THE TTL Search Results

rgb 18 bit to lvds

Abstract: rs-422 TO lvds rs-422 TO TTL CONVERTERS AN-1032 DS90CR561 DS90CR581
Contextual Info: National Semiconductor Application Note 1032 Susan Poniatowski April 3, 2009 The FPD-Link Chipset FPD-Link transmitter. The parallel TTL data is muxed and converted to LVDS. The outputs of the FPD-Link transmitter drive the LVDS data on the cable which connects the motherboard to the display. The LVDS data traverses the cable to

IC TTL 7400 propagation delay

Abstract: TTL LS 7400 TTL family
Contextual Info: PRODUCT OVERVIEW THE PRODUCT FEATURES In the world of semiconductors, the TTL fam ily has been for several years, one of the most diffused technologies in the field of integrated circuits. The Low Power Schottky technology represents the most successful evolution of the basic TTL. Its main

xnxx

Abstract: HD61602 hitachi qfp 80 pin case HD61603 .xnxx HD61602R HD6809 HM6116 HD61602RH HD61603R
Contextual Info: HD61602/HD61603 Segment Type LCD Driver HITACHI Description The HD61602 and the HD61603 are liquid crystal display driver LSIs with a TTL and CMOS compatible interface. Each of the LSIs can be connected to various microprocessors. The HD61602 incorporates the power supply circuit for the liquid crystal display driver. Using the

HD61602

Abstract: HD6809 HM6116 HD61602R HD61602RH HD61603 HD61603R
Contextual Info: HD61602/HD61603 Segment Type LCD Driver Description The HD61602 and the HD61603 are liquid crystal display driver LSIs with a TTL and CMOS compatible interface. Each of the LSIs can be connected to various microprocessors. The HD61602 incorporates the power supply circuit for the liquid crystal display driver. Using the

hd61602r

Contextual Info: HD61602/HD61603 Segment Type LCD Driver HITACHI Description The HD61602 and the HD61603 are liquid crystal display driver LSIs with a TTL and CMOS compatible interface. Each of the LSIs can be connected to various microprocessors. The HD61602 incorporates the power supply circuit for the liquid crystal display driver. Using the

TTLOS

Abstract: ttl_pw TTLOS-50 TTLOS-10 TTLOS-15 TTLOS-20 TTLOS-25 TTLOS-30 TTLOS-33 TTLOS-35
Contextual Info: TTL Gated Oscillators TTL Pulse Width Generator Modules TTL Pulse Width Discriminators These gated oscillators permit synchronization of the output square wave with the high-tolow transition of the enable input. When the enable is high, the output is held high. The

60c31

Abstract: 74HC74 74HCT-Logic 80C31HB 27C2M EPROM 27C256 interface hardware 74HC cmos family spec
Contextual Info: CHAPTER 7 80C51 Family Designing with the 80C51BH CMOS EVOLVES The original CMOS logic families were the 4000-series and the 74C-series circuits. The 74C-series circuits are functional equivalents to the correspondingly numbered 74-series TTL circuits, but have CMOS logic levels and

max903

Abstract: MAX9201 MAX9201ESE MAX9201EUE MAX9202 MAX9202EUD MAX9203
Contextual Info: Low-Cost, 7ns, Low-Power Voltage Comparators 19-1936; Rev 0; 1/01 The MAX9202/MAX9203 feature output latches with TTL compatible inputs. The comparator output states are held when the latch inputs are driven low. The MAX9201 provides all the same features as the

82C602A

Abstract: pin details of VIPER 22 Viper 15 82c556 OPTi chipset 486 82C802 82C832 viper 16l opti 82C556 VIPER 27
Contextual Info: Addendum 82C602A OPTi Buffer Device 1.0 Introduction 2.0 The 82C602A is the newest generation of OPTi's 82C602 Buffer Device. This enhanced version of the 82C602 has numerous modes which enable the system designer to reduce the amount of required TTL logic and increase the

FMEM-TTL

Abstract: manchester encoder block diagram manchester code encoder diagram Engineered Components Company manchester encoder Manchester block diagram manchester Manchester code
Contextual Info: FAST TTL Manchester Encoder Module The FAST TTL Manchester Encoder Module manufactured by Engineered Components Company is designed to accept a TTL serial data input, and output the TTL Manchester code at the Manchester clock rate. The module requires a TTL clock input running at the same bit rate as the Manchester clock rate. The encoder module will

Contextual Info: MC3399 Automotive Half-Amp High-Side Switch The MC3399 is a High–Side Switch designed to drive loads from the positive side of the power supply. The output is controlled by a TTL compatible input Enable pin. In the “on” state, the device exhibits very low

SN54LVT18502

Contextual Info: Using ispGDX to Replace Boundary Scan Bus Devices TM the I/O cells make almost any TTL-bus application possible, especially with the 3.5ns Tpd and Tco of the 3.3V ispGDXV devices. After a brief overview of the ispGDX architecture, several examples illustrating the use of the

SN54LVT18502

Abstract: SN54ABT8245 SN54ABT8543 SN54ABTH18502A SN54BCT8240A SN54BCT8244A SN54BCT8245A SN54BCT8373A SN74ABT18245A SN74ABT18502
Contextual Info: Using ispGDX to Replace Boundary Scan Bus Devices the I/O cells make almost any TTL-bus application possible, especially with the 3.5ns Tpd and Tco of the 3.3V ispGDXV devices. After a brief overview of the ispGDX architecture, several examples illustrating the use of the

C1995

Abstract: DM74S473 DM74S473J DM74S473N DM74S473V J20A 512 ttl prom 9715
Contextual Info: DM74S473 512 x 8 4096-Bit TTL PROM General Description Features This Schottky memory is organized in the popular 512 words by 8 bits configuration A memory enable input is provided to control the output states When the device is enabled the outputs represent the contents of the selected

AN56

Abstract: AN5601 JESD89A
Contextual Info: #56 Interface single-ended signal to DDR devices By Paul Li Introduction Today’s Gigahertz CPUs request high bandwidth on the PC board. The TTL signal on the board becomes the bottleneck since the maximum frequency of TTL signals traveling through the PC board is less than 200 MHz.

2.4k RESISTOR

Abstract: JR9-JR17 MAX3675 MAX3680 MAX3680EAI TAJA225K010 TAJC336K010
Contextual Info: 19-1212; Rev 0; 3/97 MAX3680 Evaluation Kit The MAX3680 evaluation kit EV kit simplifies evaluation of the MAX3680 622Mbps, SDH/SONET 1:8 deserializer. The EV kit requires only a +3.3V supply, and includes all the external components necessary to interface with 3.3V PECL/TTL logic. The board can be connected directly to the output of a clock-and-data-recovery circuit (such as the MAX3675) and to the TTL input

10H644

Contextual Info: MC10H644, MC100H644 68030/040 PECL to TTL Clock Driver The MC10H/100H644 generates the necessary clocks for the 68030, 68040 and similar microprocessors. The device is functionally equivalent to the H640, but with fewer outputs in a smaller outline 20−lead PLCC package. It is guaranteed to meet the clock

ecl85

Abstract: 10H644 H644 H640 MC100H644 MC100H644FN MC10H644 MC10H644FN PLCC20 package
Contextual Info: MC10H644, MC100H644 68030/040 PECL to TTL Clock Driver The MC10H/100H644 generates the necessary clocks for the 68030, 68040 and similar microprocessors. The device is functionally equivalent to the H640, but with fewer outputs in a smaller outline 20–lead PLCC package. It is guaranteed to meet the clock

Contextual Info: MC10H644, MC100H644 68030/040 PECL to TTL Clock Driver The MC10H/100H644 generates the necessary clocks for the 68030, 68040 and similar microprocessors. The device is functionally equivalent to the H640, but with fewer outputs in a smaller outline 20−lead PLCC package. It is guaranteed to meet the clock

MC100H642

Abstract: MC10H642
Contextual Info: MC10H642, MC100H642 68030/040 PECL to TTL Clock Driver Description The MC10H/100H642 generates the necessary clocks for the 68030, 68040 and similar microprocessors. It is guaranteed to meet the clock specifications required by the 68030 and 68040 in terms of

10H644

Abstract: plcc20 socket MC10H644FN
Contextual Info: MC10H644, MC100H644 68030/040 PECL to TTL Clock Driver The MC10H/100H644 generates the necessary clocks for the 68030, 68040 and similar microprocessors. The device is functionally equivalent to the H640, but with fewer outputs in a smaller outline 20−lead PLCC package. It is guaranteed to meet the clock

Contextual Info: F530L Series HCMOS/TTL CLOCK OSCILLATOR Back F530 Series State of the art 3.3V technology appears in the newest edition to the Fox surface mount oscillator line, the F530 Series. With its ultra miniature ceramic package 3.2 x 5.0 x 1.3, it offers one of the smallest footprints in the industry.

H644

Abstract: 68 pin plcc socket view bottom 10H644 H640 MC100H644 MC100H644FN MC10H644 MC10H644FN
Contextual Info: MC10H644, MC100H644 68030/040 PECL to TTL Clock Driver The MC10H/100H644 generates the necessary clocks for the 68030, 68040 and similar microprocessors. The device is functionally equivalent to the H640, but with fewer outputs in a smaller outline 20−lead PLCC package. It is guaranteed to meet the clock

motorola transistor ignition

Abstract: ignition timing automotive ignition electronic ignition 381 motorola Designed for automotive ignition applications igniTION CIRCUIT motorola automotive power transistor MC3399 MC3399DW
Contextual Info: Order this document by MC3399/D MC3399 Automotive Half-Amp High-Side Switch The MC3399 is a High–Side Switch designed to drive loads from the positive side of the power supply. The output is controlled by a TTL compatible input Enable pin. In the “on” state, the device exhibits very low