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Part Manufacturer Description Datasheet BUY
SN74LS594N Texas Instruments Serial-in shift registers with output latches 16-PDIP 0 to 70 visit Texas Instruments
SNJ54LS595W Texas Instruments 8-Bit Shift Registers With Output Latches 16-CFP -55 to 125 visit Texas Instruments
SN74LS594D Texas Instruments Serial-in shift registers with output latches 16-SOIC 0 to 70 visit Texas Instruments
SN74LS599D Texas Instruments 8-Bit Shift Registers With Output Latches 16-SOIC 0 to 70 visit Texas Instruments
SN74LS594N3 Texas Instruments Serial-in shift registers with output latches 16-PDIP 0 to 70 visit Texas Instruments
SN74AHC594PWG4 Texas Instruments 8-Bit Shift Registers With Output Registers 16-TSSOP -40 to 85 visit Texas Instruments
SN74AHC595DR Texas Instruments 8-Bit Shift Registers With 3-State Output Registers 16-SOIC -40 to 125 visit Texas Instruments Buy
SN74AHCT594DE4 Texas Instruments 8-Bit Shift Registers With Output Registers 16-SOIC -40 to 85 visit Texas Instruments
SN74LV594ADRG4 Texas Instruments 8-Bit Shift Registers With Output Registers 16-SOIC -40 to 125 visit Texas Instruments
SN74LV594APWT Texas Instruments 8-Bit Shift Registers With Output Registers 16-TSSOP -40 to 125 visit Texas Instruments
SN74AHC594PWRE4 Texas Instruments 8-Bit Shift Registers With Output Registers 16-TSSOP -40 to 85 visit Texas Instruments
SN74AHC595DRG4 Texas Instruments 8-Bit Shift Registers With 3-State Output Registers 16-SOIC -40 to 125 visit Texas Instruments

plc shift register with latch outputs

Catalog Datasheet MFG & Type PDF Document Tags

bmw lvds cable

Abstract: TN1037 shift register brings data into the register from the PLC array. The parallel low-speed data from the , Description Input signal from associated pad via PIC. OUTD0 Input to shift register from PLC routing during output mode. OUTD1 Input to shift register from PLC routing during output mode. OUTD2 Input to shift register from PLC routing during output mode. OUTD3 Input to shift register from , 200 Mbits/s. · 420 MHz I/O performance to support UTOPIA 4 standards. · Input/output shift register
Lattice Semiconductor
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R16C17

Abstract: R14C17 from latch/FF outputs to the I/O pads. This is done for each PLC that is adjacent to a PIC. The , example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to detect when a , functions, fO and f3, are also usable simultaneously with the logic gate outputs. The output of the , can be routed out on the o[4:0] PFU outputs or to the latch/FFs d[3:0] inputs. To increase memory , , the latch/FF input can also be tied to logic 0, which is the default. The four latch/FF outputs, q[3
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MAX6922AQH D

Abstract: Nippon capacitors and operated together. The output latch is transparent to the shift register outputs when LOAD is high , data from the shift register to the output latch when LOAD is high (transparent latch), and latches the , , then the data shifted into the shift register at DIN appears at the OUT0 to OUTn-1 outputs. CLK and DIN , clocked out of the internal shift register to DOUT (MAX6932) on CLK's falling edge. For the MAX6933 , Input. Data is loaded into the internal shift register on CLK's rising edge. On CLK's falling edge, data
Maxim Integrated Products
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MAX6922AQH D Nippon capacitors 68 20L MAX6922/MAX6932/MAX6933/MAX6934 MAX6850 MAX6853 MAX6922/MAX6934 MAX6922/MAX6932/MAX6934 MAX6932/MAX6933/MAX6934

T3168

Abstract: ATT ORCA fpga and next state of a latch/ FF, build a 4-bit shift register, etc. Each of the outputs can drive any , or Raast 3. Latch/FF with Front-End Sslset Figure 12. Latch/FF Set/Reset Configurations PLC Routing , out of the PLC. The eight signals are the four LUT outputs (fO, f1,12, f3) and the four latch/FF , a PLC in the second row and third column is BC. PICs are indicated similarly, with PT (top) and PB , independently. For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to
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T3168 ATT ORCA fpga gc 5.5V .22f 207 525s ATT1C05 op3120 QDS002 IEEE1149 C07-1R280 ATT1C07 280-P 132-P
Abstract: paths from latch/FF outputs to the I/O pads. This is done for each PLC that is adjacent to a PIC , independently. For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to , ORCA Series Field-Programmable Gate Arrays Programmable Logic Cells (PLC) (continued) Each latch , /FF dO and latch/FF d3 inputs, or directly to the outputs oO and o3. The use of the LUT for two , , are also usable simultaneously with the logic gate outputs. ORCA Series Field-Programmable Gate -
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364-P AL-500404200 DS92-099FPGA

ATT ORCA fpga architecture

Abstract: ATT ORCA fpga and next state of a latch/FF, build a 4-bit shift register, etc. Each of the outputs can drive any , the PLC. The eight signals are the four LUT outputs (fO, f1, f2, f3) and the four latch/FF outputs , latches/FFs can be used as a 4-bit shift register, and the LUT can be used to detect when a register has , routed to the latch/FF dO and latch/FF d3 inputs, or directly to the outputs oO and o3. The use of the , five-input combinatorial functions, fO and f3, are also usable simultaneously with the logic gate outputs
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ATT ORCA fpga architecture ATT1C03 ATT1C09 ATATS044 21Q-133BA DS95-084FPGA DS94-131FPGA
Abstract: , read the present state and next state of a latch/FF, build a 4-bit shift register, etc. Each of the , -bit shift register, and the LUT can be used to detect when a register has a particular pattern in it , the latch/FF dO and latch/FF d3 inputs, or directly to the outputs oO and o3. The use of the LUT for , with the logic gate outputs. The output of the multiplexer is: f1 = (HLUTA x cO) + (HLUTB x cO) f1 = , on the o[4:0] PFU outputs or to the latch/FFs d[3:0] inputs. To increase memory address locations -
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C07-1R 100-P 144-P 208-P 225-P 240-P

AMD 2903

Abstract: AMD 2903 bit slice Move status Shift Register X X X X X Logical Logical AND Logical AND with files Logical , power and communicates with other modules through the PLC-3 chassis backplane. Two main processor modules are available for your PLC-3 system: cat. no. 1775-L1 cat. no. 1775-L2 1 Product Data , ) Product Data Description The main processor module is used in PLC-3 programmable controller systems , quickly determines if outputs are: G true G false complete control over program execution program
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AMD 2903 AMD 2903 bit slice plc shift register with latch outputs MCR 100-6 bit-slice Allen Bradley PLC PN955096-55

vfd control using plc

Abstract: Nippon capacitors and operated together. The output latch is transparent to the shift register outputs when LOAD is high , data from the shift register to the output latch when LOAD is high (transparent latch), and latches the , , then the data shifted into the shift register at DIN appears at the OUT0 to OUTn-1 outputs. CLK and DIN , clocked out of the internal shift register to DOUT (MAX6932) on CLK's falling edge. For the MAX6933 , Input. Data is loaded into the internal shift register on CLK's rising edge. On CLK's falling edge, data
Maxim Integrated Products
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vfd control using plc MAX685x MAX6922 MAX6934 MAX6920 MAX6921/MAX6931 21-0049D MAX6922AQH

FX0-14MR-ES

Abstract: mitsubishi plc manual 017-159 1 Specifying a PLC 1.1 What is a PLC? Outputs Control PLC Inputs Actuators , common questions a user asks once he is committed to using a PLC. q The number of inputs and outputs (I , FX0 MEDOC protocol convertor with integral lead For 14 I/O FX0 Micro PLC For 20 I/O FX0 Micro PLC , relays x, y Max. no. of inputs and outputs 512 256 120 30 M General/Latch 2048 , . Available with 14, 20 or 30 inputs and outputs. Each model is stand alone and powered by most world ac
RS Components
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FX0-14MR-ES mitsubishi plc manual mitsubishi fx plc programming cable pin wiring di FX0-30MR-ES FX0-30MR-DS M8014

mitsubishi fx plc programming cable pin wiring di

Abstract: FX0-14MR-ES 232-4645 1 Specifying a PLC 1.1 What is a PLC? Outputs Control PLC Inputs Actuators , common questions a user asks once he is committed to using a PLC. q The number of inputs and outputs (I , FX0 MEDOC protocol convertor with integral lead For 14 I/O FX0 Micro PLC For 20 I/O FX0 Micro PLC , relays x, y Max. no. of inputs and outputs 512 256 120 30 M General/Latch 2048 , . Available with 14, 20 or 30 inputs and outputs. Each model is stand alone and powered by most world ac
RS Components
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mitsubishi pin out plc to pc interface FX0-20MR-ES mitsubishi plc FX SERIES plc mitsubishi q series mitsubishi plc FX SERIES connection cable FX-10du-E

M8014

Abstract: d8042 problems occur when installed. Information- Inputs- Outputs- 1.2 Why use a PLC? Flexibility q , is committed to using a PLC. q The number of inputs and outputs (I/O) required? q Are the I/O digital , FX0 MEDOC software only FX0 MEDOC protocol convertor with integral lead For 14 I/O FX0 Micro PLC For , . of outputs Max. no. of inputs and outputs General/Latch Link Special Non-battery backed Battery , 24Vdc supply to power source inputs. The relay or transistor outputs are standard FX PLC specification
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D8067 d8042 D8041 M8012 FX0-20MT-D FX0-20MT FX0-14MT-D M8050 M8051 M8052 M8053 M8056 M8057

1C05

Abstract: ATT ORCA fpga architecture present state and next state of a latch/FF, build a 4-bit shift register, etc. Each of the outputs can , direct paths from latch/FF outputs to the I/O pads. This is done for each PLC that is adjacent to a PIC , :0]. The results are routed to the latch/FF dO and latch/FF d3 inputs, or directly to the outputs oO , usable simultaneously with the logic gate outputs. The output of the multiplexer is: f 1 = (HLUTA x CO , routed out on the o[4:0] PFU outputs or to the latch/FFs d[3:0] inputs. To increase memory address
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1C05 PX110 1C09 2843B C05 jj MXM pin assignment 304-P

1C07

Abstract: plj1 latch/FF, build a 4-bit shift register, etc. Each of the outputs can drive any number of the five PFU , /FFs, there are direct paths from latch/FF outputs to the I/O pads. This is done for each PLC that is , :0]. The results are routed to the latch/FF dO and latch/FF d3 inputs, or directly to the outputs oO , with the logic gate outputs. The output of the multiplexer is: f 1 = (HLUTA x CO) + (HLUTB x cO) f1 = , ., f[3:0], or the direct data input, wd[3:0]. The four latch/FF outputs q[3:0] can be arbitrarily
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1C07 plj1 HC s304 ic all pics IC PIN CONFIGURATION OF 74 47 att1765

TPA6116

Abstract: headphone op amp must be configured so that the same signal is present at both LOUT2 and ROUT2 outputs but with the , operating with a range of supply voltages, particularly relevant here are the SPKVDD, AVDD and HPVDD supply , plc www.wolfsonmicro.com January 2004, Rev 1.2 Copyright 2004 Wolfson Microelectronics plc WAN_0141 WM8750/51L SETUP LOUT2/ROUT2 REGISTER SETTINGS The LOUT2 and ROUT2 output pins are , ­(-R) = L+R]. REGISTER ADDRESS R40 (28h) LOUT2 Volume BIT LABEL DEFAULT DESCRIPTION
Wolfson Microelectronics
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TPA6116 headphone op amp speaker LM4895 WM8750L speaker 8Ohm WM9711/12L

TPA6116

Abstract: wm9712 500mW but 0.1% at 180mW output. WOLFSON MICROELECTRONICS plc www.wolfsonmicro.com September 2003, Rev 1.1 Copyright 2003 Wolfson Microelectronics plc WAN_0141 WM8750 SETUP LOUT2/ROUT2 REGISTER , LOUT2 and ROUT2 outputs but with the ROUT2 output inverted as set by the INV bit in Table 2. Maximum , voltages. The WM8750L and WM9712L are capable of operating with a range of supply voltages, particularly , right channel are mixed to mono in the speaker [L­(-R) = L+R]. REGISTER ADDRESS R40 (28h) LOUT2
Wolfson Microelectronics
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wm9712 MAX4167 WM9712

mitsubishi fx plc programming cable pin wiring di

Abstract: FX0-14MR-ES devices 5.6 Applied functions D17799 1 Specifying a PLC l PLCs are increasingly being used with their standard hardware and software instead of dedicated 1.1 What is a PLC? computers with unique programs , PLC s o s s r l l Most PLCs are manufactured by well known i t r o y o a o Inputs Outputs t a r , quickly and cost effectively. with a product correctly specified for the application, l A PLC can be , number of inputs and outputs (I/O) required? l Are the I/O digital or analogue? Appropriate PLC l Are
RS Components
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mitsubishi FX series instruction list mitsubishi f2 plc manual PLC connect encoder mitsubishi FX on 60 mr-es melsec fx0 30mt manual mitsubishi plc cable f1 series M8047 D8047 M8058 M8059 M8061 D8061

probug

Abstract: MC68701 bit is controlled by the state of PLC. Associated with the EPROM are an 8-bit data latch and a 16 , address latch is controlled by the PLC bit. A description of the RAM/EPROM Control Register follows , Register for Port 4 has been written with "1's" in the appropriate bits. These address lines will assert "1's" until made outputs by writing the Data Direction Register. MC68701 FIGURE 16 - MC68701 MEMORY , written with "1 's" in the appropriate bits. These address lines will assert "1's" until made outputs by
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M6800 MC6800 probug mc68701 probug MC68701L MC6801 MC68701-l1 IRF 3008 MC6801/03 A13281-3 C198S4

probug

Abstract: mc68701 probug will not contain addresses until the Data Direction Register for Port 4 has been written with "Vs" in , the Data Direction Register for Port 4 has been written with "1 s" in the appropriate bits These address lines will assert "1 s" until made outputs by writing the Data Direction Register. 1) MCU read of , associated with IS3 are controlled by the Port 3 Control and Status Register and are discussed in the Port 3 , by an F53 negative edge. The latch is transparent after a read of Port 3 Data Register. LATCH ENABLE
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MC68701S MC68701S-1 MC68B701S AN/mc68701 probug application circuits for MC68701 pdd 3010 diodes 1n270 MC6801/MC6803 MC68701CS MC68701CL MC68701L-1

AT01084

Abstract: Description Lookup table including truth table register and decoder Delay element, created with a programmable , LUT0: PORTC or PORTD (see PORTSEL in CTRLA register). Important remark: The port selected with PORTSEL , CTRLA register). Important remark: This port is common for inputs and outputs and for LUT0 and LUT1. Pin , . Register configuration: To use LUT0 and LUT1 as separated LUT with two inputs and one output, the user has , to output with ACEVOUT register. 3.5.3 Event system as LUT input Event system is proposed as
Atmel
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AT01084

6N0 953 235

Abstract: , allowing, for instance, a comparator function in the LUTs simultaneously with a shift register in the FFs , , or longer arithmetic functions, with the new option to register the PFU carry-out. â  New , . The PICs provide device inputs and outputs and can be used to register signals and to perform input , , and local set/reset. The SLIC is connected to PLC routing resources and to the outputs of the PFU , PLC array can be routed to each output flip-flop, and logic can be associated with each I/O pad. The
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6N0 953 235 003D2 OR3C80-4 OR3C80 256-P 352-P 432-P

BR16 switch transistors

Abstract: R5C13 , a comparator function in the LUTs simultaneously with a shift register in the FFs. 8 K4_1 K4_2 K4 , arithmetic functions, with the new option to register the PFU carry-out. New soft-wired LUTs (SWL) allow , . Implemented in one partially occupied SLIC with decoded output set up to CE in same PLC. Implemented in five , other global input is maintained. On the output side of each PIO, two outputs from the PLC array can be , latched/ registered outputs (one from each latch/FF), a carry out (COUT), and a registered carry-out
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BR16 switch transistors R5C13 PB11D PTC 8750 W847 Lucent wifi 30L-15P-BA 1-800-8S3-244 DS97-282FPGA

F1-40MR-ES

Abstract: plc based phase sequence indication and controlling for use with F1 PLC 5.7 F1-F2 series programming manual 6 Programming 6.1 Basics 6.2 Memory map F1 , PLC range, which is no longer available, but many of these items may be used with either items from , Opto-isolated inputs and relay outputs q Screw terminal connections, with the 40 and 60 I/O versions having , -60ER-ES 318-294 318-301 318-317 318-323 The following F2 PLC system components are compatible with the F1 , panel is compatible with all RS PLC base units (F1 and F2). The unit offers a large LCD display area
RS Components
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F1-40MR-ES plc based phase sequence indication and controlling cable plc mitsubishi f1-30mr mitsubishi f1-60mr mitsubishi cable sc03 F1-20MR-ES C660/C661

F1-40MR-ES

Abstract: F1 60mr programming manual for use with F1 PLC 5.7 F1-F2 series programming manual 6 Programming 6.1 Basics 6.2 Memory map F1 , PLC range, which is no longer available, but many of these items may be used with either items from , Opto-isolated inputs and relay outputs q Screw terminal connections, with the 40 and 60 I/O versions having , -60ER-ES 318-294 318-301 318-317 318-323 The following F2 PLC system components are compatible with the F1 , panel is compatible with all RS PLC base units (F1 and F2). The unit offers a large LCD display area
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F1 60mr programming manual F2-20GF1 fx 20mr-es mitsubishi plc F1-30MR-es F1-12MR-ES F-20P-CAB

PB21D

Abstract: simultaneously with a shift register in the FFs. Programmable Logic Cells (continued) The LUTs can be , used independently or with arithmetic functions. The PFU is the main logic element of the PLC , PFU, captured at the LUTs associated latch/FF, or multiplexed with the adjacent F4 LUT output using , slew-limited). - Fast-capture input latch and input flip-flop (FF)/latch for reduced input setup time and zero hold time. - Fast open-drain drive capability. - Capability to register 3-state enable signal. -
Lattice Semiconductor
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PB21D OR4E02 OR4E02-2BA352I OR4E02-2BM416I OR4E02-2BM680I OR4E02-1BA352I OR4E02-1BM416I

BA 5979 S

Abstract: or3t806ba352-db , allowing, for instance, a comparator function in the LUTs simultaneously with a shift register in the FFs , -, byte-wide, or longer arithmetic functions, with the option to register the PFU carry-out. Softwired LUTs , logic cell (PLC), with over 50% speed improvement typical. Abundant hierarchical routing resources , one partially occupied SLIC with decoded output set up to CE in same PLC. 7. Implemented in five , the SLIC. The PICs provide device inputs and outputs and can be used to register signals and to
Lattice Semiconductor
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OR3T20 OR3T30 OR3T55 OR3T125 BA 5979 S or3t806ba352-db 2764 EEPROM BA 5979 BL06 transistor R10C9 OR3T80 OR3C804PS208I-DB

OR3T55-6S208I

Abstract: OR3T556BA256-DB in the LUTs simultaneously with a shift register in the FFs. Lattice Semiconductor K5_0 K5_1 K5 , -, byte-wide, or longer arithmetic functions, with the option to register the PFU carry-out. Softwired LUTs , - ble logic cell (PLC), with over 50% speed improvement typical. Abundant hierarchical routing , one partially occupied SLIC with decoded output set up to CE in same PLC. 7. Implemented in five , . The PICs provide device inputs and outputs and can be used to register signals and to perform input
Lattice Semiconductor
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OR3C804BA352-DB OR3T206S208-DB OR3T556BA256-DB OR3T55-6S208I or3t1256 OR3T557BA256DB R12C16 OR3C805PS208-DB OR3C804PS208-DB OR3T206T144-DB OR3T207S208-DB

transistor pt36c

Abstract: stm cl-30 , allowing, for instance, a comparator function in the LUTs simultaneously with a shift register in the FFs , , or longer arithmetic functions, with the option to register the PFU carry-out. Improved , is connected from PLC routing resources and from the outputs of the PFU. It contains eight 3 , from each LUT), eight latched/registered outputs (one from each latch/FF), a carry-out (COUT), and a , LUTs associated latch/FF, or multiplexed with the adjacent F4 LUT output using one of the F5[A:D
Lattice Semiconductor
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transistor pt36c stm cl-30 datasheet transistor pt36C transistor pt42c pt36c PT42C OR4E04 OR4E06 OR4E02-1BM680I OR4E04-2BA352I OR4E04-2BM416I OR4E04-2BM680I

transistor pt36c

Abstract: pt36c equivalent instance, a comparator function in the LUTs simultaneously with a shift register in the FFs. The PFU , arithmetic functions, with the option to register the PFU carry-out. Improved built-in clock management , from PLC routing resources and from the outputs of the PFU. It contains eight 3-state, bidirectional , each LUT), eight latched/registered outputs (one from each latch/FF), a carry-out (COUT), and a , at the LUTs associated latch/FF, or multiplexed with the adjacent F4 LUT output using one of the F5
Lattice Semiconductor
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OR4E02-1BA352C OR4E02-3BM416C OR4E02-2BM416C OR4E02-1BM416C OR4E02-3BM680C pt36c equivalent transistor bc 5763 datasheet OR4E02-3BA352C OR4E02-2BA352C

BA 5979 S

Abstract: BA 5979 , allowing, for instance, a comparator function in the LUTs simultaneously with a shift register in the FFs , -, byte-wide, or longer arithmetic functions, with the option to register the PFU carry-out. Softwired LUTs , - ble logic cell (PLC), with over 50% speed improvement typical. Abundant hierarchical routing , PLC routing resources and to the outputs of the PFU. It contains 3-state, bidirectional buffers and , maintained. On the output side of each PIO, two outputs from the PLC array can be routed to each output
Lattice Semiconductor
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transistor on 4409 pic 123 thermocouple to pic interface R11C2 ba 5412 intel G31 circuit diagram 3T1257PS240-DB OR3T1257BA352-DB OR3T1257BC432-DB OR3T1256PS208-DB OR3T1256PS240-DB OR3T1256BA352-DB

lm 398- SAMPLE AND HOLD

Abstract: R5C4 in the LUTs simultaneously with a shift register in the FFs. Lattice Semiconductor K7_0 K7_1 K7 , -, byte-wide, or longer arithmetic functions, with the option to register the PFU carry-out. Softwired LUTs , logic cell (PLC), with over 50% speed improvement typical. Abundant hierarchical routing resources , one partially occupied SLIC with decoded output set up to CE in same PLC. 7. Implemented in five , . The PICs provide device inputs and outputs and can be used to register signals and to perform input
Lattice Semiconductor
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lm 398- SAMPLE AND HOLD R5C4 R7C14 R7C5 PT10 PT11 OR3T1256BC432-DB OR3C804BA352I-DB OR3T206S208I-DB OR3T306S208I-DB OR3T306S240I-DB OR3T306BA256I-DB

transistor pt36c

Abstract: PT35c transistor , allowing, for instance, a comparator function in the LUTs simultaneously with a shift register in the FFs , , or longer arithmetic functions, with the option to register the PFU carry-out. Improved , is connected from PLC routing resources and from the outputs of the PFU. It contains eight 3 , from each LUT), eight latched/registered outputs (one from each latch/FF), a carry-out (COUT), and a , LUTs associated latch/FF, or multiplexed with the adjacent F4 LUT output using one of the F5[A:D
Lattice Semiconductor
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PT35c transistor T146 pt35c mux8x1 sram 32x4 ap13.6 diode OR4E04-1BA352I OR4E04-1BM416I OR4E04-1BM680I OR4E06-1BA352I OR4E06-1BM680I

transistor pt36c

Abstract: datasheet transistor pt36C simultaneously with a shift register in the FFs. The PFU uses 36 data input lines for the LUTs, eight data , nibble-, byte-wide, or longer arithmetic functions, with the option to register the PFU carry-out , and outputs and can be used to register signals and to perform input demultiplexing, output , dual-port mode. The SLIC is connected from PLC routing resources and from the outputs of the PFU. It , passed out of the PFU, captured at the LUTs associated latch/FF, or multiplexed with the adjacent F4
Lattice Semiconductor
Original
microprocessor block diagram of plc PLC Communication cables pin diagram pt31c transistor BC 157 AM3 Processor Functional Data Sheet ARM Holdings plc

BA 5979 S

Abstract: how many pins in IC 4538 in the LUTs simultaneously with a shift register in the FFs. Lattice Semiconductor K7_0 K7_1 K7 , -, byte-wide, or longer arithmetic functions, with the option to register the PFU carry-out. Softwired LUTs , - ble logic cell (PLC), with over 50% speed improvement typical. Abundant hierarchical routing , PLC routing resources and to the outputs of the PFU. It contains 3-state, bidirectional buffers and , maintained. On the output side of each PIO, two outputs from the PLC array can be routed to each output
Lattice Semiconductor
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how many pins in IC 4538 R17C2 24 micro farad capacitor datasheet 3T80 AM 5766 PR25D OR3C804PS240I-DB OR3T206S240I-DB OR3T206BA352I-DB OR3T306BA352I-DB OR3T556PS208I-DB OR3T556PS240I-DB

pt36c equivalent

Abstract: PT21C simultaneously with a shift register in the FFs. Programmable Logic Cells (continued) The LUTs can be , used independently or with arithmetic functions. The PFU is the main logic element of the PLC , PFU, captured at the LUTs associated latch/FF, or multiplexed with the adjacent F4 LUT output using , slew-limited). - Fast-capture input latch and input flip-flop (FF)/latch for reduced input setup time and zero hold time. - Fast open-drain drive capability. - Capability to register 3-state enable signal. -
Lattice Semiconductor
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PT21C 128x8 rom CORE F5A k72 u2 OR4E023BA352-DB OR4E023BM416-DB OR4E023BM680-DB OR4E022BA352-DB OR4E022BM416-DB OR4E022BM680-DB

PT18C

Abstract: k62M simultaneously with a shift register in the FFs. Programmable Logic Cells (continued) The LUTs can be , used independently or with arithmetic functions. The PFU is the main logic element of the PLC , an F4 LUT can be passed out of the PFU, captured at the LUTs associated latch/FF, or multiplexed with , slew-limited). - Fast-capture input latch and input flip-flop (FF)/latch for reduced input setup time and zero hold time. - Fast open-drain drive capability. - Capability to register 3-state enable signal. -
Lattice Semiconductor
Original
PT18C k62M OR4E02-2BM680C OR4E02-1BM680C OR4E04-3BA352C OR4E04-3BM416C OR4E04-3BM680C OR4E04-2BA352C

00XXX001

Abstract: OR3T125 simultaneously with a shift register in the FFs. Lattice Semiconductor K6_0 K6_1 K6_2 K6_3 K5_0 K5_1 K5 , longer arithmetic functions, with the option to register the PFU carry-out. Softwired LUTs (SWL) allow , AND-OR with optional INVERT in each programma- ble logic cell (PLC), with over 50% speed improvement , one partially occupied SLIC with decoded output set up to CE in same PLC. 7. Implemented in five , grades, and temperature ranges. The SLIC is connected to PLC routing resources and to the outputs of
Lattice Semiconductor
Original
00XXX001 PT12 R15C3 IC CD 4030 pin configuration OR3T307S208 OR3C/3T80 OR3C804PS208I-DB2 OR3C804BA352I-DB2 OR3T556PS208I-DB1 OR3T556S208I-DB OR3T556PS240I-DB3

k72 u2

Abstract: sd tray simultaneously with a shift register in the FFs. Programmable Logic Cells (continued) The LUTs can be , used independently or with arithmetic functions. The PFU is the main logic element of the PLC , an F4 LUT can be passed out of the PFU, captured at the LUTs associated latch/FF, or multiplexed with , slew-limited). - Fast-capture input latch and input flip-flop (FF)/latch for reduced input setup time and zero hold time. - Fast open-drain drive capability. - Capability to register 3-state enable signal. -
Lattice Semiconductor
Original
sd tray OR4E021BA352-DB OR4E021BM416-DB OR4E021BM680-DB OR4E043BA352-DB OR4E043BM416-DB OR4E043BM680-DB

F1 60mr programming manual

Abstract: fx 20mr-es for use with F1 PLC 5.7 F1-F2 series programming manual Section index 6 Programming 1 , this F1-30 facility. W.275 H.90 D.90 The following F2 PLC system components are compatible with the , Opto-isolated inputs and relay outputs units are given in Table 2. l Screw terminal connections, with the 40 , -60ER-ES 318-323 W.250 H.90 D.90 The following F1 PLC system components are compatible with the F1 extension , is compatible with all of the RS PLC range of base units. It is particularly suitable for l
RS Components
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F2-20P-E SC-03-s1 F1-20P-E F1-30MR-ES mitsubishi Fx 40mr cable mitsubishi F1 40ER D13416 F1-20I/O

PLC Communication cables pin diagram

Abstract: Voltage to Current Converter dual 4-20mA circuit integral DIN rail mount. Packing List Verify that your Stamp PLC kit is complete in accordance with the list below: · · · · Stamp PLC hardware Serial Cable Documentation Small bag with four , inputs are grouped together courtesy of an on-board shift register. BASIC Stamps have built-in commands , used to access the Stamp PLC's inputs and outputs. Opening the Enclosure At first, this enclosure , : Stamp PLC with Serial Port and Power Connected DB9 Male 1 6 2 7 3 8 4 9 5 24VDC + S OUT
Parallax
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Voltage to Current Converter dual 4-20mA circuit 12-Bit Parallel-IN Serial-OUT Shift Register Voltage to Current Converter dual 4-20mA mini ups system project AC Motor speed and soft start Current to Voltage Converter 4-20mA MAX1270 74HC165

toslink analog

Abstract: LNK6 -bit Differential Stereo DAC with Volume Control. This evaluation platform and documentation should be used in conjunction with the latest version of the WM8718 datasheet. The datasheet gives device functionality , make it easy to gain familiarity with the WM8718 and to allow optimum performance to be measured , Requires: · WOLFSON MICROELECTRONICS plc www.wolfsonmicro.com Two Audio receivers (such as active speakers), for LEFT and RIGHT outputs. February 2003, Rev 1.1 Copyright 2003 Wolfson Microelectronics
Wolfson Microelectronics
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WM8718-EV1M toslink analog LNK6 IEE488 EV1M CS8414 WM8718-EV1B WM8718-EV1S 95/98/NT/2000/XP

FX-40DU-E

Abstract: FX-40DU to the PLC and input or outputs can be forced ON or OFF q Auto screen switch off to conserve , data register in the PLC and enables transfer of this data to the PLC as required q Secret entry , specifying device numbers in the MONITOR MODE. 7. SHIFT key This key is used in conjunction with other , 6. LAMP (EXT) . . . Switches external outputs ON/OFF in accordance with ON/OFF control of , status of programmable controller bit devices, or external outputs, in accordance with display operation
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FX-40DU-E FX-40DU FX-40DU-CAB FX-40-DUE FX-40DU-ES MANUAL Mitsubishi PLC Communication Cable 40DU-E RS-232C

FX-40DU

Abstract: F2-232CAB Switches external outputs ON/OFF in accordance with ON/OFF control of programmable controllers bit devices , controller bit devices, or external outputs, in accordance with display operation key inputs or inputs from , Issued July 1994 D17884 Man machine interface display Mitsubishi FX PLC Supplied to RS by , display and to enter instructions and information into the PLC. Benefits of the display include: l Easy , programming part of any FX PLC base unit using the cable supplied. The display can be powered from the base
RS Components
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F2-232CAB C0912 232CAB mitsubishi touch screen pc cable rs232

FX-40DU-E

Abstract: FX-40DU to the PLC and input or outputs can be forced ON or OFF q Auto screen switch off to conserve , data register in the PLC and enables transfer of this data to the PLC as required q Secret entry , specifying device numbers in the MONITOR MODE. 7. SHIFT key This key is used in conjunction with other , . LAMP (EXT) . . . Switches external outputs ON/OFF in accordance with ON/OFF control of programmable , status of programmable controller bit devices, or external outputs, in accordance with display operation
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D8255 mitsubishi touch screen plc cable rs232 FX40DU mitsubishi plc cable rs232 FX40DU-CAB D2999

transistor pt36c

Abstract: PT18C function in the LUTs simultaneously with a shift register in the FFs. Lucent Technologies Inc , .25 Figure 20. Latch/FF Set/Reset Configurations .26 Figure 21. EBR Read and Write Cycles with , Banks .36 Figure 24. PIO Shift with the option to register the PFU carry-out. s SLIC , be performed in the SLIC. The PIOs provide device inputs and outputs and can be used to register
Lucent Technologies
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transistor pt31C AK1056 PL34C PT36c transistor PR41C R3174 DS01-024NCIP DS00-221FPGA

PT43C

Abstract: PR41C function in the LUTs simultaneously with a shift register in the FFs. Programmable Logic Cells , 20. Latch/FF Set/Reset Configurations .26 Figure 21. EBR Read and Write Cycles with Write , with Boundary-Scan , longer arithmetic functions, with the option to register the PFU carry-out. s System Features s s , outputs and can be used to register signals and to perform input demultiplexing, output multiplexing
Lucent Technologies
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PT43C Y 928 K00 064 pin diagram of ic 7495 shift register OR4E10 21-INPUT pr46c

transistor d1047

Abstract: transistor m1104 logic, which is the mostly adopted programming language of PLC. Users familiar with the PLC concepts , physical outputs Input signal Input X Input signal: PLC reads the ON/OFF status of each input and , . Calculate scan time 1-2 PLC measures its own scan time and stores the value (0.1ms) in register , : Decimal value in PLC operation is attached with an "K", e.g. K100 indicates the value 100 in Decimal , : Hexadecimal value in PLC operation is attached with an "H", e.g. H100 indicates the value 100 in Hex format
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transistor d1047 transistor m1104 D1047 TRANSISTOR D1960 Delta WPLSoft sample d1266 M1067 M1068 D1067 D1068
Abstract: high, all outputs are forced low. Blanking can be used during data entry. Shift Register Data is , S O utput. P rovides o u tp u t state o f last bit in shift register. 3-12 O U T 2 0 -O U T 1 , state into shift register. E xisting sh ift reg ister con tents are m oved tow a rd D O U T pin. 16 , Functional Description Refer to the Block Diagram and Timing Diagram. Latch Data Input All shift register data bits are transferred to the latch when STRB (strobe) is high. STRB may be continuously held -
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MIC5812 5812B

ATT ORCA fpga

Abstract: independently. For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to , dO and latch/FF d3 inputs, or directly to the outputs oO and o3. The use of the LUT for two , also usable simultaneously with the logic gate outputs. The output of the multiplexer is: f1 = , outputs or to the latch/FFs d[3:0] inputs. To increase memory address locations (e.g., 32 x 4), two , , the latch/FF input can also be tied to logic 0, which is the default. The tour latch/FF outputs, q[3
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ATT2C04 ATT2C06 ATT2C08 ATT2C10 ATT2C12 ATT2C15

CORE F5A

Abstract: simultaneously with a shift register in the FFs. Programmable Logic Cells The PFU is organized in a , 24. PIO Shift with the option to register the PFU carry-out , outputs. Variable size bused readback of configuration data capability with the built-in MPI and system , outputs and can be used to register signals and to perform input demul tiplexing, output multiplexing
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mitsubishi A1 series plc communication pin diagram

Abstract: D882 TRANSISTOR circuit example represents a low cost, compact micro modular PLC with high performance capabilities. It can offer a solution , requirements. Therefore the RS Mitsubishi A1S PLC with its advanced communication and networking modules is a , PLCs can be linked on to one networking system, with a maximum 8 networks per A1S PLC system. In , PLC? Choosing which type of PLC to use may seem a difficult task to undertake sometimes, with the , available, together with the ability for use within a network. FX ­ a high powered stand alone PLC for
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mitsubishi A1 series plc communication pin diagram D882 TRANSISTOR circuit example A1SY42 D882 P K6 A1SX42 transistor D886 RS-232C/RS-422/RS485 M9012

mitsubishi fx plc programming cable pin wiring diagram

Abstract: sun hold relay ras 1215 represents a low cost, compact micro modular PLC with high performance capabilities. It can offer a solution , requirements. Therefore the RS Mitsubishi A1S PLC with its advanced communication and networking modules is a , 32 FX series PLCs can be linked on to one networking system, with a maximum 8 networks per A1S PLC , of PLC to use may seem a difficult task to undertake sometimes, with the functionality of each PLC , and FX0 PLCs A1S compatibility with FX, F2, F1 and FX0 The RS A1S PLC range is not compatible with
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mitsubishi fx plc programming cable pin wiring diagram sun hold relay ras 1215 a1sCPU A1SY80 A1Sy10 A1SX81 RS-232C/RS-422/RS-485

A1SY80

Abstract: A1SX80 represents a low cost, compact micro modular PLC with high performance capabilities. It can offer a solution , . Therefore the RS Mitsubishi A1S PLC with its advanced communication and networking modules is a welcome , to one networking system, with a maximum 8 networks per A1S PLC system. In addition to all the , type of PLC to use may seem a difficult task to undertake sometimes, with the functionality of each PLC , , F1, FXon and FX0 PLCs A1S compatibility with FX, F2, F1, FXon and FX0 The RS A1S PLC range is not
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A1SX80 A1S61P A1S38B transistor d882 REPLACEMENT A1SX10 spot welder timer circuit

A1SX80 Wiring

Abstract: A1SY80 represents a low cost, compact micro modular PLC with high performance capabilities. It can offer a solution , requirements. Therefore the RS Mitsubishi A1S PLC with its advanced communication and networking modules is a , 32 FX series PLCs can be linked on to one networking system, with a maximum 8 networks per A1S PLC , difficult task to undertake sometimes, with the functionality of each PLC on the surface appearing to be , RS A1S PLC range is not compatible with the FX, F2, F1 and FX0 PLCs. 1. The sequence program format
RS Components
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A1SX80 Wiring 3 wire pt100 sensor A1SX80 Connection LG crt monitor PCB diagram resistive screen controlled robot PLC control spot welding

a1sCPU

Abstract: mitsubishi a1s hardware represents a low cost, compact micro modular PLC with high performance capabilities. It can offer a solution , requirements. Therefore the RS Mitsubishi A1S PLC with its advanced communication and networking modules is a , PLCs can be linked on to one networking system, with a maximum 8 networks per A1S PLC system. In , PLC? Choosing which type of PLC to use may seem a difficult task to undertake sometimes, with the , available, together with the ability for use within a network. FX ­ a high powered stand alone PLC for
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mitsubishi a1s hardware mitsubishi cable pc to plc A1s 220VAC to 12VDC 20A circuit diagram Mitsubishi PLC FXon to pc Communication cable 220VAC to 5VDC 2A circuit diagram 220VAC to 24VDC transformer
Abstract: so that a PLC in the second row and third column is R2C3. PICs are indi­ cated similarly, with PT , latches/FFs can be used as a 4-bit shift register, and the LUT can be used to detect when a register has , are routed to the latch/FF dO and latch/FF d3 inputs, or directly to the outputs oO and o3. The use , five-input combinatorial functions, fO and f3, are also usable simultaneously with the logic gate outputs , can be routed out on the o[4:0] PFU outputs or to the latch/FFs d[3:0] inputs. To increase memory -
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ATT2C26 ATT2C40 DS95-183FPGA DS95-031

lucent 497aa

Abstract: PT12B /FFs, there are direct paths from latch/FF outputs to the I/O pads. This is done for each PLC that is , , build a 4-bit shift register, etc. Each of the outputs can drive any number of the five PFU outputs. The , a PLC in the second row and third column is R2C3. PICs are indi cated similarly, with PT (top) and , . For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to detect , , the outputs of the five-input combinatorial functions, fO and f3, are also usable simultaneously with
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lucent 497aa PT12B PT15D PR12D LSR 2C12 pr19a 160-P 428-P

incremental optical encoder 5V ttl quadrature

Abstract: HCTL-2001-A00 is compatible with the HCTL-2021A00/PLC internal counter/latch combination. Consider the sequence of , latch. It also resets the inhibit logic. RST is asynchronous with respect to any other input signals , used with the CNTDCDR and CNTCAS outputs. The proper signal U (high level) or D/ (low level) will be , updates. D. The system count is >16 bits so the HCTL-2021A00/PLC can be cascaded with other standard , section consists of count and up/down outputs derived from the 4x decoder mode of the HCTL-2021-A00/PLC
Avago Technologies
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HCTL-2001-A00 HCTL-2017-A00 HCTL-2021-A00 incremental optical encoder 5V ttl quadrature HCTL-2017-PLC ic decoder for shaft encoder Quadrature Decoder Interface ICs HCTL-2017-A00/PLC HCTL-2021A00/PLC

pt10c

Abstract: /FFs, there are direct paths from latch/FF outputs to the I/O pads. This is done for each PLC that is , independently. For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to , with the special PFU gate outputs. The output of the MUX is: f1 = (HLUTA & CO) + (HLUTB & cO) f1 = , . The f[3:0] data outputs can be routed out on the o[4:0] PFU outputs or to the latch/FF d[3:0] inputs , LUT outputs (f[3:0]). The f[3:0] data outputs can be routed out of the PFU or sent to the latch/FF d
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pt10c DS96-025FPG

R6C12

Abstract: PBII MIL-STD-810E used as a 4-bit shift register, and the LUT can be used to detect when a register has a particular , combinatorial functions, fO and f3, are also usable simultaneously with the logic gate outputs. The output of , tied to logic 0, which is the default. The four latch/FF outputs, q[3:0], can be placed on the five PFU outputs, o[4:0]. Table 3. Configuration RAM Controlled Latch/FlipFlop Operation Function , FPGA and the Iatches/FFs, there are direct paths from latch/FF outputs to the I/O pads. This is done
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R6C12 PBII MIL-STD-810E S208/ PS208 S240/ PS240 S304/ PS304

ks 4290 industrial controller

Abstract: ATT2C12 and column so that a PLC in the second row and third column is BC. PICs are indicated similarly, with , independently. For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to , also usable simultaneously with the logic gate outputs. The output of the multiplexer is: f1 = (HLUTA , . The f[3:0] data outputs can be routed out on the o[4:0] PFU outputs or to the latch/FFs d[3:0] inputs , , the latch/FF input can also be tied to logic 0, which is the default. The four latch/FF outputs, q[3:0
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ks 4290 industrial controller AKA NF 028 52833 ptc ei 8n trw 2015 CODE PJ 62-00 ATT2C12-3S 429-P D012327

5.1 subwoofer AMPLIFIER CIRCUIT DIAGRAM

Abstract: dual sub woofer circuit diagram Supports 2.1, 5.1 or 6.1 outputs with optional rear centre channel generation PWM Audio Performance with , (256fs), 24-bit data 2. All figures are quiescent, with no signal. WOLFSON MICROELECTRONICS plc , bandwidth sub channel are provided as PWM outputs, to drive 6 speakers plus Sub. The PCM to PWM converter supports up to 7.1 channels of audio, in PCM input formats. These may be mixed down to 6.1 or 5.1 outputs , is input, the surround data may be processed internally to create a pseudo 6.1 signal with rear
Wolfson Microelectronics
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WM8608 5.1 subwoofer AMPLIFIER CIRCUIT DIAGRAM dual sub woofer circuit diagram 7.1 speaker with subwoofer circuit diagram 3528 pwm 20 PINS low pass subwoofer circuit diagram 5.1 speaker with subwoofer circuit diagram

OR3T80 ORCA

Abstract: CORE F5A simultaneously with a shift register in the FFs. 8 PROGRAMMABLE FUNCTION UNIT (PFU) Q7 Q6 Q5 Q4 Q3 Q2 Q1 Q0 , longer arithmetic functions, with the new option to register the PFU carry-out. New softwired LUTs (SWL , , and PAL*-like AND-OR with optional INVERT in each programmable logic cell (PLC). T Abundant , PICs provide device inputs and outputs and can be used to register signals and to perform input , /outputs (PIOs) and routing resources. On the input side, each PIO contains a fastcapture latch that is
Lucent Technologies
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OR3T80 ORCA T55M3 DS98-163FPGA-01 DS98-163FPGA

plc shift register with latch outputs

Abstract: IA16450 Block Diagram Figure 1 INTERNAL DATA BUS D7:D0 RECEIVER BUFFER REGISTER RECEIVER SHIFT , CONTROL TRANSMITTER HOLDING REGISTER TRANSMITTER SHIFT REGISTER RD_n WR WR_n SOUT , divisor latch access bit (DLAB - the msb of the line control register) must be set high to access the , Address input latch. The positive edge of ADS_n latches the state of the register address bus into the , discrete outputs. This output is controlled by writing to the OUT1 (bit 2) bit of the control register
InnovASIC Semiconductor
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IA16450 NS16450 IA16450-PDW40C IA16450-PDW40I IA16450-PLC44C IA16450-PLC44I MIL-STD-883

ATT2C12

Abstract: OA50 diodes , the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to detect when a , latch/FF d3 inputs, or directly to the outputs oO and o3. The use of the LUT for two independent , usable simultaneously with the logic gate outputs. The output of the multiplexer is: f1 = (HLUTA x cO , ] data out­ puts can be routed out on the o[4:0] PFU outputs or to the latch/FFs d[3:0] inputs. To , tied to logic 0, which is the default. The four latch/FF outputs, q[3:0], can be placed on the five
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OA50 diodes 0050G2L

IC TTL 7495 diagram and truth table

Abstract: BA 5979 S in the LUTs simultaneously with a shift register in the FFs. Lucent Technologies Inc. K7_0 K7 , optional INVERT in each programmable s s s s s s s s s logic cell (PLC), with , the SLIC. The PICs provide device inputs and outputs and can be used to register signals and to , , clock enables, and local set/reset. The SLIC is connected to PLC routing resources and to the outputs , inputs/outputs (PIOs) and routing resources. On the input side, each PIO contains a fastcapture latch
Lucent Technologies
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IC TTL 7495 diagram and truth table motorola s240 pin diagram of ic 7495 Xilinx counter inverter design using plc PLC full DS99-087FPGA

1606 XL POWER SUPPLIES

Abstract: PR24D outputs from the PLC array can be routed to each output flip-flop, and logic can be associated with each I , , for instance, a comparator function in the LUTs simultaneously with a shift register in the FFs , functions, with the option to register the PFU carry-out. Softwired LUTs (SWL) allow fast cascading of up to , INVERT in each programma- ble logic cell (PLC), with over 50% speed , with decoded output set up to CE in same PLC. 7. Implemented in five partially occupied SLICs. 6
Lattice Semiconductor
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1606 XL POWER SUPPLIES PR24D instruction set architecture intel i7 4770

MC68701U4

Abstract: MC6801U4 the state of PLC. Associated with the EPROM are an 8-bit data latch and a 16-bit address latch. The , written with "1s" in the appropriate bits. These address lines will assert "1s" until made outputs by , assert "1s" until made outputs by writing the data direction register. NOTES: 1) Excludes the , dresses until the data direction register for port 4 has been written with "1s" in the appropriate bits. These address lines will assert "1s" until made outputs by writing the data direction register
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MC68701U4 MC6801U4 MC68701U4-1 MC68701U MC68701U4L mc68701u4l1

BA 5979

Abstract: br06 in the LUTs simultaneously with a shift register in the FFs. Lattice Semiconductor K7_0 K7_1 K7 , -, byte-wide, or longer arithmetic functions, with the option to register the PFU carry-out. Softwired LUTs , - ble logic cell (PLC), with over 50% speed improvement typical. Abundant hierarchical routing , PLC routing resources and to the outputs of the PFU. It contains 3-state, bidirectional buffers and , maintained. On the output side of each PIO, two outputs from the PLC array can be routed to each output
Lattice Semiconductor
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br06 ic 7490 truth table 448 B14 600-ii diagram for 3 bits binary multiplier circuit

74hc273

Abstract: MPSA2222 CIRCUIT CELLAR ONLINE SLOAD(L). With the data in the shift register, the processor has only to clock , , output latches. The data is clocked through the shift register chain and then all outputs are , would be incurred with only 74HC- edge-triggered input latch. The 74HCpractice to leave unconnected CMOS , factors to be weighed digital outputs can be imple against ESD protection, mented with a 74HC574
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74HC244 74hc273 MPSA2222 opa548 audio amplifier schematics uln2803 application note ULN2803 equivalent 74HC257 74IIC257

ap13 eam

Abstract: 2c14r simultaneously with a shift register in the FFs. 8 F5C DIN7 DIN6 DIN5 DIN4 DIN3 DIN2 DIN1 DINO Q5 04 , PFUs for nibble-, byte-wide, or longer arithmetic functions, with the new option to register the PFU , x 4 dual-port RAM mode. in one partially occupied SLIC with decoded output set up to CE in same PLC , inputs and outputs and can be used to register signals and to perform input demultiplexing, output , maintained. On the output side of each PIO, two outputs from the PLC array can be routed to each output
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ap13 eam 2c14r tic 2250
Abstract: , allowing, for instance, a comparator function in the LUTs simultaneously with a shift register in the FFs , adjacent PFUs for nibble-, byte-wide, or longer arithmetic functions, with the new option to register the , SLIC with decoded output set up to CE in same PLC. in five partially occupied SLICs. Note: Shaded , to PLC routing resources and to the outputs of the PFU. It contains 3-state, bidirectional buffers , other global input is maintained. On the output side of each PIO, two outputs from the PLC array can -
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DS97-282FPG

pt36c equivalent

Abstract: transistor pt36c simultaneously with a shift register in the FFs. The PFU uses 36 data input lines for the LUTs, eight data , High-Speed I/O Banks . 39 Figure 24. PIO Shift Register . 41 , , or longer arithmetic functions, with the option to register the PFU carry-out. Improved , and outputs and can be used to register signals and to perform input demultiplexing, output , dual-port mode. The SLIC is connected from PLC routing resources and from the outputs of the PFU. It
Lattice Semiconductor
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l22c INTEL Core i7 860 K72 v4 128x8 ram pl20c PT 9732 416-P 680-P DS01-174NCIP
Abstract: function in the LUTs simultaneously with a shift register in the FFs. The PFU uses 36 data input lines , High-Speed I/O Banks . 39 Figure 24. PIO Shift Register . 41 , , or longer arithmetic functions, with the option to register the PFU carry-out. s Improved , the SLIC. The PIOs provide device inputs and outputs and can be used to register signals and to , independently or with arithmetic functions. The PFU is the main logic element of the PLC, containing elements Agere Systems
Original
Abstract: , for instance, a comparator function in the LUTs simultaneously with a shift register in the FFs. 8 , -, byte-wide, or longer arithmetic functions, with the new option to register the PFU carry-out. â  New , partially occupied SLIC with decoded output set up to CE in same PLC. in five partially occupied SLICs , device inputs and outputs and can be used to register signals and to perform input demultiplexing , local set/reset. The SLIC is connected to PLC routing resources and to the outputs of the PFU. It -
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600-P BA256 BA352 BC432 BC600 OR3C/T55

circuit diagram of MOD 100 counter using ic 7490

Abstract: R14C11 , a comparator function in the LUTs simulta neously with a shift register in the FFs. Lucent , longer arithmetic functions, with the option to register the PFU carry-out. Softwired LUTs (SWL) allow , *-like AND-OR with optional INVERT in each programmable logic cell (PLC), with over 50% speed , inputs and outputs and can be used to register signals and to perform input demultiplexing, output , . The SLIC is connected to PLC routing resources and to the outputs of the PFU. It contains 3
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circuit diagram of MOD 100 counter using ic 7490 R14C11 RSC14 plcf circuit diagram of MOD 8 counter using ic 7490

C28H OMRON Operation Manual

Abstract: C40H OMRON Operation Manual drum counter 8.6 Interlocks and jumps 8.7 Shift register 8.8 Subroutines 8.9 Step sequence 8.10 I , supply, RS-232 port, 32 24Vdc inputs, 28 relay contact outputs Expansion 24Vdc power supply with 12 24Vdc inputs, 8 relay contact outputs Expansion 24Vdc power supply with 16 24Vdc inputs, 12 relay contact outputs Expansion 24Vdc power supply with 24 24Vdc inputs, 16 relay contact outputs Expansion 24Vdc power supply with 32 24Vdc inputs, 28 relay contact outputs Advanced programming console Data
RS Components
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C28H OMRON Operation Manual C40H OMRON Operation Manual C40H OMRON plc c28k OMRON Operation Manual c60h OMRON Operation Manual OPERATION MANUAL C28H AND C40H
Abstract: adjacent PFUs for nibble-, byte-wide, or longer arithmetic functions, with the option to register the PFU ,   â  â  â  â  â  â  logic cell (PLC), with over 50% speed improvement typi­ cal , dual-port RAM mode. in one partially occupied SLIC with decoded output set up to CE in same PLC. in five , be per­ formed in the SLIC. The PICs provide device inputs and outputs and can be used to register , , clock enables, and local set/reset. The SLIC is connected to PLC routing resources and to the outputs -
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GD3T75

PRM 100K B-4

Abstract: PRM 50K B-4 4-bit shift register, etc. Each of the o utputs can drive any num ber of the five PFU outputs. T he , ore o r less independently. For exam ple, the latches/F F s can be used as a 4-bit shift register, and , The results are routed to th e latch/FF dO and latch/FF d3 inputs, o r d irectly to the outputs oO and , o u t puts can be routed out on the o[4:0] PFU outputs or to the latch/FF s d[3:0] inputs. To , latch/FF. 3. Latch/FF with front-end select: the data select signal (actually Isr) selects the input
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PRM 100K B-4 PRM 50K B-4 07-1R 132-PI

multiplier using CARRY SELECT adder

Abstract: R3C15 latches/FFs, there are direct paths from latch/FF outputs to the I/O pads. This is done for each PLC that , latches/FFs can be used as a 4-bit shift register, and the LUT can be used to detect when a register has a , ] data outputs can be routed out on the o[4:0] PFU outputs or to the latch/FF d[3:0] inputs. address , outputs (f[3:0]). The f[3:0] data outputs can be routed out of the PFU or sent to the latch/FF d[3:0 , tied to logic 0, which is the default. The four latch/FF outputs, q[3:0], can be placed on the five PFU
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multiplier using CARRY SELECT adder R3C15 R14C17 R12C20 R8C1B RuC15

C28H OMRON Operation Manual

Abstract: c28k OMRON Operation Manual drum counter 8.6 Interlocks and jumps 8.7 Shift register 8.8 Subroutines 8.9 Step sequence 8.10 I , supply, RS-232 port, 32 24Vdc inputs, 28 relay contact outputs Expansion 24Vdc power supply with 12 24Vdc inputs, 8 relay contact outputs Expansion 24Vdc power supply with 16 24Vdc inputs, 12 relay contact outputs Expansion 24Vdc power supply with 24 24Vdc inputs, 16 relay contact outputs Expansion 24Vdc power supply with 32 24Vdc inputs, 28 relay contact outputs Advanced programming console Data
RS Components
Original
design a sequential timer to switch on and off at least 3 relays in a particular sequence using tim Omron Programming Console c40h ladder diagram omron plc barcode reader Omron C40H manual G6B-1174P-FD-US OMRON LSS 3 manual

melsec fx 48mr

Abstract: FX-48MR /Stop switch inputs/outputs, together with extension blocks providing 6.30 FX series programming manual , choose an FX PLC 8.2.2 Outputs 4. Power supply requirements and input/output 8.2.3 Timers , 730-060 which can be used with standard and advanced features which include: each FX PLC to link together , outputs), it is possible to have a split 628-579 with a ratio of approximately 2:1 in either direction i.e. 629-134 up to 168 inputs with 88 outputs at one extreme, ranging through to 88 inputs with 168
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melsec fx 48mr FX-48MR fed board 512 812 relay FX-80MR MELSEC FX-32MR PLC FX-24MR D17244 FX-40AP/AW F-16NP/NT F2-32RM F2-30GM

mitsubishi plc FX64m SERIES

Abstract: FX-48MR unit to provide the majority of the inputs/outputs, together with extension blocks providing up to 16 , . Alternatively a PLC can be used. A programmer is used to set up the control sequence as a software program with , outputs. Extension blocks do not require an external power supply. The base unit may be configured with , MelsecNet/Mini communications block, RS stock nos. 627-780 or 730-060 which can be used with each FX PLC , capability of 256 (inputs and outputs), it is possible to have a split with a ratio of approximately 2:1 in
RS Components
Original
mitsubishi plc FX64m SERIES Melsec* fx-64mr FX-64MR FX-32MR 12v 6A variable convertor diagram PLC based WATER LEVEL CONTROL ladder diagram

FX-EEPROM-4

Abstract: F2-20gf1 majority of the inputs/outputs, together with extension blocks providing up to 16-way dedicated or mixed , advantages of using a PLC over a traditional electromechanical system consider a control system with 20 input , a PLC can be used. A programmer is used to set up the control sequence as a software program with , practice is source). Figure 2 FX PLC configuration EXT blocks q High speed count with program interrupt , 730-060 which can be used with each FX PLC to link together up to 32 FX PLCs into a single A1S Master PLC
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Original
FX-EEPROM-4 TRIAC 8315 Mitsubishi FX48M YL 69 moisture mitsubishi FX-48MR FX-128MR

mitsubishi plc FX64m SERIES

Abstract: FX-64MR unit to provide the majority of the inputs/outputs, together with extension blocks providing up to 16 , . Alternatively a PLC can be used. A programmer is used to set up the control sequence as a software program with , outputs. Extension blocks do not require an external power supply. The base unit may be configured with , MelsecNet/Mini communications block, RS stock nos. 627-780 or 730-060 which can be used with each FX PLC , capability of 256 (inputs and outputs), it is possible to have a split with a ratio of approximately 2:1 in
RS Components
Original
BCD to Binary convertor FX-48MT mitsubishi Fx 24mr cable FX 2 80MR fx 64mr plc A1sy40

qc mos 3022

Abstract: MPS 3019 "V*"' v^ ttt m a < j* outputs by writing the Data Direction Register. MC68701 FIGURE 16 - , until the Data Direction Register for Port 4 has been written with " I 's" in the appropriate bits. These address lines will assert "1 '&" until made outputs by writing the Data Direction Register , 3 Data Register LATCH EN A BLE is cleared during reset. O S S (Output Strobe S elect). This pit , set by an IS3 negative edge, It is cleared by a read of the Port 3 Control and Status Register (with I
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OCR Scan
qc mos 3022 MPS 3019 mew fad MC8801 MC63701 bd 9766 fv M68Q0 MC68Q1/03 MC68Q0 Q01O2A EPR004 EPS002

Actaris

Abstract: probug registers as transparent D-type latch to capture addresse~:~O'~ ~7, as shown in Table 4, with exceptions , /0 port in the Single-Chip Mode, with each line configured by the Port 3 Data Direction Register , ~~:~:$tiS .~$ia, ~ .,< REGISTER PIO-P17 (PORT 1) Port 1 is a mode independent 8-bit 1/0 port with , usino external DUIIUD resistors. It is 3 Data Register. LATCH ENABLE is cleared during reset. ,>,:lit , of the Port 3 Control and Status Register (with 1S3 FLAG set) followed by a read or write to the
Motorola
Original
Actaris ADN21 MC68A701 MC68B701 quartz crystal 0ss MCW701 ADI-839 ADI-S39A1

qc mos 3022

Abstract: MPS 3019 "V*"' v^ ttt m a < j* outputs by writing the Data Direction Register. MC68701 FIGURE 16 - , until the Data Direction Register for Port 4 has been written with " I 's" in the appropriate bits. These address lines will assert "1 '&" until made outputs by writing the Data Direction Register , 3 Data Register LATCH EN A BLE is cleared during reset. O S S (Output Strobe S elect). This pit , set by an IS3 negative edge, It is cleared by a read of the Port 3 Control and Status Register (with I
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OCR Scan

ks2000 cables pin serial diagram

Abstract: KL6001-0020 ) Terminal bus error during register communication with terminal n PLC time to long Checksum error in , processed by the PLC task, while the fieldbus carries the in- and outputs of the PLC task. It is possible , always assigned to the PLC, namely in complex evaluation with word alignment. In an analogue terminal , operating modes of the bus coupler Mechanical construction Technical / PLC Data The peripheral data in , 29 30 30 31 31 31 No communication with the BC8x00 31 Mapping of the digital and the
BECKHOFF
Original
KS8000 KS2000 ks2000 cables pin serial diagram KL6001-0020 twincat plc programming manual in PLC programming beckhoff RS232 BC8100

KL5101

Abstract: KL5101-0000 coupler or the PLC. A 16-bit counter with a quadrature decoder and a 16-bit latch can be read, set or , value is stored in the latch register with the first external latch pulse after validity of the , outputs can be connected to the Status input of the KL5101. A period measurement with a resolution of , terminal's latch register. This input is activated via the EN_LATC bit in the terminal's control byte , counting by the terminal. Status Input 5 V Incremental encoder with fault alarm outputs can be connected
BECKHOFF
Original
KL5101-0000 beckhoff quadrature encoder a KL5101-0012

PT15D

Abstract: R20C11 column so that a PLC in the second row and third column is R2C3. PICs are indicated similarly, with PT , latches/FFs can be used as a 4-bit shift register, and the LUT can be used to detect when a register has a , combinatorial functions, f0 and f3, are also usable simultaneously with the special PFU gate outputs. The output , be routed out on the o[4:0] PFU outputs or to the latch/FF d[3:0] inputs. WE A3 A2 A1 A0 WD3 WD2 , sent to the latch/FF d[3:0] inputs. There are two ways to use the latches/FFs in conjunction with the
Lucent Technologies
Original
R20C11 R17C8 R6C16 r8c15 R20C15 30L-15P DS96-140FPGA DS96-025FPGA

ks2000 cables pin serial diagram

Abstract: KS2000 processed by the PLC task, while the fieldbus carries the in- and outputs of the PLC task. It is possible , accessing the register. The interaction of the peripherals with the control unit means that data can , with terminal n PLC time to long Checksum error in program flash memory Terminal n is not consistent , assigned to the PLC, namely in complex evaluation with word alignment. In an analogue terminal this means , operating modes of the bus coupler Mechanical construction Technical / PLC Data The peripheral data in
BECKHOFF
Original
ib462 AUTOMATIC light dim dip CONTROLLER KL6001 addressing modes in plc RS485 BC8000

PL1C

Abstract: PB7D can be used as a 4-bit shift register, and the LUT can be used to detect when a register has a , with the special PFU gate outputs. F3 QLUT3 F3 F2 QLUT2 QLUT1 F0 F1 QLUT0 F0 , [3:0] data outputs can be routed out on the O[4:0] PFU outputs or to the latch/FF D[3:0] inputs , ] data outputs can be routed out of the PFU or sent to the latch/FF D[3:0] inputs. A[3:0], B[3:0 , default. The four latch/FF outputs, Q[3:0], can be placed on the five PFU outputs, O[4:0]. Table 4
Lucent Technologies
Original
PL1C PB7D 100-PIN TQFP XILINX DIMENSION OR2T15B OR2T40B pl30b DS99-094FPGA DS98-022FPGA

mc68701 probug

Abstract: AN/mc68701 probug outputs Dy writing the Data Direction Register M C 68701 FIGURE 16 - MC68701 MEMORY MAPS {CONCLUDED , s" until made outputs by writing the Data Direction Register Note 1 MCU read of the Port 3 Data , latched by an F53 negative edge. The latch is transparent after a read o f Port 3 Data Register. LATCH , , however, cannot be used. Port 4 In Expanded Non-Muftiplexed Mode PLC. Programming Latch Control. This , : PLC = 0 EPROM address latch enabled; EPROM address is latched during MPU w rites to the EPROM
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OCR Scan
C6803 EPR002 C68701 MC68701CS-1 MC68701CL-1 MC68B701L

IC 4528

Abstract: 8 pin diagram 25032 can be used as a 4-bit shift register, and the LUT can be used to detect when a register has a , with the special PFU gate outputs. F3 QLUT3 F3 F2 QLUT2 QLUT1 F0 F1 QLUT0 F0 , [3:0] data outputs can be routed out on the O[4:0] PFU outputs or to the latch/FF D[3:0] inputs , ] data outputs can be routed out of the PFU or sent to the latch/FF D[3:0] inputs. A[3:0], B[3:0 , default. The four latch/FF outputs, Q[3:0], can be placed on the five PFU outputs, O[4:0]. Table 4
Lattice Semiconductor
Original
IC 4528 8 pin diagram 25032 R18C R10C4 R8C2

EXO 32K

Abstract: OR2C06A /FFs more or less independently. For example, the latches/FFs can be used as a 4-bit shift register , . The four outputs are F0, F1, F2, and F3. The results can be routed to the D0, D1, D2, and D3 latch , F3, are also usable simultaneously with the special PFU gate outputs. QLUT3 F3 F2 QLUT2 , . The F[3:0] data outputs can be routed out on the O[4:0] PFU outputs or to the latch/FF D[3:0] inputs , ] data outputs can be routed out of the PFU or sent to the latch/FF D[3:0] inputs. CLOCK PFU
Lattice Semiconductor
Original
EXO 32K OR2C06A OR2C12A OR2C40A4PS208I-DB2 OR2C40A3PS240I-DB2 OR2C40A3PS304I-DB2 OR2T04A4T100I-DB2 OR2T04A4T144I-DB2 OR2T04A4S208I-DB2

OR2C06A3T144I-DB

Abstract: OR2C08A3S208I -bit shift register, and the LUT can be used to detect when a register has a particular pattern in it , with the special PFU gate outputs. F3 QLUT3 F3 F2 QLUT2 QLUT1 F0 F1 QLUT0 F0 , [3:0] data outputs can be routed out on the O[4:0] PFU outputs or to the latch/FF D[3:0] inputs , ] data outputs can be routed out of the PFU or sent to the latch/FF D[3:0] inputs. A[3:0], B[3:0 , ), and 0.25 µm CMOS technology (OR2TxxB), (four-input look-up table (LUT) delay less than 1.0 ns with
Lattice Semiconductor
Original
OR2C06A3T144I-DB OR2C08A3S208I R11C5 b9 39a data sheet R5C16 08A4S208I-DB OR2T08A4S240I-DB OR2T08A4BA256I-DB OR2T10A4J160I-DB OR2T10A4S208I-DB OR2T10A4S240I-DB

R17C10

Abstract: PT15D -state buffers found in each PLC are also shown, although they actually reside external to the PFU. Each latch , independently. For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to , four outputs are F0, F1, F2, and F3. The results can be routed to the D0, D1, D2, and D3 latch/FF , , F0 and F3, are also usable simultaneously with the special PFU gate outputs. The output of the MUX is , ] PFU outputs or to the latch/FF D[3:0] inputs. WEA A3 A2 A1 A0 WD3 WD2 WPE A4 A3 A2 A1 A0 WD3 WD2
Lattice Semiconductor
Original
R17C10 OR2C15A OR2C26A OR2C40A OR2T04A OR2T08A OR2T08A4J160I-DB

PT15D

Abstract: R4C18 -state buffers found in each PLC are also shown, although they actually reside external to the PFU. Each latch , independently. For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to , combinatorial functions, F0 and F3, are also usable simultaneously with the special PFU gate outputs. The output , the O[4:0] PFU outputs or to the latch/FF D[3:0] inputs. WEA A3 A2 A1 A0 WD3 WD2 WPE A4 A3 A2 A1 , LUT outputs (F[3:0]). The F[3:0] data outputs can be routed out of the PFU or sent to the latch/FF D[3
Lattice Semiconductor
Original
R4C18 OR2T40A-6PS208I OR2T08A4S208I-DB OR2T10A4BA256I-DB OR2T10A4BA352I-DB OR2T15A6S208I-DB OR2T15A6S240I-DB OR2T15A6BA352I-DB

OR2T26A-6S208I

Abstract: R8C18 -state buffers found in each PLC are also shown, although they actually reside external to the PFU. Each latch/FF , independently. For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to , combinatorial functions, F0 and F3, are also usable simultaneously with the special PFU gate outputs. The output , the O[4:0] PFU outputs or to the latch/FF D[3:0] inputs. WEA A3 A2 A1 A0 WD3 WD2 WPE A4 A3 A2 A1 , LUT outputs (F[3:0]). The F[3:0] data outputs can be routed out of the PFU or sent to the latch/FF D[3
Lattice Semiconductor
Original
OR2T26A-6S208I R8C18 OR2T15B7S208I-DB OR2T15B7S240I-DB OR2T15B7BA256I-DB OR2T15B7BA352I-DB OR2T26A6PS208I-DB1 OR2T26A6S208I-DB
Abstract: a 4-bit shift register, and the LUT can be used to detect when a register has a particular pattern , outputs or to the latch/FF d[3:0] inputs. The selection as to which RAM bank to write data into does , latches/FFs in conjunc­ tion with the SSPM. If the phase of the latch/FF clock and the RAM clock are , /FF input can also be tied to logic 0, which is the default. The four latch/FF outputs, q[3:0], can be placed on the five PFU outputs, o[4:0]. Table 4. Configuration RAM Controlled Latch/ Flip-Flop -
OCR Scan
DS96-140FPG QQS110B

pin diagram 25032

Abstract: PT15D /FFs more or less independently. For example, the latches/FFs can be used as a 4-bit shift register , outputs or to the latch/FF D[3:0] inputs. WEA A4 A3 A3 A2 A2 A1 A1 A0 A0 , outputs (F[3:0]). The F[3:0] data outputs can be routed out of the PFU or sent to the latch/FF D[3:0 , ), and 0.25 µm CMOS technology (OR2TxxB), (four-input look-up table (LUT) delay less than 1.0 ns with , created with the multiplier mode (4 x 1 multiplier/PFU): - 8 x 8 multiplier requires only 16 PFUs -
Lattice Semiconductor
Original
pin diagram 25032 PL1A PLC water heater plc OR2C08A4S240-DB act om1 100 278 OR2C12A4S208-DB R2T40A OR2T26A6PS208I-DB OR2T26A6PS240I-DB OR2T26A6BA352I-DB OR2T26A6BC432I-DB OR2T40A6PS208I-DB

OR2T15A6S240-DB

Abstract: OR2C15A3S208I /FFs more or less independently. For example, the latches/FFs can be used as a 4-bit shift register , , F0 and F3, are also usable simultaneously with the special PFU gate outputs. F3 QLUT3 F3 , data inputs. The F[3:0] data outputs can be routed out on the O[4:0] PFU outputs or to the latch/FF D , ] data outputs can be routed out of the PFU or sent to the latch/FF D[3:0] inputs. A[3:0], B[3:0 , ), and 0.25 m CMOS technology (OR2TxxB), (four-input look-up table (LUT) delay less than 1.0 ns with -8
Lattice Semiconductor
Original
OR2T15A6S240-DB OR2C15A3S208I OR2C26A4PS208-DB OR2C12A-4S208 AP99-027FPGA OR2T40A6PS240I-DB OR2T40A6BA352I-DB OR2T40B7PS208I-DB OR2T40B7BA352I-DB OR2T40B7BC432I-DB

OR2T15A6S240-DB

Abstract: OR2T15A6S208I-DB /FFs more or less independently. For example, the latches/FFs can be used as a 4-bit shift register , , F0 and F3, are also usable simultaneously with the special PFU gate outputs. A1 A1 A0 , [3:0] data outputs can be routed out on the O[4:0] PFU outputs or to the latch/FF D[3:0] inputs , ), and 0.25 µm CMOS technology (OR2TxxB), (four-input look-up table (LUT) delay less than 1.0 ns with , created with the multiplier mode (4 x 1 multiplier/PFU): - 8 x 8 multiplier requires only 16 PFUs -
Lattice Semiconductor
Original
OR2C04A4T100-DB OR2C04A3T100I-DB OR2C04A4T144-DB OR2C04A4J160-DB OR2C04A4S208-DB OR2C08A4S208-DB or2c15a4ps OR2C12A4S240-DB OR2T15A-6S208 OR2C04A OR2C08A OR2C10A

PT15D

Abstract: Lucent 2623 . For example, the latches/FFs can be used as a 4-bit shift register, and the LUT can be used to detect , , fO and f3, are also usable simultaneously with the special PFU gate outputs. The output of the MUX is , outputs can be routed out of the PFU or sent to the latch/FF d[3:0] inputs. There are two ways to use the latches/FFs in conjunc tion with the SSPM. If the phase of the latch/FF clock and the RAM clock are the , . The four latch/FF outputs, q[3:0], can be placed on the five PFU outputs, o[4:0]. Table 4
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OCR Scan
Lucent 2623 ptoc5 mkv decoder chip diagram D172C 8C14 M31 OR2C04A/OR2T04A OR2C06A/ DA97-006FPGA DA97-012FPGA

PTI8

Abstract: PT15D , fO and f3, are also usable simultaneously with the special PFU gate outputs. The output of the MUX is , be routed out on the o[4:0] PFU outputs or to the latch/FF d[3:0] inputs. 5 -2 75 7(F ) Figure , outputs can be routed out of the PFU or sent to the latch/FF d[3:0] inputs. There are two ways to use the latches/FFs in conjunc tion with the SSPM. If the phase of the latch/FF clock and the RAM clock are the , default. The four latch/FF outputs, q[3:0], can be placed on the five PFU outputs, o[4:0]. Table 4
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OCR Scan
PTI8 R12C6 R11C9 R2C14 OR2C06A/OR2T06A OR2C08A/OR2T08A OR2C10A/OR2T10A OR2C12A/OR2T12A OR2C15A/OR2T15A OR2C26A/OR2T26A

b14 smd diode

Abstract: c3940 WOLFSON MICROELECTRONICS plc www.wolfsonmicro.com November 2002, Rev 1.1 Copyright 2002 Wolfson Microelectronics plc WM8706-EV1M POWER SUPPLIES Using appropriate power leads with 4mm connectors, supplies , stereo DAC. This evaluation platform and documentation should be used in conjunction with the latest , use and give optimum performance in device measurement as well as providing the user with the ability , be connected to a common GND on the supply with no reduction in performance. Note: Refer to WM8706
Wolfson Microelectronics
Original
b14 smd diode c3940 smd transistor b9 3.5mm Stereo Socket PCB Mounted 3.5mm Stereo socket PCB Mounted 3.5mm Stereo Socket switch WM8706-EV1B WM8706-EV1S 95/98/NT

smd transistor b9

Abstract: c3940 speakers WOLFSON MICROELECTRONICS plc www.wolfsonmicro.com November 2002, Rev2.1 Copyright 2002 Wolfson Microelectronics plc WM8716-EV1M POWER SUPPLIES Using appropriate power leads with 4mm , with the latest version of the WM8716 datasheet. The datasheet gives device functionality information , with the ability to listen to the excellent audio quality offered by the WM8716. GETTING STARTED , connections may be connected to a common GND on the supply with no reduction in performance. Note: Refer to
Wolfson Microelectronics
Original
SMD SOT23 b12 74hc157 datasheet transistor r1015 b6 smd transistor stereo 3.5mm socket C495-0 WM8716-EV1B WM8716-EV1S

b6 smd sot23 transistor

Abstract: MCDM1 WOLFSON MICROELECTRONICS plc www.wolfsonmicro.com November 2002, Rev 1.1 Copyright 2004 Wolfson Microelectronics plc WM8706-EV1M POWER SUPPLIES Using appropriate power leads with 4mm connectors, supplies , -bit; 192kHz stereo DAC. This evaluation platform and documentation should be used in conjunction with the , of use and give optimum performance in device measurement as well as providing the user with the , be connected to a common GND on the supply with no reduction in performance. Note: Refer to WM8706
Wolfson Microelectronics
Original
b6 smd sot23 transistor MCDM1 transistor wm a 3pin c4950 0805 SMD Ceramic Capacitor 50V X7R
Abstract: . To clear this status bit, the AUXADC_STAT register must be read.  2014 CML Microsystems Plc , -bit D/A Converters driving 9 outputs ï'· DSP Interface ï'§ C-BUS Control and Configuration Port ï'§ Fast Serial Interface for Rx/Tx Data  2014 CML Microsystems Plc ï'· ï'· ï'· ï'· Duplex , Plc 2 D/983/4 Analogue Front End (AFE) for Digital Radio CMX983 CONTENTS Section , . 15 C-BUS Register Details CML Microcircuits
Original
CMX998 CMX994 CMX983Q1

MC68701U4

Abstract: until made outputs by writing the data direction register. FIGURE 16 - MEMORY MAPS (Sheet 2 of 3 , made outputs by writing the data direction register. CO FIGURE 16 - MEMORY MAPS (Sheet 3 of 31 , ad­ dresses until the data direction register for port 4 has been written with " Is " in the , latch is transparent after a read of the port 3 data register Latch enable is cleared during reset , PLC. Associated w ith the EPROM are an 8-b it data latch and a 16-bit address latch. The data latch
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OCR Scan
68701U MC68701U4S MC68701U4S-1

c28k OMRON Operation Manual

Abstract: C200H Pro27 OMRON Operation Manual Programmable with PC based software NPN and PNP inputs as standard Individual outputs on a CPU or expansion , speed drum (counter) 8.5 Reversible drum counter 8.6 Interlocks and jumps 8.7 Shift register 8.8 , choice of 4 units ­ 60, 40, 28 and 20, each available with either transistor or relay outputs (relay , and features CPU with 240/110Vac power supply, 12 24Vdc inputs, 8 relay contact outputs CPU with 240/110Vac power supply, 16 24Vdc inputs, 12 relay contact outputs CPU with 240/110Vac power supply, 24
RS Components
Original
C200H Pro27 OMRON Operation Manual c28k programming manual omron C60k cables pin diagram OMRON PRO27 programming console password omron c500 pro 13 omron c500 pro 13

C4953

Abstract: l1a7 with the latest version of the WM8756 datasheet. The datasheet gives device functionality information , with the ability to listen to the excellent audio quality offered by the WM8756. GETTING STARTED , · 1 set of active stereo speakers WOLFSON MICROELECTRONICS plc www.wolfsonmicro.com March 2003, Rev 1.1 Copyright 2003 Wolfson Microelectronics plc WM8756-EV1M POWER SUPPLIES Using appropriate power leads with 4mm connectors, supplies should be connected as described in Table 1. REF-DES
Wolfson Microelectronics
Original
C4953 l1a7 5r2a R1A SURFACE MOUNT TRANSISTOR r2a smd transistor l1a7 sot23 WM8756-EV1B WM8756-EV1S 95/98/NT/XP

S4846

Abstract: PT15D latches/FFs can be used as a 4-bit shift register, and the LUT can be used to detect when a register has a , combinatorial functions, fO and f3, are also usable simultaneously with the special PFU gate outputs. The output , outputs can be routed out of the PFU or sent to the latch/FF d[3:0] inputs. There are two ways to use the latches/FFs in conjunc tion with the SSPM. If the phase of the latch/FF clock and the RAM clock are the , ns with -4 speed grade, less than 1.7 ns with advanced -5 speed grade) High density (up to 43,200
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OCR Scan
S4846 r6c5 OR2C06A/OR2T QR2C40

smd transistor marking B5

Abstract: smd transistor marking j5 Microelectronics plc WM8711-EV1M POWER SUPPLIES Using the power leads provided with this evaluation kit , header (H1). The analogue outputs of the board, used in conjunction with the DAC or Bypass modes, are , Low (max) = DBVDDx0.3). These are met directly by the level shift IC outputs. When the WM8711 is set , audio CODEC with headphone driver and programmable sample rates. This evaluation platform and documentation should be used in conjunction with the latest version of the WM8711 datasheet. The datasheet
Wolfson Microelectronics
Original
smd transistor marking B5 smd transistor marking j5 MARKING SMD transistor R44 smd transistor marking j6 smd transistor marking j9 smd transistor marking 12H WM8711-EV1B WM8711-EV1S

schematic diagram of TV memory writer

Abstract: c28k OMRON Operation Manual Programmable with PC based software NPN and PNP inputs as standard Individual outputs on a CPU or expansion , speed drum (counter) 8.5 Reversible drum counter 8.6 Interlocks and jumps 8.7 Shift register 8.8 , choice of 4 units ­ 60, 40, 28 and 20, each available with either transistor or relay outputs (relay , and features CPU with 240/110Vac power supply, 12 24Vdc inputs, 8 relay contact outputs CPU with 240/110Vac power supply, 16 24Vdc inputs, 12 relay contact outputs CPU with 240/110Vac power supply, 24
RS Components
Original
schematic diagram of TV memory writer C20K-ETL01 Omron Programming Console PRO 27 omron communication cable rs 232 C200H Pro27 c4k tm

AD5422 sample software code

Abstract: AN/AD5422 sample software code AV SS AV DD AD5422 R2 R3 BOOST CLEA R LATCH SCLK SDIN SDO INPUT SHIFT REGISTER , time LATCH high time LATCH high time (After a write to the CONTROL register) Data setup time Data , edge will parallel load the input shift register data into the DAC register, also updating the output. Serial Clock Input. Data is clocked into the shift register on the rising edge of SCLK. This operates at , of 0 V when the DAC register is loaded with 0x8000 (straight binary coding) or 0x0000 (twos
Analog Devices
Original
AD5422 sample software code AN/AD5422 sample software code AD5422 SPI Daisy Chain application note AD5410 AD5412 AD5420 MO-153-ADT RE-24 MO-220-VJJD-2 CP-40 AD5422BREZ AD5422BCPZ

a15#016

Abstract: PT15D latches/FFs, there are direct paths from latch/FF outputs to the I/O pads. This is done for each PLC that , outputs or to the latch/FF D[3:0] inputs. W EA- A3 » A? » > A1 to A4 A3 AO HLUTA A1 AO lA , latches/FFs in conjunc tion with the SSPM. If the phase of the latch/FF clock and the RAM clock are the , also be tied to logic 0, which is the default. The four latch/FF outputs, Q[3:0], can be placed on the five PFU outputs, 0[4:0]. Table 4. Configuration RAM Controlled Latch/ Flip-Flop Operation Function O
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OCR Scan
a15#016 5T48 RSC11

AD5422 SPI Daisy Chain application note

Abstract: AD5410 AV SS AV DD AD5412 R2 R3 BOOST CLEA R LATCH SCLK SDIN SDO INPUT SHIFT REGISTER , time LATCH high time LATCH high time (After a write to the CONTROL register) Data setup time Data , edge will parallel load the input shift register data into the DAC register, also updating the output. Serial Clock Input. Data is clocked into the shift register on the rising edge of SCLK. This operates at , ideal half-scale output of 0 V when the DAC register is loaded with 0x8000 (straight binary coding) or
Analog Devices
Original
resistance to Current Converter 0-20mA Voltage to Current Converter 0-20mA Voltage to Current Converter circuit 4-20mA AD5412BREZ AD5412BCPZ PR07028-0-11/07

dd5aa

Abstract: combinatorial functions, fO and f3, are also usable simultaneously with the special PFU gate outputs. The , outputs or to the latch/FF d[3:0] inputs. The selection of which RAM bank to write data into does not , > There are two ways to use the latches/FFs in conjunc­ tion with the SSPM. If the phase of the latch/FF , The f[3:0] data outputs can be routed out of the PFU or sent to the latch/FF d[3:0] inputs. WRITE , default. The four latch/FF outputs, q[3:0], can be placed on the five PFU outputs, o[4:0]. Table 4
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OCR Scan
dd5aa OR2C/2T04A OR2C/2T06A OR2C/2T08A OR2C/2T10A OR2C/2T12A OR2C/2T15A

TM8723

Abstract: UM-TM8723_E 4-Bit Microcontroller Advance Information TM8723 4-Bit Microcontroller with , , directly or indirectly, any claim of personal injury or death associated with such unintended or , 30 2-5. INDEX ADDRESS REGISTER (@HL) . 32 2-6. STACK REGISTER (STACK) . 32 , 33 2-8. WORKING REGISTER (WR
Tenx Technology
Original
Abstract: a 4-bit shift register, and the LUT can be used to detect when a register has a particular pattern , can be routed out on the 0[4:0] PFU outputs or to the latch/FF D[3:0] inputs. WEA- A4 A3 , The F[3:0] data outputs can be routed out of the PFU or sent to the latch/FF D[3:0] inputs. There are two ways to use the latches/FFs in conjunc­ tion with the SSPM. If the phase of the latch/FF , /FF input can also be tied to logic 0, which is the default. The four latch/FF outputs, Q[3:0], can -
OCR Scan
Abstract: outputs or to the latch/FF d[3:0] inputs. The selection of which RAM bank to write data into does not , sent to the latch/FF d[3:0] inputs. There are two ways to use the latches/FFs in conjunc­ tion with , default. The four latch/FF outputs, q[3:0], can be placed on the five PFU outputs, o[4:0]. Table 4 , mode, with the LSR signal used to select which data input is used. The data input into each latch/FF , front-end data select mode, both signals are available to the latches/FFs. A. Latch/FF with Local -
OCR Scan
OR2C/2T26A OR2C/2T40A OR2C/T15A OR2C/T26A

XBM-DN32S

Abstract: Keyence PLC KV 40 R PLC XGB series 1. Main Feature Enhanced Maintenance Convenient programming environment with analog register and Index register Enhanced Maintenance & Repair with program modularization (Max. 128 , LS PLC XGB series 1. Main Feature Scalability with expansion module Max. 7-stage, 480 I/O point , control FRST,FSET,FWRITE 16/42 LS PLC XGB series 1. Main Feature User convenience with easy , output, Latch counter 21/42 LS PLC XGB series 2. Built-in Function : High speed counter
Industrial Systems
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XBE-DC16A XBE-DC32A XBE-RY16A XBF-AD04A XBF-AD08A XBF-RD04A XBM-DN32S Keyence PLC KV 40 R XBM-DN16S Keyence PLC KV 40 T S7-200 224XP K120S SC100 DC24V

moving display

Abstract: high output voltage display column driver LC BL POL Shift Register Latches Counter Comparators 32 Level Translators & , -channel with 256 gray-shades driver IC designed for driving flat panel displays such as polymer liquid crystal (PLC), vacuum fluorescent (VF), electrofluorescent and field emission displays. It is especially , outputs, each capable of 80V operation as well as sourcing and sinking 4mA. HV632 provides an 8-bit data , channel latch. The HVOUT pulse width resolution and frame rate is proportional to the input data width (8
Supertex
Original
HV57908 HV632PG moving display high output voltage display column driver hv supertex moving displays

HV57908

Abstract: HV57908 Shift Register CSI for cascading the next HV632 HVOUT32 Typical Application Circuit , -channel with 256 gray-shades driver IC designed for driving flat panel displays such as polymer liquid crystal (PLC), vacuum fluorescent (VF), electrofluorescent and field emission displays. It is especially , shading for higher display resolution and 32 high voltage CMOS outputs, each capable of 80V operation as , that is proportional to the data latched in every channel latch. The HVOUT pulse width resolution and
Supertex
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HV632PG-G

3.5mm pcb mount stereo jack socket

Abstract: PCB Mounted 3.5mm Stereo socket shift IC outputs. SOFTWARE INTERFACE When using the WM8955-EV1B evaluation board with a DSP , through the analogue path to the L/ROUT1 and L/ROUT2 outputs. As with the setups previously described , Low (max) = DBVDDx0.3). These are met directly by the level shift IC outputs. When the WM8955 is set , with PLL for portable audio applications. This evaluation platform and documentation should be used in conjunction with the latest version of the WM8955 datasheet. The datasheet gives device functionality
Wolfson Microelectronics
Original
3.5mm pcb mount stereo jack socket diode SMD WL sot23 PCB Mounted 3.5mm Stereo plug HP LED 5mm PCB Mounted 6.5mm Stereo Socket c5354 WM8955-EV1M WM8955-EV1S WM8955-
Abstract: Physical Layer Controller (PLC) is a CMOS device which along with Physical Data Transmitter (PDT) and , MAC de­ vice and, along with LSCLK, latch TX 9-0 from the MAC device. Transmit Data Signals , TDAT 4-0 to the Physical Data Transmitter (PDT) and, along with BCLK, to latch TX 9-0 from the MAC , a PLC register. Normally the PLC is unaffected by a read, although the INTR_EVENT, VIOL_SYM_CTR , to CS being asserted, the PLC will continue to drive the NP bus with valid data for two more rising -
OCR Scan
79C864 KS000010 15535B-040B 14977-050B 14977-051B
Abstract: PLC to clock most internal operations, clock RX 9-0 to the MAC de vice and, along with LSCLK, latch TX , Self Test GENERAL DESCRIPTION The Physical Layer Controller (PLC) is a CMOS device which along with , removal and Link Error Monitor. The PLC chip receives symbol-wide (5 bits) data along with a 25 MHz , the Physical Data Transmitter (PDT) and, along with BCLK, to latch TX 9 -0 from the MAC device , register at address 17 (hex). cs Chip Select (Input, Active Low) CS selects the PLC for the current -
OCR Scan
15535B
Abstract: by the PLC to clock TDAT 4 -0 to the Physical Data Transmitter (PDT) and, along with BCLK, to latch , detection GENERAL DESCRIPTION The Physical Layer Controller (PLC) is a CMOS device which along with , internal operations, clock RX 9-0 to the MAC de­ vice and, along with LSCLK, latch TX 9-0 from the MAC , PLC. This signal is active until cleared by reading the INTR_EVENT register at address 17 (hex). , a PLC register. Normally the PLC is unaffected by a read, although the INTR_EVENT, VIOL_SYM_CTR -
OCR Scan
15535B-041B

lem HA 10000

Abstract: Am79C864 insertion and removal and Link Error Monitor. The PLC chip receives symbol-wide (5 bits) data along with a , used by the PLC to clock most internal operations, clock RX 9-0 to the MAC device and, along with LSCLK , clock. It is used by the PLC to clock TDAT 4-0 to the Physical Data Transmitter (PDT) and, along with , interrupt request from the PLC. This signal is active until cleared by reading the INTR_EVENT register at , ). Read Cycle A read cycle is used by the Node Processor to read data from a PLC register. Normally
-
OCR Scan
lem HA 10000 Am79C864 NP10 1553S

ap1d

Abstract: AM79C864 Physical Layer Controller (PLC) is a CMOS device which along with Physical Data Transmitter (PDT) and , RX 9-0 to the MAC device and, along with LSCLK, latch TX 9-0 from the MAC device. NPCLK Node , Data Transmitter (PDT) and, along with BCLK, to latch TX 9-0 from the MAC device. Receive Data Signals , read data from a PLC register. Normally the PLC is unaffected by a read, although the INTR_EVENT , asserted af-terthe second rising edge of NPCLK, again with respect T-75-49â'" to CS being asserted, the PLC
-
OCR Scan
ap1d 0Q3CH41 0257S27 0B57527 0ES7S27

b6 smd sot23 transistor

Abstract: J22 transistor conjunction with the latest version of the WM8772 datasheet. The datasheet gives device functionality , user with the ability to listen to the excellent audio quality offered by the WM8772. GETTING , MICROELECTRONICS plc www.wolfsonmicro.com January 2003, Rev 1.0 Copyright 2003 Wolfson Microelectronics plc WM8772-EV2M POWER SUPPLIES Using appropriate power leads with 4mm connectors, supplies should be connected , to a common GND on the supply with no reduction in performance. Note: Refer to WM8772 datasheet
Wolfson Microelectronics
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J22 transistor smd pnp A4 L transistor smd j6 TRANSISTOR SOT23 transistor J17 SMD LNK13 WM8772-EV1B WM8772-EV1S

J394

Abstract: c25 mosfet shift IC outputs. SOFTWARE INTERFACE When using the WM8751-EV1B evaluation board with a DSP , path to the L/ROUT1 and L/ROUT2 outputs. As with the setups previously described, this is to ease the , Low (max) = DBVDDx0.3). These are met directly by the level shift IC outputs. When the WM8751 is set , conjunction with the latest version of the WM8751 datasheet. The datasheet gives device functionality , user with the ability to listen to the excellent audio quality offered by the WM8751. GETTING
Wolfson Microelectronics
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J394 c25 mosfet C76-77 PCB 3.5mm mono Socket c7275 SMD 33k 0805 0.1W 1 WM8751-EV1M WM8751-EV1S

smd transistor a4 3pin

Abstract: b6 smd sot23 transistor conjunction with the latest version of the WM8772 datasheet. The datasheet gives device functionality , user with the ability to listen to the excellent audio quality offered by the WM8772. GETTING , MICROELECTRONICS plc www.wolfsonmicro.com January 2003, Rev 1.0 Copyright 2003 Wolfson Microelectronics plc WM8772-EV2M POWER SUPPLIES Using appropriate power leads with 4mm connectors, supplies should be connected , to a common GND on the supply with no reduction in performance. Note: Refer to WM8772 datasheet
Wolfson Microelectronics
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smd transistor a4 3pin transistor smd 2x6 TRANSISTOR ML SMD SMD TRANSISTOR B13 a6 smd transistor N channel MOSFET smd transistor A6

WM8798

Abstract: WM8766-EV1M DBVDDx0.7; Logic Low (max) = DBVDDx0.3). These are met directly by the level shift IC outputs. w , -bit, 192kHz 6-Channel DAC. This evaluation platform and documentation should be used in conjunction with the , of use and give optimum performance in device measurement as well as providing the user with the , data source · 1 set of active stereo speakers WOLFSON MICROELECTRONICS plc www.wolfsonmicro.com November 2003, Rev 1.2 Copyright 2003 Wolfson Microelectronics plc WM8766-EV1M EVALUATION
Wolfson Microelectronics
Original
WM8766 WM8766-EV1B WM8798 WM8768 WM8796 CS8427 WM8766-EV1S

types of multipliers

Abstract: OP-AR MICRO input to the register/latch. The direct path bypasses the LUT for faster operation. For each PLC, the , pipeline stage after every two add/shift stages. This lowers the overall PLC count without severely , zero to the next step. If the LSB of OPA is a one, pass the value of OPB to the next step. 2. Shift the value from step 1 one bit to the right. The resultant LSB from this shift is the LSB (bit 0) of , bit 1 is a zero) or add OPB to this value (if OPA bit 1 is a one). 4. Shift the result from step 3
Lucent Technologies
Original
types of multipliers OP-AR MICRO 4bit multipliers CK 728 AP97-008FPGA AP94-035FPGA
Abstract: stable, the VOUT outputs change to the new value. However, the SPI Shift Register is not cleared on , register. · · · · · · 2345 APPLICATIONS · · · Automatic Test Equipment PLC and Industrial Process , Ref Buffer B OFFSET-B DAC8718 WAKEUP SCLK CS SDI SDO SPI Shift Register Reference Buffer A , load input (LDAC) transfers data from the DAC data register to the DAC latch. The asynchronous CLR , Register 0 Correction Engine DAC-0 Data LDAC DAC-0 Latch-0 Command Registers OFFSET DAC A Mux VMON Texas Instruments
Original
SBAS467 50-MH QFN-48 TQFP-64
Abstract: TM87P0X (Include TM87R02) 4-Bit Micro-Controller with LCD Driver Userâ'™s Manual tenx , ) . 26 2-5 Index Address Register (@HL) (TM87P08 Only) . 28 2-6 Stack Register (STACK , ) . 29 2-8 Working Register (WR , ) . 35 2-14 Status Register (STS Tenx Technology
Original

FX-48MR

Abstract: mitsubishi plc FX SERIES , diagrams and explanations which will guide the reader in the correct programming and operation of the PLC. · Before attempting to install or use the PLC this manual should be read and understood. · If in doubt at any stage of the installation of the PLC always consult a professional electrical engineer who , . · If in doubt about the operation or use of the PLC please consult the nearest Mitsubishi Electric , detail that is taken with the documentation. However,to continue this process of improvement, the
Mitsubishi
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JY992D88101 mitsubishi pc FX1n SERIES cable connection FX2N-2DA D8050 mitsubishi plc FX1s SERIES cable D8145 JY992D88101A J24532

AD5502

Abstract: LOAD SENSE 16 LATCH SCLK SDIN SDO OVERTEMP INPUT SHIFT REGISTER AND CONTROL LOGIC POWER ON RESET , to the Control register) Data setup time Data hold time LATCH low time CLR pulsewidth CLR activation , input shift register data into the DAC register, also updating the output. Serial Clock Input. Data is clocked into the shift register on the rising edge of SCLK. This operates at clock speeds up to 30 MHz , from the ideal half-scale output of 0 V when the DAC register is loaded with 0x8000 (straight binary
Analog Devices
Original
AD5502 AD5502AREZ AD5502BREZ PR07993-0-12/08
Abstract: ispla y driver. It com b in es a 20-bit C M O S shift regis­ cent displays. T he C M O S shift register and latches allow direct interfacing with m icro proce ssor-b ased system s. Data input rates are , Function Table Serial Data Clock Shift Register Contents Input Input â " ^2 ^3 L , volta ge M O S FE T â¡ High speed sou rce driver outputs. The HV5812 is prim arily designed , -pin PLC C 2 28-pin DIP3 1.2 W att 1.1 W att Notes: 1. All voltages are referenced to ground -
OCR Scan
V5812PJ V5812P 5812X
Abstract: executing return instructions (RTS). The stack register is organized using 11 bits by 8 levels but with no , TM6841 4-Bit Micro-Controller with LCD Driver Userâ'™s Manual tenx technology, inc. tenx , ) . 28 2-5 Index Address Register (@HL). 30 2-6 Stack Register (STACK , ). 32 2-8 Working Register (WR Tenx Technology
Original

WM8768-EV1M

Abstract: J28-J33 .7; Logic Low (max) = DBVDDx0.3). These are met directly by the level shift IC outputs. w Rev 1.2 , -bit, 192kHz 8-Channel DAC. This evaluation platform and documentation should be used in conjunction with the , of use and give optimum performance in device measurement as well as providing the user with the , data source · 1 set of active stereo speakers WOLFSON MICROELECTRONICS plc www.wolfsonmicro.com March 2003, Rev 1.2 Copyright 2004 Wolfson Microelectronics plc WM8768-EV1M EVALUATION
Wolfson Microelectronics
Original
J28-J33 1x2 pin header 2.54mm pitch 1J26 1x14-pin WM8768-EV1B WM8768-EV1S

AD5410

Abstract: theory mH LATCH SCLK SDIN SDO INPUT SHIFT REGISTER AND CONTROL LOGIC 12/16 IOUT 12-/16-BIT DAC FAULT , input shift register. This configures the part for read mode with the data register selected. Follow , after a write to the control register Data setup time Data hold time LATCH low time CLEAR pulse width , edge parallel loads the input shift register data into the relevant register. In the case of the data register, the output current is also updated. Serial Clock Input. Data is clocked into the input shift
Analog Devices
Original
theory mH 12-/16-B AD5410/AD5420 SMAJ24CA ADUM1200 AD5410AREZ AD5410AREZ-REEL71
Abstract: -bit programmable timers with programmable clock source 10. LCD driver output  36 LCD driver outputs (up to , counting register PLC 2 SHE 2 ;enable the HALT release caused by TMR1 TMSX 34h ;initiatilize the TMR1 , UM-TM8530_E 4-Bit Microcontroller Advance Information TM8530 4-Bit Microcontroller with , , directly or indirectly, any claim of personal injury or death associated with such unintended or , ) . 23 2-5. INDEX ADDRESS REGISTER (@HL Tenx Technology
Original

J6810

Abstract: J55-56 -bit, 192kHz 8-Channel CODEC. This evaluation platform and documentation should be used in conjunction with , user ease of use and give optimum performance in device measurement as well as providing the user with , active stereo speakers WOLFSON MICROELECTRONICS plc www.wolfsonmicro.com September 2003, Rev 1.0 Copyright 2003 Wolfson Microelectronics plc WM8771-EV1M MAIN PCB CONNECTIONS POWER SUPPLIES Using appropriate power leads with 4mm connectors. Power supplies should be connected as described in Table 1
Wolfson Microelectronics
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WM8771 J6810 J55-56 C95-97 pcb MOUNT JACK CONNECTOR smd transistor H7 C939 WM8770/71-EV1B WM8771-EV1S
Abstract: used as a 4-bit shift register, and the LUT can be used to detect when a register has a particular , outputs or to the latch/FF d[3:0] inputs. The selection as to which RAM bank to write data into does , in conjunc­ tion with the SSPM. If the phase of the latch/FF clock and 1he RAM clock are the same , default. The four latch/FF outputs, q[3:0], can be placed on the five PFU outputs, o[4:0]. Table 4 , /FFs, there are direct paths from iatch/FF outputs to the I/O pads. This is done for each PLC that is -
OCR Scan
Abstract: overflow is flagged in the RX_STATUS register.  2014 CML Microsystems Plc 27 D/983/3 , Converters driving 9 outputs ï'· DSP Interface ï'§ C-BUS Control and Configuration Port ï'§ Fast Serial Interface for Rx/Tx Data  2014 CML Microsystems Plc ï'· ï'· ï'· ï'· Duplex and Half duplex , Plc 2 D/983/3 Analogue Front End (AFE) for Digital Radio CMX983 CONTENTS Section , . 15 C-BUS Register Details CML Microcircuits
Original

WS59032

Abstract: RAM31 the three-state data outputs. F31 is non-inverted with respect to the sign bit output Y(31). The FZERO , the destination code on I(8:6) indicates an up shift(Octal 6 or 7) the three state outputs are , outputs which, when enabled, display either the data on the A-port of the register stack or the outputs , Read-Modify-Write Cycle · Fully Firmware Compatible with the 2901 The IA59032 is a "plug-and-play" drop-in , ICs far more complex than "emulation" while ensuring they are compatible with the original IC
InnovASIC Semiconductor
Original
WS59032 RAM31 32X32 Waferscale Integration 8 BIT ALU IC
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