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2000 - rx2 G receiver ic remote control

Abstract: rx2/tx2 RX5A TR6-A connector iso 2593 LOG RX2 tx2b rx2b speed control diagram AMD Phenom 2 datasheet RX4B TX4B
Text: 27 TR7 TX7 48 25 TR6A 28 TX76D MUX MUX RX7 RX8I TX4B 13 TX5B 9 VDD 29 , 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 TX1D GND VDD GND VSS DTINV CKINV , output pin is tri-stated if the EN_OUT* input pin (pin 48 ) is "HIGH". If the XRT4500 has been configured , output pin is tri-stated if the EN_OUT input pin (pin 48 ) is "HIGH". 2. If the XRT4500 has been , to all `RS-232/V.28 Drivers' within the XRT4500. 47 VDD 48 EN_OUT Analog VDD for the


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PDF XRT4500 XRT4500 EIA530A, RS232 RS449. 80-pin 20MHz 256kbps rx2 G receiver ic remote control rx2/tx2 RX5A TR6-A connector iso 2593 LOG RX2 tx2b rx2b speed control diagram AMD Phenom 2 datasheet RX4B TX4B
2012 - Evaluation Kits

Abstract: evaluation kit Design IQS550EV03 RX6A TX7/LOG rx1a
Text: TX14 43 44 45 46 47 48 1 PGM 3V3 VDD POUT VDDIO TOUT VREG 7 38 9 C1


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PDF IQS550EV03 CT120/210/220) DS100 IQS550EV03 IQS550 Evaluation Kits evaluation kit Design RX6A TX7/LOG rx1a
2002 - AMD Phenom II

Abstract: amd phenom PIN LAYOUT rx2 G receiver ic remote control tx2b rx2b speed control diagram AMD Phenom 2 datasheet D03316P-473 amd phenom ii pin m20 115 RX177 AMD Phenom
Text: 17 RX8 TR6A 28 TX76D 48 25 TX4B 13 TX5B 9 VDD 29 RX6 EN_OUT TX4A 15 , 16 17 18 19 20 XRT4500 80 Lead TQFP 60 59 58 57 56 55 54 53 52 51 50 49 48 47 , . 48 1.3.4 THE EC* (ECHO CLOCK MODE - ENABLE/DISABLE SELECT INPUT PIN , . 74 FIGURE 48 . RS-232 CONNECTION DIAGRAM FOR XRT4500 , ) . 92 Scenario 48


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PDF XRT4500 XRT4500 EIA530A, RS232 RS449. 80-pin 20MHz 256kbps AMD Phenom II amd phenom PIN LAYOUT rx2 G receiver ic remote control tx2b rx2b speed control diagram AMD Phenom 2 datasheet D03316P-473 amd phenom ii pin m20 115 RX177 AMD Phenom
2000 - RX5A

Abstract: RX2A 2.2 uf 16v electrolytic TX7/LOG RX5A panasonic x7r dte60
Text: RX7 Filter MUX 28 TX76D 27 TR7 EN_OUT RX8I 48 25 RX8 Filter 17 TX8D TX8 TX4,5,6,7 , XRT4500 80 Lead TQFP 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 TX1D GND VDD GND , of the Terminal Equipment. Notes: This output pin is tri-stated if the EN_OUT* input pin (pin 48 ) is , . Note: 1. This output pin is tri-stated if the EN_OUT input pin (pin 48 ) is "HIGH". 2. If the XRT4500 , ' within the XRT4500. 47 48 VDD EN_OUT I Analog VDD for the Internal Switching Regulator Output Enable Pin


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PDF XRT4500 XRT4500 EIA530A, RS232 RS449. 80-pin 20MHz 256kbps RX5A RX2A 2.2 uf 16v electrolytic TX7/LOG RX5A panasonic x7r dte60
2000 - Remote Control tx2 8 pin

Abstract: No abstract text available
Text: 48 25 TR6A 28 TX76D MUX MUX RX7 RX8I TX4B 13 TX5B 9 VDD 29 RX6 EN_OUT , 49 48 47 46 45 44 43 42 41 TX1D GND VDD GND VSS DTINV CKINV OSCEN SR_OUT VDD 2CK , (pin 48 ) is “HIGH”. If the XRT4500 has been configured to operate in the “Registered” Mode , : 1. This output pin is tri-stated if the EN_OUT input pin (pin 48 ) is “HIGH”. 2. If the XRT4500 , setting applies to all ‘RS-232/V.28 Drivers’ within the XRT4500. 47 VDD 48 EN_OUT


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PDF XRT4500 XRT4500 EIA530A, RS232 RS449. 80-pin 20MHz 256kbps Remote Control tx2 8 pin
2001 - rx5a tx5a

Abstract: panasonic x7r tx67 TX5b rx5b tx2b rx2b speed control diagram Remote Control tx2 8 pin
Text: TR7 EN_OUT RX8I 48 25 Filter 17 TX8D RX8 TX8 TX4,5,6,7,8 23 RX8D EN_FLTR 75 19 , 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 TX1D GND VDD GND VSS DTINV CKINV OSCEN , Equipment. Notes: This output pin is tri-stated if the EN_OUT* input pin (pin 48 ) is "HIGH". If the , the Terminal Equipment. Note: 1. This output pin is tri-stated if the EN_OUT input pin (pin 48 ) is , applies to all `RS-232/V.28 Drivers' within the XRT4500. 47 48 VDD EN_OUT I Analog VDD for the Internal


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PDF XRT4500 XRT4500 EIA530A, RS232 RS449. 80-pin 20MHz 256kbps rx5a tx5a panasonic x7r tx67 TX5b rx5b tx2b rx2b speed control diagram Remote Control tx2 8 pin
rx6a

Abstract: RD5A RD5B rx6b 3RP10 HDR40RAM RX9b RD6A RD6B RD11A
Text: _2 DHI_2 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 4 RP8 22 5 1 RP9 22 8 2 , 35 36 37 38 40 41 43 44 46 47 25 48 0.1F C84 10k R126 10k RxSYNC RxD11_A , 33 35 36 37 38 40 41 43 44 46 47 25 48 U8 + C63 4.7F 6.3V 3VDD TxD13 , 44 48 RxSYNC Rx11_A Rx10_A Rx9_A Rx8_A Rx7_A Rx6_A Rx5_A Rx4_A Rx3_A Rx2_A Rx1_A , 61 63 65 67 69 71 73 75 77 79 JP63 JP62 JP61 SAM080UPF J1 42 44 46 48 50


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PDF AD9860: OP184 rx6a RD5A RD5B rx6b 3RP10 HDR40RAM RX9b RD6A RD6B RD11A
2013 - BL509-06G31-TAH1

Abstract: No abstract text available
Text: GND 43 44 45 46 47 48 1 TX8 TX9 TX10 TX11 TX12 TX13 TX14 VREG 9 C1 C2 SCL


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PDF IQS550-TS43 IQS550-TS43 IQS550 BL509-06G31-TAH1
2001 - rx2a tx2a

Abstract: panasonic x7r rx1a Remote Control tx2 8 pin
Text: TR7 EN_OUT RX8I 48 25 Filter 17 TX8D RX8 TX8 TX4,5,6,7,8 23 RX8D EN_FLTR 75 19 , 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 TX1D GND VDD GND VSS DTINV CKINV OSCEN , Equipment. Notes: This output pin is tri-stated if the EN_OUT* input pin (pin 48 ) is "HIGH". If the , the Terminal Equipment. Note: 1. This output pin is tri-stated if the EN_OUT input pin (pin 48 ) is , applies to all `RS-232/V.28 Drivers' within the XRT4500. 47 48 VDD EN_OUT I Analog VDD for the Internal


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PDF XRT4500 XRT4500 EIA530A, RS232 RS449. 80-pin 20MHz 256kbps rx2a tx2a panasonic x7r rx1a Remote Control tx2 8 pin
2001 - TX6-RX6

Abstract: LOG RX2 panasonic x7r TX4-RX4 amd phenom PIN LAYOUT D03316P-473 datasheet of TX2B RX2B log tx2 log TX6 pin diagram AMD phenom
Text: 17 RX8 TR6A 28 TX76D 48 25 TX4B 13 TX5B 9 VDD 29 RX6 EN_OUT TX4A 15 , 16 17 18 19 20 XRT4500 80 Lead TQFP 60 59 58 57 56 55 54 53 52 51 50 49 48 47 , if the EN_OUT* input pin (pin 48 ) is "HIGH". If the XRT4500 has been configured to operate in the , tri-stated if the EN_OUT input pin (pin 48 ) is "HIGH". 2. If the XRT4500 has been configured to operate in , ' within the XRT4500. 47 VDD 48 EN_OUT Analog VDD for the Internal Switching Regulator I


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PDF XRT4500 XRT4500 EIA530A, RS232 RS449. 80-pin 20MHz 256kbps TX6-RX6 LOG RX2 panasonic x7r TX4-RX4 amd phenom PIN LAYOUT D03316P-473 datasheet of TX2B RX2B log tx2 log TX6 pin diagram AMD phenom
1995 - DP83955AV

Abstract: tx-2b TX6B rx6a TX2b TX1B DP83956AVLJ Rx6b TX7A C1995
Text: TXO5 a 6 GND 27 BUFEN 48 TXO3 a 69 TXO5b 7 VCC 28 ACKO 49 , TX3b 68 TXO5 a 6 GND 27 BUFEN 48 TX3 a 69 TXO5b 7 VCC 28 ACKO , 6 GND 27 BUFEN 48 TX3 a 69 CD5b 7 VCC 28 ACKO 49 CD3b 70 , a 26 DFS 47 TX3b 68 TX5 a 6 GND 27 BUFEN 48 TX3 a 69 CD5b , TXO2Pb 67 RXI4 a 87 88 TXO6 a 8 COLN 28 CD1 a 48 NC 68 RXI4b


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PDF DP83955A DP83956A DP83955 DP83955AV tx-2b TX6B rx6a TX2b TX1B DP83956AVLJ Rx6b TX7A C1995
Not Available

Abstract: No abstract text available
Text: terminals E-readers Consumer electronics Available options TA QFN(7x7)- 48 IQS550 -40°C to 85 , .45 8.1 IQS550 QFN(7x7)- 48 Mechanical Dimensions , : . 48 Release v1.00 . 48 Release v1.01 . 48 Release v1


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PDF IQS550 IQS550-A000 IQS550-A000 100Hz+
1995 - TX6B

Abstract: log rx6a rx6b RX13B RX6A tx2b rx2b speed control diagram RX13a aui isolation transformer diode T35 12H CD13b
Text: 128 D7 88 RXI13b 48 TXO8 a 7 RXI3b 127 D6 87 RXI13 a 47 TXO8b , RXI13b 48 TXO8 a 7 RX3 a 127 D6 87 RXI13 a 47 TXO8b 6 RX3b 126 , RD 89 NC 49 TXO8Pb 8 GND 128 D7 88 RXI13b 48 TXO8 a 7 RX3 a , 48 TX8 a 7 RX3 a 127 D6 87 RX13b 47 CD8b 6 RX3b 126 D5 86


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PDF DP83950B 10BASE-T TX6B log rx6a rx6b RX13B RX6A tx2b rx2b speed control diagram RX13a aui isolation transformer diode T35 12H CD13b
2011 - Rx6b

Abstract: TX6B BS-28 POWER TRANSFORMER D2259 TX2b RX13B
Text: 53 52 51 50 49 48 47 46 45 44 43 42 41 2 0 Connection Diagram 160 Pin PQFP Package (Continued , TXO13 a TXO13Pb VCC GND 62 ANYXND MRXC 61 CLKIN 100 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 , GND 62 ANYXND MRXC 61 CLKIN 100 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 2 0 , TX13b VCC GND 62 ANYXND MRXC 61 CLKIN 100 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41


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PDF DP83950B DP83950B SNLS079A Rx6b TX6B BS-28 POWER TRANSFORMER D2259 TX2b RX13B
1999 - Tx5 rx5

Abstract: TX6 RX6 rxxb rx1a
Text: I_SENSE V_SENSE 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 RX4D SLEW_CNTL RX4B RX4A , XRT4500 PIN DESCRIPTION (CONT'D) Pin # 47 48 49 50 Symbol VDD EN_OUT* REG_CLK 2CK/3CK* I I I DTE Mode , 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 31 0 , . Signal Definition for Scenario Number 48 Control Input/ Pin Number DCE/ DTE* 31 0 0 1 1 Signal Source


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PDF XRT4500 EIA-530 RS232 RS449 Tx5 rx5 TX6 RX6 rxxb rx1a
TX4B

Abstract: tx2b rx2b speed control diagram tr6a Tx8 rx8 TX6-RX6 RX2B TX5a tx-2b RL-7000 RX5B
Text: >- 48 >-SA > 31 >-3A >- RX 1 RTM0D1 R XA RX5 RTM0D2 RX7 -C -C TX7 TX8 RTMGD3 CONTROL , DTE Mode DCE Mode Type Description 47 VDD Analog VDD 48 EN_OUT* I Output Enable for Receiver 5 , RX1B-RX1A TX1D (TX3D)* TX3D X X 47 0 0 X 0 0 1 1 TX1D RX1B-RX1A RX2B-RX2A X RX2B-RX2A X 48 1 0 X 0 0 1 1 , Its Respective Manufacturer XRT4500 EX4R Figure 22. Signal Definition for Scenario Number 48


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PDF EIA-530 RS232 RS449 XRT4500 RX67D TX76D TX76D TX4B tx2b rx2b speed control diagram tr6a Tx8 rx8 TX6-RX6 RX2B TX5a tx-2b RL-7000 RX5B
Not Available

Abstract: No abstract text available
Text: Type Description 47 VDD 48 ENOUT* I O utput Enable for Receiver 5 and 8. Internal , X 2B-R X2A X R X 2B-R X2A X 48 1 0 X 0 0 1 1 TX 1D NOTE 1 , Figure 22. Signal Definition for Scenario Number 48 Control Input/ Pin Number DCE/ Signal Source


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PDF XRT4500 EIA-530 RS232 RS449 RX67D TX76D
Not Available

Abstract: No abstract text available
Text: *patents pending TA -40°C to 85°C Available options QFN(7x7)- 48 QFN(4x4)-28 IQS550 IQS525 , . 48 I/O port pin characteristics . 48 Electrostatic discharge (ESD , . 57 8.6 9 IQS550 QFN(7x7)- 48 Mechanical Dimensions , Tx8 44 Tx9 45 Tx10 46 Tx11 47 Tx12 48 Tx13 The IQS550 is available in a QFN(7x7)- 48


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PDF IQS550/525/512 IQS5xx-A000 IQS5xx-A000 IQS550, IQS525 IQS512 IQS5xxA000 IQS550)
2001 - ARINC 568 Line DRiver

Abstract: ARINC 568 datamars BU694
Text: No file text available


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PDF DD-42912/24M3-300 32-Bit DD-42924M3-300 DD-42912M3-300 1-800-DDC-5757 A5976 F-03/08-0 ARINC 568 Line DRiver ARINC 568 datamars BU694
2006 - tx2b rx2b speed control diagram

Abstract: ARINC 568 Line DRiver ARINC 568
Text: No file text available


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PDF DD-42912/24M3-300 32-Bit DD-42924M3-300 DD-42912M3-300 1-800-DDC-5757 A5976 C-04/06-0 tx2b rx2b speed control diagram ARINC 568 Line DRiver ARINC 568
Ac32 g4

Abstract: ak32 e2 liu AH-34 AN10 AN16 AN17 AP25 AP27 TX4B
Text: No file text available


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PDF F44736 F1944 Ac32 g4 ak32 e2 liu AH-34 AN10 AN16 AN17 AP25 AP27 TX4B
1998 - rx2/tx2

Abstract: tx2b rx2b speed control diagram TX6 RX6 datasheet of TX2B RX2B TR6BT RX-2B tx177 TX6-RX6 tx2/rx2 TX4-RX4
Text: RX4B SLEW_ CNTL DSRB DSRA CTSA CTSB DTRB DTRA RTSA RTSB I I I I O 48 49 50 , , and loopbacks, in DTE and DCE modes makes configuring the XRT4000 a non-trivial task. A series of 48 , 38 39 40 41 42 43 44 45 46 47 48 EC* RX1D TX1B-TX1A RX2D 42 65 22 , Number 48 Scenario Number Control Input/ Pin Number Signal Source for Output Name/Pin Number , 48 15,16 41 18,17 40 38,37 35 1 0 0 TX4D RX4B-RX4A TX5D


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PDF XRT4000 EIA-530 RS232 RS449 T4000 rx2/tx2 tx2b rx2b speed control diagram TX6 RX6 datasheet of TX2B RX2B TR6BT RX-2B tx177 TX6-RX6 tx2/rx2 TX4-RX4
E232* fet

Abstract: E232H rx 2b rx8d TR3B GED42 RX1A tr6b
Text: 0 48 49 50 51 52 53 54 55 RX4D GND NC NC GND NC VSS E_232H* D_CTS D_RTS 0 Analog , and DCE modes makes configuring the XRT4000 a non-trivial task. A series of 48 system level , 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 Table 6. MUX1 Connection Table Table , signal definition. Figure 22. Signal Definition for Scenario Number 48 Scenario Number Control Input/ Pin Number DCE/ DTE* 39 LP* 22 0 1 0 1 RX4D 48 TX4D RX4B-RX4A TX4D RX4B-RX4A TX4B-TX4A 15,16


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PDF XRT4000 EIA-530 RS232 RS449 T4000 E232* fet E232H rx 2b rx8d TR3B GED42 RX1A tr6b
Not Available

Abstract: No abstract text available
Text: CTSB 48 49 50 51 52 53 54 55 RX4D GND NC NC GND NC VSS E232H* DCTS 56 57 58 , modes makes configuring the XRT4000 a non-trivial task. A series of 48 system level application


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PDF XRT4000 EIA-530 RS232 RS449 Contro00 T4000
tx2b rx2b speed control diagram

Abstract: RX1B rx2a tx2a TX2b TX4-RX4 rs232 schematic diagram rx2b tx2b rx4d tx4d RX2 RELAYS rx2d
Text: time in V.10 or V.28 mode as specified in Figures 15 and 16 respectively. 48 RX4D D_CTS , modes makes configuring the XRT4000 a non-trivial task. A series of 48 system level application diagrams , B-RX1A TX1D (TX3D)* TX3D X X 47 0 0 X 0 0 1 1 TX1D RX1B-RX1A RX2B-RX2A X RX2B-RX2A X 48 1 0 X 0 0 1 1 , –¡ Q XLK TX2D TX 1A TX IB Figure 22. Signal Definition for Scenario Number 48 Scenario Number , RX5D TX5B-TX5A RX67D TR6B-TR6A TR7 39 22 48 15,16 41 18,17 40 38,37 35 1 0 0 TX4D RX4B-RX4A TX5D


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PDF XRT4000 EIA-530 RS232 RS449 T4000 tx2b rx2b speed control diagram RX1B rx2a tx2a TX2b TX4-RX4 rs232 schematic diagram rx2b tx2b rx4d tx4d RX2 RELAYS rx2d
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