, QUAD 2 - INPUT NOR 74LS20, DUAL 4 - , CNTR 4702, BIT RATE GENERATOR 74LS259, 8-BIT ADDR LATCH 1488, LINE DRIVER 1489, LINE RECEIVER 74LS85 , , "RESET" RR RED 74LS04, HEX INVERTER 74LS10, TRIP 3*INPUT NAND 74LS244, OCT BUF, NON INV 74LS245, BUS XCVR -
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4040 cmos transistor 2N 3055 ic 2114 diode S3L 7d ls y201 AY-3-1015 EM-180/180B EM-180 EM-180B EM-180/18OB A55Y- 8W401
Abstract: microprocessors. All latch enable signals are level-triggered. 4. The output voltage is trimmed to a full scale , -bit wide data latch to buffer the converter when connected to a microprocessor data bus. The AD39S quad DAC , data latch, the data must be stable for at least 150ns before returning CS to a high state. When the CS is low, the data latch is transparent allowing the data at the input to propagate through to the DAC , principles for connecting the AD394 or the AD395 to an 8-bit data bus. The 74LS244 buffers the data bus; its -
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AD394JD AD394KD 74LS244 diagram AD395JD 12 volt inverter DH 28A AD394/AD395 AD395K MIL-STD-883
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