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RFCMF1220100M4T Walsin Technology Corporation Data Line Filter, 2 Function(s), 0.2A, MINIATURE, SMD, 4 PIN visit Digikey Buy
RFCMF1220100M3T Walsin Technology Corporation Data Line Filter, visit Digikey Buy
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2916794 Phoenix Contact RFC 470S PN 3TX visit Digikey Buy
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Catalog Datasheet MFG & Type PDF Document Tags

HDMP-0482

Abstract: HDMP-1636A 50 49 48 1 47 2 46 3 45 4 44 5 43 6 42 7 41 8 40 9 39 10 38 11 37 12 36 13 , Recovery (CDR) circuit. CPLL1 CPLL0 10 11 C Loop Filter Capacitor: A loop filter capacitor , 106.25 MHz HP 70311A Clock Source 1/10 Ch 1/2 HP 83480A Digital Trigger Communication , Ch 1/2 HP 83480A Digital Trigger 1/10 Communication 53.125 MHz Analyzer Figure 7. Setup for Measurement of Deterministic Jitter. 9 2 1/10 106.25 MHz N/C O-LVTTL I-LVTTL
Agilent Technologies
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HDMP-0482

Abstract: HDMP-1636A 50 49 48 1 47 2 46 3 45 4 44 5 43 6 42 7 41 8 40 9 39 10 38 11 37 12 36 13 , Recovery (CDR) circuit. CPLL1 CPLL0 10 11 C Loop Filter Capacitor: A loop filter capacitor , 106.25 MHz HP 70311A Clock Source 1/10 Ch 1/2 HP 83480A Digital Trigger Communication , Ch 1/2 HP 83480A Digital Trigger 1/10 Communication 53.125 MHz Analyzer Figure 7. Setup for Measurement of Deterministic Jitter. 9 2 1/10 106.25 MHz N/C O-LVTTL I-LVTTL
Agilent Technologies
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AD8342

Abstract: 400M PWDN 12 11 COMM 13 EXRB COMM 10 9 8 COMM 7 IFOP RFIN 15 6 IFOM , transformer Typ Max Unit 10 1|0.4 2.4 4.75 dB k|pF V 10|0.5 VS 5.25 13 k|pF V dBm Internally generated; port must be ac-coupled 10 VS - 1.6 dB V Device , , fRF2 = 461 MHz, fLO = 550 MHz, fIF1 = 90 MHz, fIF2 = 89 MHz, each RF tone -10 dBm fRF1 = 238 MHz, fRF2 = 239 MHz, fLO = 286 MHz, fIF1 = 48 MHz, fIF2 = 47 MHz, each RF tone -10 dBm fRF1 = 460 MHz
Analog Devices
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Abstract: voltage per input peak voltage) slope at 10 GHz Fast envelope bandwidth: 40 MHz Fast output rise time , 25°C â'40°C < TA < +85°C, input power (PIN) = +10 dBm â'55°C < TA < +125°C, PIN = +10 dBm â'40°C < TA < +85°C, PIN = â'10 dBm â'55°C < TA < +125°C, PIN = â'10 dBm Calibration at â'14 dBm and , '0.2 +0.7/â'0,6 +0.9/â'1.2 2.2 0.3 dB dB dB dB V/ VPEAK V PIN = +10 dBm PIN = â'10 dBm Input RFIN to output VOUT 2.2 0.19 V V CW input Three point calibration at â'25 dBm, â'10 Analog Devices
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PMC-2060488

Abstract: 47 2 46 3 45 4 44 5 43 6 42 7 41 8 40 9 39 10 38 11 e3 37 12 36 13 35 14 34 15 33 16 17 18 19 20 21 , 30 36 42 49 55 1 2 10 11 14 Pin Type HS_OUT Pin Description HS_IN Serial Data Inputs , rtm HP 70311A Clock Source 1/10 in 106.25 MHz Figure 6. Setup for Measurement of Random , Co nt HP70841B Pattern Generator +/- Data 1/10 Ch 1/2 Do wn lo Figure 7 , Trigger 1/10 Communication 53.125 MHz Analyzer PMC-Sierra, Inc. - Not Recommended for New Designs co
PMC-Sierra
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PMC-2060488 HDMP-0421G HDMP-0422G HDMP-0450G HDMP-0451G HDMP-0452G HDMP-0480G

TMS 3868

Abstract: pin diagram Ic 741 Ethernet Transceiver IC. Each of the four transmitters has a 10-bit wide bus, running up to 136 MHz, which , the clock and data, deserializes it into 10-bit receive characters, outputs a recovered clock and , of 4 Channels) Rx(0:9) 10 QD Serial to Q Parallel D ÷10 QD 0 1 Rx+ Rx- RCX1 RCX0 SYNCx ENCDET PLUP SLPN LPNx Tx(0:9) Comma Detect Loopback Control Clock ÷20 Recovery 4 0 10 , reference frequency provided on the REF input by 10 or 20 to achieve a baud rate clock between 1.05 and 1.36
Vitesse Semiconductor
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TMS 3868 pin diagram Ic 741 VSC7139 8B/10B VSC7139TW G52240-0
Abstract: VPDC PWDN 12 11 COMM 13 EXRB COMM 10 9 8 COMM 7 IFOP RFIN 15 6 , :1 impedance ratio transformer Typ Max Unit 10 1|0.4 2.4 4.75 dB kâ"¦|pF V 10|0.5 VS 5.25 13 kâ"¦|pF V dBm Internally generated; port must be ac-coupled 10 , , fIF1 = 90 MHz, fIF2 = 89 MHz, each RF tone â'10 dBm fRF1 = 238 MHz, fRF2 = 239 MHz, fLO = 286 MHz, fIF1 = 48 MHz, fIF2 = 47 MHz, each RF tone â'10 dBm fRF1 = 460 MHz, fRF2 = 410 MHz, fLO = 550 MHz Analog Devices
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AD8342 MO-220-VEED-2 CP-16-3 AD8342ACPZ-REEL7 AD8342ACPZ-R21 AD8342ACPZ-WP1

TC2-1T

Abstract: AD8370 DIAGRAM VPDC PWDN 12 11 COMM 13 EXRB COMM 10 9 8 COMM 7 IFOP RFIN 15 , Max Unit 10 1|0.4 2.4 4.75 dB k|pF V 10|0.5 VS 5.25 13 k|pF V dBm Internally generated; port must be ac-coupled 10 VS - 1.6 dB V Device enabled, IF output to 90% of , MHz, fLO = 550 MHz, fIF1 = 90 MHz, fIF2 = 89 MHz, each RF tone -10 dBm fRF1 = 238 MHz, fRF2 = 239 MHz, fLO = 286 MHz, fIF1 = 48 MHz, fIF2 = 47 MHz, each RF tone -10 dBm fRF1 = 460 MHz, fRF2 = 410
Analog Devices
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TC2-1T AD8370 400M AD8351 AD8352 AD8369 AD8342-EVALZ1 D05352-0-1/07
Abstract: ± differential outputs goes to :0 10 6 00 â'¢ Amplitude valid detection on FM_NODE[7] input â , 3 BYPASS2 2 BYPASS1 1 10 :0 The HDMP-0482G design allows for CDR placement at any , de d oa wn l Do PM 05 9: :0 10 6 00 ,2 RFCM Input The LVTTL RFCM , 00 6 10 BYPASS1 AV FM_NODE(7)_AV 1 ch 0 CDR 3M ar 1 DV FM_NODE[0 , supply or ground 5 10 6 2345670 00 3M ar ch in CPLL0 ABCDEFG ,2 Avago Technologies
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HDMP-1636AG 5988-4185EN 5989-3169EN

disk

Abstract: 9 39 10 38 11 37 12 36 13 35 14 34 15 33 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 , 30 36 42 49 55 1 2 10 11 14 Pin Type HS_OUT Pin Description Serial Data Outputs: High-speed , +/- Data K28.7 Clock 1062.5 MHz 106.25 MHz 2 HP 70311A Clock Source 1/10 Ch 1/2 , MHz 2 HP 70311A Clock Source 1/10 Ch 1/2 106.25 MHz HP 83480A Digital Trigger 1/10 , result. 10 Package Information HDMP-0482 Thermal Characteristics, TC = 0°C to 85°C, VCC = 3.15V
Agilent Technologies
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disk 5988-7140EN

AD8351

Abstract: common base mixer circuit analysis Active Receive Mixer 400 MHz to 1.2 GHz AD8344 APPLICATIONS 12 11 COMM EXRB 10 , Current Conditions (Pin 15, RFIN and Pin 14, RFCM) Min Max 10 2.6 Internally generated , Typ 4.75 -10 9|1 VS Internally generated; port must be ac-coupled 0 10 VS - 1.6 , fRF1 = 450 MHz, fRF2 = 451 MHz, fLO = 550 MHz, fIF = 100 MHz, each RF tone = -10 dBm fRF1 = 890 MHz, fRF2 = 891 MHz, fLO = 1090 MHz, fIF = 200 MHz, each RF tone = -10 dBm fRF1 = 450 MHz, fRF2 = 500 MHz
Analog Devices
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common base mixer circuit analysis BLM18HD601SN1D 470 UF 50V AD8344ACPZ-REEL71 AD8344ACPZ-WP1 AD8344-EVAL D04826

AD8342

Abstract: 400M COMM 13 EXRB COMM 10 9 8 COMM 7 IFOP RFIN 15 6 IFOM VPMX 16 5 COMM , MHz Supplied externally Via a 2:1 impedance ratio transformer Typ Max Unit 10 1|0.4 2.4 4.75 dB k|pF V 10|0.5 VS 5.25 13 k|pF V dBm Internally generated; port must be ac-coupled 10 VS - 1.6 dB V Device enabled, IF output to 90% of its final level , OUTPUT LEAKAGE RF TO IF OUTPUT LEAKAGE IF/2 SPURIOUS 1 Conditions Min 50 60 10 High side
Analog Devices
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700M AD8342ACPZ-REEL71 AD8342-EVAL D05352
Abstract: transmitters has a 10-bit wide bus, running up to 136 MHz that accepts 8B/10B encoded transmit characters and , receiver samples serial receive data, recovers the clock and data, deserializes it into 10-bit receive , VSC7139 Block Diagram QD Q Serial to Parallel QD D Rx+ 0 Rxâ'"- RCM SEL ÷10/÷20 RCx1 1 ÷10 Clock Recovery RCx0 Comma Detect SYNCx ENCDET PLUP Loopback Control SLPN 4 LPNx 0 10 Tx[0:9] DQ Parallel to Serial DQ 1 Tx+ Txâ'" 4 4 TBCx Vitesse Semiconductor
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208-P G52196-0

SN8P2318

Abstract: SN8P2318F SN8P2318 Series C-type LCD, RFC 8-Bit Micro-Controller SN8P2318 Version 1.0 SN8P2318 , Version 1.0 SN8P2318 Series C-type LCD, RFC 8-Bit Micro-Controller VER 1.0 2010.05 SONiX TECHNOLOGY CO., LTD Page 2 Version 1.0 SN8P2318 Series C-type LCD, RFC 8 , .41 SONiX TECHNOLOGY CO., LTD Page 3 Version 1.0 SN8P2318 Series C-type LCD, RFC 8 , .81 SONiX TECHNOLOGY CO., LTD Page 4 Version 1.0 SN8P2318 Series C-type LCD, RFC 8
SONiX Technology
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SN8P2318F P36R P37R SN8P2318fG SN8P2308 c8rfc0
Abstract: transmitters has a 10-bit wide bus, running up to 136MHz that accepts 8B/10B encoded transmit characters and , receiver samples serial receive data, recovers the clock and data, deserializes it into 10-bit receive , : www.vitesse.com 1 of 18 VSC7139 Data Sheet VSC7139 Block Diagram 10 Rx[0:9] QD Q Serial to , Detect SEL ÷10/÷20 ÷10 Clock Recovery 1 0 10 Tx[0:9] DQ 4 4 TBCx REFT REF+ REF­ RFCM LTCN , synthesizer multiplies the reference frequency, provided on the REF input, by 10 or 20 to achieve a baud rate Vitesse Semiconductor
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136MH

1090MHz balun

Abstract: AD8344 Instrumentation VPDC PWDN EXRB 12 11 10 COMM 9 BIAS COMM 13 8 COMM RFCM 14 7 , Max Unit 10 dB Internally generated; Port typically AC coupled, RBIAS = 2.4k, connected , balun TBD VS Return Loss DC Bias Level Typ 4.75 -10 Internally generated; Port typically AC coupled 0 10 VS ­ 1.6 Device enabled, IF Output to 90% of its final level Device , fRF1 = 890 MHz, fRF2 = 891 MHz, fLO = 1090 MHz, fIF =200 MHz, each RF tone 10 dBm 24 dBm fRF1
Analog Devices
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AD8344ACPZ 1090MHz balun 1090mhz oscillator 900MH PR04826-0-3/04

pdf of 741 ic

Abstract: marking code ta9 transmitters has a 10-bit wide bus, running up to 136 MHz, which accepts 8B/10B encoded transmit characters , into 10-bit receive characters, outputs a recovered clock and detects "Comma" characters. The VSC7139 , 8/15/00 10 Serial to Q Parallel D QD SEL ÷10/ ÷20 QD Rx+ Rx- 0 ÷10 1 Clock Recovery Comma Detect Loopback Control 4 0 10 DQ 4 Parallel to Serial , the reference frequency provided on the REF input by 10 or 20 to achieve a baud rate clock between
Vitesse Semiconductor
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pdf of 741 ic marking code ta9 AN-20
Abstract: Serial to Q Parallel D QD ÷5 RCi1 RCi0 RSYN SYNi SYNC ÷10 QD SIi+ SIi- 0 1 , ) multiplies the reference frequency provided on the RFC input by 10 when RFCM=1, or by 20 when RFCM=0. The , data is converted back into the original 10-bit wide data and recognizes the presence of the â'Commaâ , : Transmit Timing Waveforms 10 bit times TXCT TXi(0:4) Data Valid Data Valid Data Valid TXCV TXCV TC TXS TXH TXS TXH 2x TC Internal Clock 10-BIT CHAR A SOi+/- TXi7 TXi8 Vitesse Semiconductor
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VSC7185 272MH VSC7185TW G52324-0
Abstract: Ethernet Transceiver IC. Each of the four transmitters has a 10-bit wide bus, running up to 136 MHz, which , the clock and data, deserializes it into 10-bit receive characters, outputs a recovered clock and , of 4 Channels) RXi(0:9) 10 QD Serial to Q Parallel D ÷10 QD 0 1 Clock Recovery SI+ SI- RCM RCi1 RCi0 SYNi SYNC PLUP SLPN LPNi TXi(0:9) SEL ÷10/ ÷20 Comma Detect Loopback Control 4 0 10 DQ 4 4 Parallel to Serial DQ 1 SO+ SO- TCi RFCT RFC+ RFCRFCM LTCN CAP0 CAP1 Vitesse Semiconductor
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VSC7182 HDMP-1682 G52307-0

741 application current source

Abstract: - RCi1 RCi0 RSYN SYNi SYNC PLUP SLPN 5 ÷10 Clock Recovery Unit Comma Detect Loopback Control 0 , Clock Multiplier Unit (CMU) multiplies the reference frequency provided on the RFC input by 10 when RFCM , is converted back into the original 10-bit wide data and recognizes the presence of the "Comma" , Timing Waveforms 10 bit times TXCT TXi(0:4) Data Valid Data Valid Data Valid TXCV TXCV TC TXS TXH TXS TXH 2x TC Internal Clock 10-BIT CHAR A 10-BIT CHAR B TXi0 TXi1 TXi2 SOi+/-
Vitesse Semiconductor
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741 application current source G52324
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