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PIM400K6Z GE Critical Power PIM400 Series; ATCA Board Power Input Module, -36 to -75 Vdc; 400W/10A, I2C Digital Interface & Short pins (3.68mm) visit GE Critical Power
AXA016A0X3-SR12Z GE Critical Power 12V Austin SuperLynxTM 16A: Non-Isolated DC-DC Power Module, 10Vdc –14Vdc input; 0.75Vdc to 5.5Vdc output; 16A Output Current, 100Ω Resistor between Sense and Output Pins visit GE Critical Power
AXA016A0X3-SR12 GE Critical Power 12V Austin SuperLynxTM 16A: Non-Isolated DC-DC Power Module, 10Vdc –14Vdc input; 0.75Vdc to 5.5Vdc output; 16A Output Current, 100Ω Resistor between Sense and Output Pins visit GE Critical Power
EHHD024A0A41-18HZ GE Critical Power DC-DC Regulated Power Supply Module visit GE Critical Power
ESTW036A0F41Z GE Critical Power DC-DC Regulated Power Supply Module visit GE Critical Power
EHHD024A0A41-SZ GE Critical Power DC-DC Regulated Power Supply Module visit GE Critical Power

pin diagram of ic 74164

Catalog Datasheet MFG & Type PDF Document Tags

IC 74164

Abstract: 74164 with ic PIN DIAGRAM Specification 74164, Logic Products FEATURES · · · · Gated serial Data inputs Typical shift frequency of 36MHz Asynchronous Master Reset Fully buffered Clock and Data inputs TYPE 74164 74LS164 TYPICAL f , Registers 74164, LS164 LOGIC DIAGRAM '" = C H _C>fl MR 0 - j- >F IS) |°K J_ 3 i , with serial data entry and an output from each of the eight stages. Data is entered serially through one of two inputs (Dsa or Dsb); either input can be used as an active HIGH enable for data entry
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IC 74164 74164 with ic PIN DIAGRAM pin diagram of ic 74164 ic 74ls164 AND SPECIFICATIONS 74164 truth table and pin diagram of IC 74164 N74164N N74LS164N N74LS164D WF11290S 1N916 1N3064

74164 with ic PIN DIAGRAM

Abstract: IC 74164 Specification Shift Registers 74164, LS164 LOGIC DIAGRAM INPUTS OPERATING MODE MR Reset (clear) L H , Specification Logic Products FEATURES · · · · Gated serial Data inputs Typical shift frequency of 36MHz Asynchronous Master Reset Fully buffered Clock and Data inputs TYPE 74164 74LS164 TYPICAL fMAx 36MHz 36MHz , -bit edge-triggered shift register with serial data entry and an output from each of the eight stages. Data is entered serially through one of two inputs (Dsa or DSb); either input can be used as an active HIGH enable for data
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MSM6999

Abstract: IC 74164 analog input pin which is connected to the non-inverting input of a transmit amplifier. AIN­ is an inverting analog input pin which is connected to the inverting input of the transmit amplifier. GSX is a , this clock pulse should be identified with the data rate of PCM input signal at the PCMIN pin. This , power down state. DG Ground of digital signal. This pin is electrically separated from the AG pin in , .3 No.8 Example of Multi-Channel Timing 74161(1) QC Output 74161(2) QB Output QA 74164 Output
OKI Electric Industry
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MSM6999 MSM6999AS V74161 74161 IC 74161 MSM6997 E2U0010-28-81 MSM6996H/6996V/6997H/6997V/6998/6999 MSM6996H/MSM6996V/MSM6998 MSM6997H/MSM6997V/MSM6999 MSM6996H/MSM6996V/MSM6997H/MSM6997V MSM6998/MSM6999

MSM6999

Abstract: 74164 with ic PIN DIAGRAM analog input pin which is connected to the non-inverting input of a transmit amplifier. AIN­ is an inverting analog input pin which is connected to the inverting input of the transmit amplifier. GSX is a , this clock pulse should be identified with the data rate of PCM input signal at the PCMIN pin. This , power down state. DG Ground of digital signal. This pin is electrically separated from the AG pin in , RS IN No.4 No.5 No.6 No.7 Multiple PCM No.2 74164 No.3 No.8 Example of
OKI Electric Industry
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ic 74164 data sheet PLL 4049 MSM6996V/MSM6997V DIP16-P-300-2 MSM6996HRS/MSM6997HRS MSM6996VRS/MSM6997VRS MSM6998RS/MSM6999RS DIP16-G-300-2

fc-638l

Abstract: RTL8208 because of the internal reset operation of the RTL8208 5.6 LED Pins Pin Name LED_DATA/ LEDMODE[1 , , 0=half duplex. Upon reset, this pin sets the default values of Reg.0.8 of those ports in 100Base , operational modes of the RTL8208 can be configured either by hardware pin (pulled high or low) upon reset or , . 2 2. General Description . 2 3. Block Diagram. 3 4. Pin Assignments. 4 5. Pin
Realtek Semiconductor
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fc-638l GTS FC-638L 74164 pin assignment fc-638 001C 05E1 JESD51-7 530-ASS-P004

fc-638l

Abstract: GTS FC-638L separated with a "/" symbol. Refer to the Pin Assignment diagram for a graphical representation. 'I' stands , =full duplex, 0=half duplex. Upon reset, this pin sets the default values of Reg.0.8 of those ports in , operational modes of the RTL8208 can be configured either by hardware pin (pulled high or low) upon reset or , . 2 2. General Description . 2 3. Block Diagram. 3 4. Pin Assignments . 4 5. Pin
Realtek Semiconductor
Original
FC638L 40ST1041AX H1164 100base AA100 AA111

IC 3-8 decoder 74138 pin diagram

Abstract: f9444 Technology Comprehensive Family of Support Circuits Pin Functions CLK fOi M ULTIPROCESSOR I , synchronization of memory and I/O control. STRBD, Pin 6 - Data Strobe - Active LOW output; active only d u ring , Status - Active HIGH o u t put; copy of Interrupt-On flag; HIGH when interrupts en abled. CLK, Pin 40 - , . BUSLOCK, Pin 2 - Bus Lock - Active LOW open collector output; set d u rin g read portion of read-m , cycles. W, Pin 1 - W rite O utput - Indicates d irection of data flow ; HIGH indicates a read o r input
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IC 3-8 decoder 74138 pin diagram f9444 74874 Fairchild 9445 74164 counter decoder 74138 have three enabled pin F9445 F9444 F9446 F9447 F9448 F9449

f9454

Abstract: F9445 rdering Inform ation Page 1 2 2 4 5 15 19 30 31 36 Pin Functions C LK _ F 9445 HR 16-B IT M IC R O P , Status - Active HIGH o u t put; copy of Interrupt-O n flag; HIGH when interrupts en abled. CLK, Pin 40 , Fairchild's Isoplanar Integrated Inje ctio n'L o g ic (l3La ) technology. This bipolar technology and a , eight programaccessible registers and the capability of directly addres sing 128K bytes (64K w ords) of memory. Up to 4M bytes of physical memory may be accessed using the F9454 mem ory managem ent unit. The
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74l93 9347S F9470 F9445-24 F9445-20 F9445-16
Abstract: non-inverting analog input pin which is connected to the non-inverting input of a transmit amplifier. A IN - is an inverting analog input pin which is connected to the inverting input of the transmit amplifier , identified w ith the data rate of PCM input signal at the PCMIN pin. This RCLOCK signal can be a continuous , containing filters for A /D and D / A converting of the voice signal ranging from 300 Hz to 3400 Hz , /MSM6999: ji-law â'¢ Capable of independent operation of transmission and reception â'¢ Transmission -
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MSM6998/MSM6997V DIP16-P-300 DIP16-G-300 0GE1322 MSM6996H/V MSM6997H/V

IC 74164

Abstract: M6962 MSM6962/6963 PIN AND FUNCTIONAL DESCRIPTIONS Vss pin1 Negative voltage pow er supply. The range of , state of this pin is left open. Since this pin is high impedance input, a resister of 20 k£2 or less should be connected between this pin and AG pin, in the case of AC connection circuit to this pin. (Where , pin 5 Analog signal output. AOUT is connected to an output of the receive filter. The output signal , possible. A level of this pin is fixed to 0 V , w hen powered down. NC pin 6 Non-connected. Vref pin
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MSM6962 M6962 m6963 MSM6962RS FAF 37 DIODE MSM6962/MSM6963 MSM6963 92T200 6962RS/M 6963RS

RTL8208BF

Abstract: /RTL8208BF-LF Datasheet List of Tables TABLE 1. PIN ASSIGNMENTS , RTL8208B-LF/RTL8208BF-LF Datasheet List of Figures FIGURE 1. PIN ASSIGNMENTS (RTL8208B-LF , .56 FIGURE 30. CROSS-SECTION OF 128-PIN QFP , /O pin of TX_EN should not be used. Single-Chip Octal 10/100-TX/FX PHY Transceiver 7 Track , : TX_EN indicates the di-bits on TXD is valid and is synchronous to REFCLK. SMII: The I/O pin of TX_EN
Realtek Semiconductor
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RTL8208BF RTL8208BF-LF 10/100BASE-TX/FX JATR-1076-21

IC 3-8 decoder 74138 pin diagram

Abstract: F9444 |JU1-nunvc cvciy ojoic, may be used for external synchronization of memory and I/O control. STRBD, Pin 6 â , ; copy of carry bit. INTON, Pin 27 â'" Interrupt-On Status â'" Active HIGH output; copy of Interrupt-On , program-accessible registers and the capability of directly addressing 128K bytes (64K words) of memory. Up to 4M bytes of physical memory may be accessed using the F9444 memory management unit. The F9445 can address 62 I/O devices, handle 16 levels of priority interrupt, and perform fast direct memory access. It has
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MSI IC 74138 decoder power control F9444 F9445 self-test 74138 FAIRCHILD 74ls240 bus transfer switch F9445-16DM M38510

truth table for ic 74138

Abstract: 16CUDSLR cycles Elim ination of un u sed gates A utom atic pin and p art assignm ents SALSA logic m inim ization , truth table C om plete sym bol library of basic gates and over 120 TTL m acro functions S u p p o rt for , Easy definition of in p u ts w ith state tables, vector patterns, or predefined patterns State table or , desig n er to choose the m ethods that best suit each design. Figure 1 show s a block d iagram of A+PLUS. A+PLUS includes the A ltera Design Processor (ADP), w hich consists of integ rated m od u les that
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truth table for ic 74138 16CUDSLR ALU IC 74183 IC 74151 diagram and truth table 74183 alu 74147 pin diagram and truth table

741S373

Abstract: 74LSOO F9445 Fig. 1 F9445 Functional Diagram A rchitecture The F9445 m ic ro p ro c e s s o r c o m p ris , u t o p e ra tio n ; LO W in d ic a te s a F9445 INTREQ, Pin 30 - In te rru p t R equest - , -le n g th in s tru c tio n s , each of w h ic h is 16 b its lo n g and d iv id e d in to several fie , FAIRCHILD A S chlum berger C om pany F9445 16-Bit Bipolar Microprocessor M ic ro p ro c e s s o r P ro d u cts Description The F9445 is a 16-bit m ic ro p ro c e s s o r im p le m e n te d
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741S373 74LSOO F9445-based F9444 power control ltiu F9445-16DMQB IB13C 1B11C 1B10C

RTL8212

Abstract: QFN-76 Select. These pins are used to configure LED operation mode. The state of this pin is latched during , states of this pin is latched during power-up or reset. PxMODE[3:0] defined as: 0000 , resistor of 2.49Kâ"¦Â±1% is connected between this pin and ground. Test Pin 1. Reserved pin for internal , Semiconductor Corp. All rights reserved. No part of this document may be reproduced, transmitted, transcribed , written permission of Realtek Semiconductor Corp. DISCLAIMER Realtek provides this document â'as isâ
Realtek Semiconductor
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RTL8212 QFN-76 RTL8369 RTL8212-GR RTL8212N-GR RTL8211N-GR RTL8212/RTL8212N/RTL8211N QFP-128

RTL8212G

Abstract: RTL8212 -1076-21 Rev. 1.3 RTL8212/RTL8212N/RTL8211N Datasheet List of Tables TABLE 1. PIN TYPE , are used to configure LED operation mode. The state of this pin is latched during power-up or reset , ability (speed, duplex, and master/slave). The states of this pin is latched during OPD (12mA) power-up , reference current for both PHYs. A resistor of 2.49K±1% is connected between this pin and ground. Test Pin , Semiconductor Corp. All rights reserved. No part of this document may be reproduced, transmitted, transcribed
Realtek Semiconductor
Original
RTL8212N RTL8212G rtl8211 RTL821 rtl836 QFN76 rtl8211* Reference design 60BSC 063BSC RTL8211N DHS-QFP-128

LEAPER-3

Abstract: 74189 environment of development. Additional, the Company has been qualified by major IC manufacturer such as ATMEL , the"Cartridge modules" you can have all sorts of special IC programming systems. The SU-2000 offers two modes , matrix LCD display *Test Socket:One position for 28-pin IC socket *Operating Key: (1) 6 Function keys , hook x 1 40-pin IC socket x 1 DC power supply x 1 EXT CRYSTAL adaptor x1 System software disk User , x1 *16-bit 40-pin module + flat cable x1 *4 signal line hook x1 *28-pin IC socket x2 *System
Leap Electronic
Original
LEAPER-3 74189 7489 sram 89C51 interfacing with lcd display 4N34 ic 74192 pin configuration PIC16C52/54/54A PIC16C55/56/57/57A/58A PIC12C508/509 PIC16C61 PIC16C620/621/622 PIC16C71/710

6 pin pulse transformer 4503 circuit diagram

Abstract: l0534 le tt-P a c k a rd 's stra te g ic re a lig n m e n t of its businesses. Combining the core stre n g th s of te s t and m easu re m e n t instrum ents, s e m ic o n d u c to r and optical c o m m u n ic , Diagram +5 V NOTE: FOR BEST CMR PERFORMANCE, CONNECT PIN 7 TO PIN 8. 100 KBd Darlington , r f a c e · M ic ro p ro c e s s o r S ystem In te rfa c e Typical RS-422 Interface Block Diagram , interface optocouplers w ill meet the need. Here is a typical c irc u it diagram of a motor drive system
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6 pin pulse transformer 4503 circuit diagram l0534 HCPL 601 smd Optocoupler 601 8 pin smd L4562 l0631 HCPL-2211 CPL-0631 VHCPL-0661 HCPL-2212 HCPL-0211 L-2200

IC 3-8 decoder 74138 pin diagram

Abstract: binary to gray code conversion using ic 74157 in the Comments column, the addition of a terminal for each bit of an internal flip-flop makes the IC , . OKI's Standard Cell library consists of:- Basic internal blocks , bit size of RAM, ROM and PLA, the basic internal blocks and the I/O blocks are compatible with OKI's MSM70H000 series of Gate Arrays. â FEATURES â'¢ Basic blocks compatible with OKI's MSM70H00Û series of , level Schmitt input buffers Vimd/Vild are CMOS level Schmitt input buffers The minimum value of ViL is
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binary to gray code conversion using ic 74157 Multiplexer IC 74151 16 bit odd even parity checker using two IC 74180 binary to gray code conversion using ic 74139 7444 series Excess-3-gray code to Decimal decoder full adder using Multiplexer IC 74151 MSM91H000

IC 3-8 decoder 74138 pin diagram

Abstract: full adder using ic 74138 an exam ple the diagram of a DFFNR1, Macro cell (D Flip-Flop with Reset) as it appears to the routing , typical access time of 35 ns (for a 256 x 8 SRAM). The block diagram of a 256 x 8 static RAM is descri bed , o ta l D o se . D E S IG N A D V IC E Although the use of the MBRT Library guarantees total , process features effective channel length of 1.5 n for both N and P tran sisto rs, and achieves operating speeds up to 30-35 MHz at 70 Krads (Si) with the inhe rent low power consumption of CMOS technology
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full adder using ic 74138 circuit diagram for IC 7483 full adder ttl ic 7485 0850R 7483 4 bit binary full adder circuit diagram for 7483 transistor KD 617 0850RT 1300RT 2000RT 2700RT 3200RT 4000RT
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