500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
LTC6421CUDC-20 Linear Technology Dual Matched 1.3GHz Differential Ampli?ers/ADC Drivers; Package: DFN; No of Pins: 20; Temperature Range: 0°C to +70°C visit Linear Technology - Now Part of Analog Devices
LTC1531CSW#TR Linear Technology IC COMP DIFF DUAL SELFPWR 28SOIC visit Linear Technology - Now Part of Analog Devices
LTC1485CS8#TRPBF Linear Technology LTC1485 - Differential Bus Transceiver; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1485IS8#TRPBF Linear Technology LTC1485 - Differential Bus Transceiver; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1485IS8#PBF Linear Technology LTC1485 - Differential Bus Transceiver; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1485CS8#TR Linear Technology LTC1485 - Differential Bus Transceiver; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy

manchester differential

Catalog Datasheet MFG & Type PDF Document Tags

mil-std-1397

Abstract: manchester optical input stream to TTL digital data and operates with data rates of up to 10Mb/sec Manchester. Differential and adaptive circuits are utilized for gain control under burst type transmissions which are , . Its TTL outputs can be readily reconstructed to the Manchester waveform requirement for all existing , . Sensitivity is benchmarked for unipolar 10Mb/sec Manchester code. 8-16 CT1760 +12V +5V -5V
-
OCR Scan
mil-std-1397 manchester Manchester code manchester differential 10MHZ MIL-STD-1397 CT1750 MIL-STD-1772 MIL-STD1397 T1760

82588

Abstract: ti5a provides a highly integrated interface and performs: CSMA/CD Data Link Control, Manchester, Differential , frame can be coded to either Manchester, Differential Manchester or NRZI methods. 1-44 Powered by , has been enabled. The received frame is decoded by either on-chip Manchester, Differential Manchester , ) Symbol Parameter Min Max Units Test Conditions Transmit Data Parameters (Manchester, Differential , '" CSMA/CD Medium Access Control (MAC) â'" On-Chip Manchester, NRZI Encoding/Decoding â'" On-Chip Logic
-
OCR Scan
82588 ti5a T28-F 7t53 2T24 T75A K-T63

Z16C3220VSC

Abstract: Z85C3008VSC ), Bi-Phase-Level (Manchester), Differential Bi-Phase-Level · Transmit and receive DMA controllers with single , ZiLOG has set the standard for and Manchester Serial Communication Controllers. Based on the ·
ZiLOG
Original
CRC-16 Z16C30 Z16C32 Z8523010VEC Z8523010VSC Z8523016VEC Z16C3220VSC Z85C3008VSC Z16C3010VSC Z80230/Z85C30/Z85230 Z85233 Z80230/Z85230/Z85233 Z85C30

MK68590

Abstract: differential manchester encoder supported. C Manchester or Differential Manchester data encoding/decoding. â¡ Full duplex or half duplex , or Differential data. It decodes Manchester or Differential Manchester data from the line transceiver , using Differential Manchester. When this pin is high it uses Manchester. When this pin is high the chip , transmitter encodes NRZ data from the controller chip into Manchester or Differential Manchester Space data , Differential Manchester Space, as shown above, depending upon the state of DMANEN. The encoded data is output
-
OCR Scan
MK5033 1N914 MK5033P MK68590 differential manchester encoder generation circuit of manchester MKS033N

16C32

Abstract: manchester differential - bisync, SDLC/HDLC, SDLC/HDLC loop) · Encodes in the following modes: NRZI, FM0, FM1, and Manchester , modes: NRZ, NRZI, FM0, FM1, and Manchester · CRC-16 or CRC-CCITT error detection · 1-byte transmit , modes (16C32 only) NRZI-Space, Bi-Phase-Mark (FM1), Bi-Phase-Space (FM0), Bi-Phase-Level (Manchester), Differential Bi-Phase-Level Serial Family Channels DMA Controllers Bus Interface MHz Part
ZiLOG
Original
Z8523008PSC Z8523008VSC Z8523020PSC Z16C3010VEC Z80C3008PEC 16C35 z85c3008vec Z16C35 Z8023010VSC Z8023016PSC Z8023016VSC Z8523008PEC

manchester differential

Abstract: cd controller performs: CSMA/CD Data Link Control, Manchester* Differential Manchester or_NRZI encoding/decoding, clock , again. The transmitted frame can be coded to either Manches ter, Differential Manchester or NRZI methods , receiver has been enabled. The received frame is decoded by either on-chip Manchester, Differential Manches , (Manchester, Differential Manchester) T34 T35 TxD TransitionTransition TCLK Low to TxD Transition Half Bit , Layers 1 and 2 - CSMA/CD Medium Access Control (MAC) - On-Chip Manchester, NRZI Encoding/Decoding -
-
OCR Scan
cd controller
Abstract: , Manchester, Differential Manchester or NRZI encoding/decoding, clock recovery; Carrier Sense, and Collision , transmitted frame can be coded to either Manches­ ter, Differential Manchester or NRZI methods. Upon , received frame is decoded by either on-chip Manchester, Differential Manches­ ter or NRZI decoders in , Conditions ns *12 Transmit Data Parameters (Manchester, Differential Manchester) T34 TxD , â'" CSMA/CD Medium Access Control (MAC) â'" On-Chip Manchester, NRZI Encoding/Decoding â -
OCR Scan

NRZ to MFM encoder

Abstract: differential manchester decoder implemented in a variety of design applications. Encoding is possible in FM, MFM, or Differential Manchester , phase lock loop. FEATURES · Data rates up to 10MHz · FM, MFM, and Differential Manchester encoding , a -a n input of encoded serial data (MFM, FM, or Differential Manchester) that is to be converted to NRZ data. WRDAT WRite D A T a -a n output of encoded serial data (FM, MFM, or Differential Manchester , line. Transmit Data - an input of NRZ data that is to be encoded to FM, MFM, or Differential Manchester
-
OCR Scan
NRZ to MFM encoder differential manchester decoder 74LS1801 74LS1802

differential manchester encoder

Abstract: applications. Encoding is possible in FM, MFM, or Differential Manchester formats, making the 74LS1801 , rates up to 10MHz · FM, MFM, and Differential Manchester encoding/decoding · Precompensation in MFM , -a n input of encoded serial data (MFM, FM, or Differential Manchester) that is to be converted to NRZ data. WRDAT WRite D A T a -a n output of encoded serial data (FM, MFM, or Differential Manchester , line. Transmit Data - an input of NRZ data that is to be encoded to FM, MFM, or Differential Manchester
-
OCR Scan

dc/intel 82592

Abstract: n82592 Layers of OSI Model â'" Complete CSMA/CD Medium Access Control (MAC) Functions â'" Manchester, Differential Manchester, or NRZI Encoding/Decoding â'" On-Chip, Logic-Based Collision Detection â'" IEEE , are available only for Manchester or Differential Manchester encoding/decoding. t2 4 = Serial Clock , TCLK Fall Time 10 ns (Note 2) TRANSMIT DATA PARAMETERS (MANCHESTER, DIFFERENTIAL MANCHESTER , pin on the HIGH to LOW clock transition. For Manchester encoding, the transmitted bit center is
-
OCR Scan
dc/intel 82592 n82592 16-BIT 10BASE5 10BASE2 10BROAD36

82590

Abstract: 10Broad36 Model â'" Complete CSMA/CD Medium Access Control (MAC) Functions â'" Manchester, Differential , subsystem is capable of NRZI, Manchester, and Differential Manchester encoding and decoding at bit rates up , Manchester or Differential Manchester encoding/decoding t24 = Serial Clock Cycle Time t25 = Serial Clock High , DATA PARAMETERS (MANCHESTER, DIFFERENTIAL MANCHESTER) , ) ns RECEIVED DATA PARAMETERS (MANCHESTER, DIFFERENTIAL MANCHESTER)
-
OCR Scan
82590 82380 82592 intel for 8237 8237 dma controller notes 1244L 16-MH KT76-
Abstract: SM A /C D Medium Access Control (MAC) Functions â'" Manchester, Differential Manchester, or NRZI , decoder in the serial subsystem is capable of NRZI, Manchester, and Differential Man­ chester encoding , available only for Manchester or Differential Manchester encoding/decoding t2 4 = Serial Clock Cycle Time , DATA PARAMETERS (MANCHESTER, DIFFERENTIAL MANCHESTER) *34 TxD Transition-Transition *35 TCLK , (MANCHESTER, DIFFERENTIAL MANCHESTER) '54 RxD Transition-Transition '55 RxD Rise Time 115 10 -
OCR Scan

m82592

Abstract: ibm t30 laptop motherboard diagram CSMA/CD Medium Access Control (MAC) Functions - Manchester, Differential Manchester, or NRZI Encoding , Differential Manchester encoding/decoding. ( 2 4 = Serial Clock Cycle Time. t2 5 = Serial Clock High Time. t26 , 2) (Note 2) (Note 2) TRANSMIT DATA PARAMETERS (MANCHESTER, DIFFERENTIAL MANCHESTER) *34 *35 *36 , ns ns ns (Note 12) (Note 12) *52 *53 RECEIVED DATA PARAMETERS (MANCHESTER, DIFFERENTIAL , , data is transferred to the TxD pin on the HIGH to LOW clock transition. For Manchester encoding, the
-
OCR Scan
m82592 ibm t30 laptop motherboard diagram M80286 circuit diagram laptop motherboard MKSE M82592 M82380

82592

Abstract: 82590 Access Control (MAC) Functions - Manchester, Differential Manchester, ór NRZI Encoding/Decoding - , , Manchester, and Differential Man chester encoding and decoding at bit rates up to 4 "Mb/s in High-lntegration , Differential Manchester encoding/decoding t24 = Serial Clock Cycle Time *25 = Serial Clock High Time t26 = , TRANSMIT DATA PARAMETERS (MANCHESTER, DIFFERENTIAL MANCHESTER) , (MANCHESTER, DIFFERENTIAL MANCHESTER)
-
OCR Scan
XT-2410
Abstract: , MFM, or Differential Manchester formats, making the 74LS1801 invaluable in designs re­ quiring , external delay line. Mode Select - inputs designating the format (FM. MFM, Differential Manchester) of , that is to be encoded to FM, MFM, or Differential Manchester data. Ground. 21 RD/WR ReaD , Receive DATa -a n output consisting of NRZ data decoded from MFM, FM, or Differential Manchester data , , FM, or Differential Manchester) TO S T. 2 Modifies clock rate with respect to crystal -
OCR Scan

N74LS1801I

Abstract: SIGNETICS 1801 . FEATURES · Data rates up to 10MHz · FM, MFM, and Differential Manchester encoding/decoding · , , or Differential Manchester) derived from NRZ data. SYNChronization o u tp u t-w h e n active low , , MFM, or Differential Manchester data. ReaD/WRite - an input designating mode of operation: when high , the format (FM, MFM, Differential Manchester) of serial I/O data that is to be encoded or decoded , , FM, or Differential Manchester data. PR eC o M P -a n input that allows precom pensation of MFM
-
OCR Scan
N74LS1801I SIGNETICS 1801

82592

Abstract: ttmx medium access control (MAC) functions; Manchester, differential Manchester, or NRZI encoding/decoding , , and differential Manchester encoding and decoding. Encoding and decoding are possible at bit rates up , ) Notes: X10 and X18 are available only for Manchester or differential Manchester encoding/decoding , tTCLTCL + 40 ns for 18X. Table 20. Transmit Data Parameters (Manchester, Differential Manchester )(See , Parameters (Manchester, Differential Manchester) (See Figure 31) Symbol tRDVRDXI tRDV1RDX1 tRDXRDX * 4 x tT
-
OCR Scan
ttmx 80186 CPU subsystem T7302 10BASE-T LAN-10 T-7302--PCL T-7302--MCL 50AL330240

Bi-phase-L Coding

Abstract: CRC16 DPLL circuitry for clock recovery with NRZ, NRZI, FM0, FM1, Manchester, and Differential Manchester , , Manchester, and Differential Manchester. The DPLL can be configured to NRZ operation to pass the clocks and , Differential Manchester allow 8×, 16×, or 32×. The 8× option allows highest speed; whereas, the 32× option , , Manchester, and Differential Manchester allow 8×, 16×, or 32×. The 8× option allows highest speed; whereas , . Reserved. Differential Manchester (Differential Bi-phase-L). Reserved. TENC-Transmitter Encoding
Motorola
Original
MPC821 Bi-phase-L Coding CRC16 D555

Bi-phase-L Coding

Abstract: CRC16 , Manchester, and Differential Manchester. The DPLL can be configured to NRZ operation to pass the clocks and , 25MHz · DPLL circuitry for clock recovery with NRZ, NRZI, FM0, FM1, Manchester, and Differential Manchester (also known as Differential Bi-phase-L) · Clocks can be derived from a baud rate generator, an , TDCR depends on the encoding. NRZI usually requires 1×, whereas FM0/FM1, Manchester, and Differential , , Manchester, and Differential Manchester allow 8×, 16×, or 32×. The 8× option allows highest speed, whereas
Motorola
Original
MPC823 CRC32 DIV16 FFF0000

Bi-phase-L Coding

Abstract: sync rs-485 SDLC with NRZ, NRZI, FM0, FM1, Manchester, and Differential Manchester (also known as Differential , options include NRZ, NRZI, FM0, FM1, Manchester, and Differential Manchester. The DPLL can be configured , . NRZI usually requires 1×; whereas, FM0/FM1, Manchester, and Differential Manchester allow 8×, 16×, or , , Manchester, and Differential Manchester allow 8×, 16×, or 32×. The 8× option allows highest speed; whereas , . Manchester. Reserved. Differential Manchester (Differential Bi-phase-L). Reserved. MPC860 USER'S MANUAL
Motorola
Original
sync rs-485 SDLC 161472 16-1-472 mpc860 users manual CODER MANCHESTER DIFFERENTIAL x22 um 3A
Showing first 20 results.