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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
HW005A0F-SZ GE Critical Power HW005 Series DC-DC Power Module, Input Voltage: 48 Vdc; Output Voltage: 3.3V; Output Current: 5A; Remote On/Off Logic: Positive; Connector Type: SMT
HW006A0D1-S GE Critical Power HW006 Series DC-DC Power Module, Input Voltage: 48 Vdc; Output Voltage: 2.0V; Output Current: 6A; Remote On/Off Logic: Negative; Connector Type: SMT
SW001A2B91-33Z GE Critical Power SW001 Series DC-DC Power Module, Input Voltage: 48 Vdc; Output Voltage: 12.0V; Output Current: 1.2A; Remote On/Off Logic: Negative; Connector Type: Through-Hole
SW003A0A91 GE Critical Power SW300 Series DC-DC Power Module, Input Voltage: 48 Vdc; Output Voltage: 5.0V; Output Current: 3.0A; Remote On/Off Logic: Negative; Connector Type: Through-Hole
SW003A5F GE Critical Power SW300 Series DC-DC Power Module, Input Voltage: 48 Vdc; Output Voltage: 3.3V; Output Current: 3.5A; Remote On/Off Logic: Not Present; Connector Type: Through-Hole
SC003A0A94Z GE Critical Power SC003 Series DC-DC Power Module, Input Voltage: 24 Vdc; Output Voltage: 5.0V; Output Current: 3.0A; Remote On/Off Logic: Positive; Connector Type: Through-Hole

remote transmiter Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1999 - circuit diagram of rf transmitter and receiver in

Abstract: RF remote control circuit diagram TV IR remote control circuit diagram circuit diagram for simple IR transmitter receiver IC for IR receiver diagram receiver and transmitter for microcontroller RF based remote control block diagram Block Diagram of TV receiver circuit diagram of rf transmitter and receiver rf transmitter AND RECEIVER circuit diagram
Text: System Overview The system described here receives data from an IR remote control and converts it to an , of the set-top box is assumed to be microcontroller inputs. Introduction IR (infrared) remote , located in another room where its IR remote control is unusable (see Figure 1). IR Receiver to RF , signal. INFRARED Remote TV O DI RA VS 5V INFRARED TX Data C1 4.7µF IR1 , remote control; TX1 is a LPRS (Low Power Radio Solutions) LQTX433A-S 433.92MHz SAW-based


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2005 - Variable Area Rotameter

Abstract: fmx siemens MASONEILAN VALVE ultrasonic flow meter rtt 10 foxboro foxboro FLOW METER turbine masoneilan MASONEILAN SVI ii Vortex flowmeter panametrics xmt 868
Text: Differential Pressure 6 38 3 2088 Absolute Pressure Tx with Remote Seal 3 38 35 , 1 22 8 TTX 200 Temperature Transmiter 2 26 13 TTX 300 Temperature Transmiter 1 26 11 TTX 300 Temperature Transmiter 2 26 11 Accutech AI , .03.00 Temperature Transmitter 2 17 202 iTemp / TMT 182 / V1.1 Temperature Transmiter 2 17 200 RTT 15 Temperature Transmiter 1 20 56 Category Vendor Device Type 1


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PDF 800xA TB82PH TB82PH-Combined TB82TC-Combined TB82TE-Combined LB491 X3301 3BDD013118 Variable Area Rotameter fmx siemens MASONEILAN VALVE ultrasonic flow meter rtt 10 foxboro foxboro FLOW METER turbine masoneilan MASONEILAN SVI ii Vortex flowmeter panametrics xmt 868
2006 - MDIO clause 45

Abstract: remote control transmiter 78 los MDIO clause 45 specification remote transmiter TQFP-100 SCAN25100 SCAN12100TYA SCAN12100 AVDD33
Text: oscillator, and intelligent clock management circuitry to automatically perform remote radio head , ( remote ) loop back mode, the output de-emphasis control is disabled. LOOP [1] LOOP [0] 0 0 Normal mode-no loop back 0 1 Line ( remote ) loop back mode 1 0 Local loop back mode 1 1 Special line ( remote ) loop back mode MDC/MDIO 30 31 37 36 35 34 33 MDC MDIO , Reset (Note 11) tTX-RST Transmiter Reset TXPWDNB = 0 1 us tRX-RST Receiver Reset


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PDF SCAN12100 SCAN12100 MDIO clause 45 remote control transmiter 78 los MDIO clause 45 specification remote transmiter TQFP-100 SCAN25100 SCAN12100TYA AVDD33
2006 - MDIO clause 45

Abstract: No abstract text available
Text: automatically perform remote radio head synchronization and reduce the cost and complexity of external clock , ( remote ) loop back mode, the output de-emphasis control is disabled. LOOP [1] 0 0 1 1 MDC/MDIO 30 31 37 36 , 0 1 Normal mode-no loop back Line ( remote ) loop back mode Local loop back mode Special line ( remote , tW-TRST tREC T14 Toffset Tser Tdes Tin-out Tout-in (13) (14) (15) (16) Transmiter Reset Receiver Reset , www.ti.com SNLS223C ­ SEPTEMBER 2006 ­ REVISED APRIL 2013 SYSCLK can be used to synchronize remote radio


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PDF SCAN25100 SNLS223C SCAN25100 MDIO clause 45
Not Available

Abstract: No abstract text available
Text: , on-chip oscillator, and intelligent clock management circuitry to automatically perform remote radio head , line ( remote ) loop back mode, the output de-emphasis control is disabled. LOOP [1] LOOP [0] 0 0 Normal mode- no loop back 0 1 Line ( remote ) loop back mode 1 0 Local loop back mode 1 1 Special line ( remote ) loop back mode MDC/MDIO 30 31 37 36 35 34 33 , Reset (Note 12) *TX-RST Transmiter Reset TXPWDNB = 0 1 us *RX-RST Receiver Reset


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PDF SCAN12100 SNLS245D SCAN12100 I7nl200ps
2006 - Not Available

Abstract: No abstract text available
Text: PLLs, on-chip oscillator, and intelligent clock management circuitry to automatically perform remote , configuration. Pulling both pins low enables MDIO control. Note: During Special line ( remote ) loop back mode , back 0 1 Line ( remote ) loop back mode 1 0 Local loop back mode 1 1 Special line ( remote ) loop back mode MDC/MDIO 30 31 37 36 35 34 33 MDC MDIO ADD0 ADD1 ADD2 , ns (14) tTX-RST Transmiter Reset TXPWDNB = 0 1 us tRX-RST Receiver Reset


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PDF SCAN25100 SNLS223C SCAN25100
2006 - Not Available

Abstract: No abstract text available
Text: automatically perform remote radio head synchronization and reduce the cost and complexity of external clock , ( remote ) loop back mode, the output de-emphasis control is disabled. LOOP [1] 0 0 1 1 MDC/MDIO 30 31 37 36 , 0 1 Normal mode-no loop back Line ( remote ) loop back mode Local loop back mode Special line ( remote , tW-TRST tREC T14 Toffset Tser Tdes Tin-out Tout-in (13) (14) (15) (16) Transmiter Reset Receiver Reset , www.ti.com SNLS223C ­ SEPTEMBER 2006 ­ REVISED APRIL 2013 SYSCLK can be used to synchronize remote radio


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PDF SCAN25100 SNLS223C SCAN25100
2008 - BTS 5010

Abstract: MDIO clause 45 SCAN25100 SCAN25100TYA TQFP-100 AVDD33 ask transmiter 78 los 802.3ae MDIO remote transmiter
Text: remote radio head synchronization and reduce the cost and complexity of external clock networks. The , line ( remote ) loop back mode, the output de-emphasis control is disabled. LOOP [1] LOOP [0] 0 0 Normal mode-no loop back 0 1 Line ( remote ) loop back mode 1 0 Local loop back mode 1 1 Special line ( remote ) loop back mode MDC/MDIO 30 31 37 36 35 34 33 , 470 pF 300 ns 1 ns MINIMUM PULSE WIDTH, Hardware Reset (Note 13) tTX-RST Transmiter


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PDF SCAN25100 SCAN25100 BTS 5010 MDIO clause 45 SCAN25100TYA TQFP-100 AVDD33 ask transmiter 78 los 802.3ae MDIO remote transmiter
2006 - Not Available

Abstract: No abstract text available
Text: PLLs, on-chip oscillator, and intelligent clock management circuitry to automatically perform remote , configuration. Pulling both pins low enables MDIO control. Note: During Special line ( remote ) loop back mode , back 0 1 Line ( remote ) loop back mode 1 0 Local loop back mode 1 1 Special line ( remote ) loop back mode MDC/MDIO 30 31 37 36 35 34 33 MDC MDIO ADD0 ADD1 ADD2 , ns (14) tTX-RST Transmiter Reset TXPWDNB = 0 1 us tRX-RST Receiver Reset


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PDF SCAN25100 SNLS223C SCAN25100
2008 - MDIO clause 45

Abstract: HF RFID loop antenna design BTS 5010 MDIO clause 45 specification remote control transmiter
Text: automatically perform remote radio head synchronization and reduce the cost and complexity of external clock , ( remote ) loop back mode, the output de-emphasis control is disabled. LOOP [1] 0 0 1 1 LOOP [0] 0 1 0 1 Normal mode-no loop back Line ( remote ) loop back mode Local loop back mode Special line ( remote ) loop , MINIMUM PULSE WIDTH, Hardware Reset (Note 13) tTX-RST tRX-RST tRST Transmiter Reset Receiver Reset SerDes , can be used to synchronize remote radio heads since it provides a local 30.72 MHz internal clock which


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PDF SCAN25100 SCAN25100 SNLS223B SCAN251002457 MDIO clause 45 HF RFID loop antenna design BTS 5010 MDIO clause 45 specification remote control transmiter
2006 - Not Available

Abstract: No abstract text available
Text: , on-chip oscillator, and intelligent clock management circuitry to automatically perform remote radio head , ( remote ) loop back mode, the output de-emphasis control is disabled. LOOP [1] LOOP [0] 0 0 Normal mode—no loop back 0 1 Line ( remote ) loop back mode 1 0 Local loop back mode 1 1 Special line ( remote ) loop back mode MDC/MDIO 30 31 37 36 35 34 33 MDC MDIO , ) 300 ns (12) tTX-RST Transmiter Reset TXPWDNB = 0 1 us tRX-RST Receiver


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PDF SCAN12100 SNLS245D SCAN12100 SCAN25100
2008 - MDIO clause 45

Abstract: SCAN25100 K28-1 remote transmiter NSC crystal 30.72MHz SCAN12100TYA remote control rx tx TQFP-100 AVDD33 MDIO clause 45 specification
Text: oscillator, and intelligent clock management circuitry to automatically perform remote radio head , both pins low enables MDIO control. pull down Note: During Special line ( remote ) loop back mode, the , 0 1 Line ( remote ) loop back mode 1 0 Local loop back mode 1 1 Special line ( remote ) loop back mode MDC/MDIO 30 31 37 36 35 34 33 MDC MDIO ADD0 ADD1 ADD2 ADD3 ADD4 , 300 ns 1 ns MINIMUM PULSE WIDTH, Hardware Reset (Note 12) tTX-RST Transmiter Reset


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PDF SCAN12100 SCAN12100 MDIO clause 45 SCAN25100 K28-1 remote transmiter NSC crystal 30.72MHz SCAN12100TYA remote control rx tx TQFP-100 AVDD33 MDIO clause 45 specification
2006 - mimo antenna

Abstract: No abstract text available
Text: management circuitry to automatically perform remote radio head synchronization and reduce the cost and , enables MDIO control. Note: During Special line ( remote ) loop back mode, the output de-emphasis control is , 1.2V signal compatible. LOOP [0] 0 1 0 1 Normal mode-no loop back Line ( remote ) loop back mode Local loop back mode Special line ( remote ) loop back mode IEEE 1149.1 (JTAG) 3.3V LVTTL Internal pull up , to synchronize remote radio heads since it provides a local 30.72 MHz internal clock which is


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PDF SCAN12100 SNLS245E SCAN12100 SCAN25100 mimo antenna
2006 - Not Available

Abstract: No abstract text available
Text: management circuitry to automatically perform remote radio head synchronization and reduce the cost and , enables MDIO control. Note: During Special line ( remote ) loop back mode, the output de-emphasis control is , 1.2V signal compatible. LOOP [0] 0 1 0 1 Normal mode-no loop back Line ( remote ) loop back mode Local loop back mode Special line ( remote ) loop back mode IEEE 1149.1 (JTAG) 3.3V LVTTL Internal pull up , to synchronize remote radio heads since it provides a local 30.72 MHz internal clock which is


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PDF SCAN12100 SNLS245E SCAN12100 SCAN25100
RTL3139

Abstract: RTL8139 VGA TO LAN ic PCM-9375FZ-J0A1E rtl8139 manual PCM9375F realtek rtl8139 SCH3114 driver REALTEK RTL 32 pin vga cable
Text: 18/24 Bit TTL Analog RGB VGA DDR SDRAM 200-pin SODIMM x 1 AMD Geode LX 800 LVDS Transmiter , an e-mail to a designated administrator. The eSOS also provides remote connection: Telnet server and


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PDF PCM-9375 PC/104 LX800 PC/104 24-bit 18-bit 9-May-2011 RTL3139 RTL8139 VGA TO LAN ic PCM-9375FZ-J0A1E rtl8139 manual PCM9375F realtek rtl8139 SCH3114 driver REALTEK RTL 32 pin vga cable
Not Available

Abstract: No abstract text available
Text: perform remote radio head synchro­ nization and reduce the costand complexity of external clock , , Internal Pulling both pins low enables MDIO control. pull down Note: During Special line ( remote ) loop , - no loop back 0 1 Line ( remote ) loop back mode 1 0 Local loop back mode 1 1 Special line ( remote ) loop back mode MDC/MDIO 30 31 37 36 35 34 33 MDC MDIO ADDO ADD1 , Transmiter Reset TXPWDNB = 0 1 us *RX-RST Receiver Reset RXPWDNB = 0 1 us *RST


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PDF LS223B SCAN25100 I7nl200ps SCAN25100
HDB3 to nrz

Abstract: XR-T7296IW XRT7296IW XRT7296IP XR-T7296 XRT7296 XRT7295E XRT7295 T7296 PCM encoder circuit ami
Text: €¢ Built-in B3ZS/HDB3 Encoder and Decoder • Remote and Local Loopback Functions • Single 5V Power Supply , testing, both local and remote loop-backs are possible with the built-in loop-back circuit. The XRT7296 , . 2 RLOOP I Remote Loop Back. A high on this pin causes RPDATA and RNDATA to transmitted to the line , TNDATA are ignored. If remote loop back (RLOOP) is set high, any TAOS request is ignored. REMOTE , bead 'HU- c4 0.1 nF vccrx c7 0.1 nF 0.1 [if £ f b3 M r bpv®~~ I TRANSMITER I I MONITOR


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PDF TR-NWT-000499 XRT7296 XRT7296 HDB3 to nrz XR-T7296IW XRT7296IW XRT7296IP XR-T7296 XRT7295E XRT7295 T7296 PCM encoder circuit ami
Not Available

Abstract: No abstract text available
Text: Remote and local loop-back functions Single 5 V power supply APPLICATIONS Interface for SONET, DS , Receive Clock Input. Input sampling clock for RPDATA and RNDATA. 2 RLOOP I Remote Loop-Back. A , TNDATA are ignored. If remote loopback (R LO O P) is set high, any TAOS request is ignored. PULSE SHAPER REMOTE LOOP-BACK The pulse shaper circuit uses a combination of filters and slew rate control , GNDD r ' I I DMO < BPV < TRANSMITER MONITOR OUTPUTS I I I GNDA W 1 PE


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PDF XR-T7296 XR-T7296 XR-T7295 XR-T7295E
Not Available

Abstract: No abstract text available
Text: Encoder and Decoder • Remote and Local Loopback Functions • Single 5V Power Supply â , trouble-shooting and testing, both local and remote loop-backs are possible with the built-in loop-back circuit , I Remote Loop Back. A high on this pin causes RPDATA and RNDATA to transmitted to the line using , 1s to be transmitted to the line. In this mode, input TPDATA and TNDATA are ignored. If remote loop , mode all bipolar violation pulses are indicated at the BPV pin. BIPOLAR VIOLATION REMOTE LOOP-BACK


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PDF XRT7296 TR-NWT-000499
1988 - cmo 1605

Abstract: No abstract text available
Text: BU-65142 and BUS-65142 SERIES MIL-STD-1553 DUAL REDUNDANT REMOTE TERMINAL HYBRID DESCRIPTION The BUS-65142 Series is a complete dual redundant MIL-STD1553 Remote Terminal Unit (RTU) packaged in a , . FEATURES · Complete Intergrated Remote Terminal Including: ­Dual Low-Power Transceivers ­Complete RT , -65142 is a complete dual redundant Remote Terminal Unit (RTU) packaged in a small 1.9 x 2.1 hybrid. It is , to RT address error T/R bit error. The RTFAIL ( Remote Terminal Failure) line goes LOW whenever the


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PDF BU-65142 BUS-65142 MIL-STD-1553 MIL-STD1553 1-800-DDC-5757 A5976 N--10/99 cmo 1605
2007 - XRT59L921

Abstract: schematic diagram pulse shaping TG26-1205 PE-65835 TU12 XRT59L921IB
Text: . 16 1.2.2 SHUTTING OFF THE TRANSMITER , receive the bipolar line signal from the Remote E1 Terminal. 4 XRT59L921 TWENTY-ONE CHANNEL E1 , with RTIP_n to receive the bipolar line signal from the Remote E1 Terminal. V11 TxON I , - or twistedpair cable at the E1 data rate and 2. Be reliably received by the Remote Terminal , . 1.2.2 Shutting off the Transmiter The Transmit Driver for each Channel_n (within the XRT59L921


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PDF XRT59L921 XRT59L921 63-channel schematic diagram pulse shaping TG26-1205 PE-65835 TU12 XRT59L921IB
2007 - Not Available

Abstract: No abstract text available
Text: . 16 1.2.2 SHUTTING OFF THE TRANSMITER , with RRing_n to receive the bipolar line signal from the Remote E1 Terminal. 4 XRT59L921 REV , signal from the Remote E1 Terminal. I Transmit ON/OFF Input: Upon power up, all of the transmitters , Remote Terminal Equipment at the other end of the E1 data link. Comply with the ITU-T G.703 pulse , TPOS and TNEG, the transmitter will be powered down and tri-stated. 1.2.2 Shutting off the Transmiter


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PDF XRT59L921 XRT59L921 63-channel
2005 - Not Available

Abstract: No abstract text available
Text: . 15 1.2.2 SHUTTING OFF THE TRANSMITER , with RRing_n to receive the bipolar line signal from the Remote E1 Terminal. 4 xr REV. 1.1.0 , from the Remote E1 Terminal. I Transmit ON/OFF Input: Upon power up, all of the transmitters are , twistedpair cable at the E1 data rate and Be reliably received by the Remote Terminal Equipment at the other , transmitter will be powered down and tri-stated. 1.2.2 Shutting off the Transmiter The Transmit Driver for


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PDF XRT59L921 XRT59L921 63-channel
2009 - Not Available

Abstract: No abstract text available
Text: Remote Loop Back. 11 1 /, 0 7 1 + , # =0 =0 11 ,+ ,+- Local Loop Back , /; '=0( 11 - = >, REMOTE LOOP-BACK =0 11 /, / 0 7 3 1 + 1,1 0 75 1 , < TRANSMITER MONITOR OUTPUTS ! $ 0 < $ 4 Q $ ) % $ $ 4 D $ & $ Figure 9 , level trouble-shooting and testing, both local and remote loop-backs are possible with the built-in


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PDF XRT7296 XRT7296 28-pin 700mW. XRT7296IW-F SOJ28 XRT7296IW SOJ28 XRT7296IP-F PDIP28
2000 - TR-NWT-000499

Abstract: No abstract text available
Text: Remote Loop Back. 11 1 /, 0 7 1 + , # =0 =0 11 ,+ ,+- Local Loop Back , /; '=0( 11 - = >, REMOTE LOOP-BACK =0 11 /, / 0 7 3 1 + 1,1 0 75 1 , < TRANSMITER MONITOR OUTPUTS ! $ 0 < $ 4 Q $ ) % $ $ 4 D $ & $ Figure 9 , , both local and remote loop-backs are possible with the built-in loop-back circuit. The XRT7296 is


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PDF XRT7296 15-Nov-2010 XRT7296 TR-NWT-000499
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