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LT1030CN#PBF Linear Technology IC LINE DRIVER, PDIP14, PLASTIC, DIP-14, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LTC1324CS Linear Technology IC LINE TRANSCEIVER, PDSO16, 0.150 INCH, PLASTIC, SO-16, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LTC1324CS#PBF Linear Technology IC LINE TRANSCEIVER, PDSO16, 0.150 INCH, PLASTIC, SO-16, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LT1030CN Linear Technology IC LINE DRIVER, PDIP14, PLASTIC, DIP-14, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LTC1323CSW-16 Linear Technology IC LINE TRANSCEIVER, PDSO16, 0.300 INCH, PLASTIC, SO-16, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LT1015MJ8/883B Linear Technology IC DUAL LINE RECEIVER, CDIP8, CERDIP-8, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices

transmission lines Twisted Pair spice model

Catalog Datasheet MFG & Type PDF Document Tags

transmission lines Twisted Pair spice model

Abstract: AN4168 , load, printed circuit board, PCB, micro-strip, coaxial, twisted pair, TDR, Time Domain Reflectometry , There are two basic simplified circuits for transmission lines. Page 1 of 9 1. Lossless , define lossless and lossy transmission lines. r L = characteristic inductance per unit length r C = , 0.035mm, H = 0.794mm 3. W = 0.7mm, T = 0.035mm, H = 0.794mm Page 2 of 9 Twisted pair 100 7.5 , Figure 4, whether it be a PCB trace, coaxial cable, twisted pair cable, etc., also need to be accurately
Maxim Integrated Products
Original

transmission lines Twisted Pair spice model

Abstract: transmission lines Twisted Pair using a SPICE model for generic LVDS drivers going into a 5 ns (30 inches typically) transmission line , /striplines and a single 100 twisted pair can be reduced to two 50 single-ended transmission line , two 50 transmission lines into an LVDS receiver on the right. The Q and Q outputs of the LVDS driver pass to the corresponding inputs of the LVDS receiver. The two 50 single-ended transmission lines can be microstrip, stripline, or a 100 differential twisted pair or similar balanced differential
Xilinx
Original

JCA Technology low noise amplifier

Abstract: jca technology Coaxial cable driver Twisted pair driver Transformer/Coil Driver High capacitive load driver Video line , and non-inverting circuit configurations for matching transmission lines. CLC450 40 -20 0 20 , Response Twisted Pair Driver The high output current and low distortion, of the CLC450, make it well suited for driving transformers. Figure 12 illustrates a typical twisted pair driver utilizing the CLC450 and a transformer. The transformer provides the signal and its inversion for the twisted pair. Figure
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JCA Technology low noise amplifier jca technology 100MH

serdes hdmi optical fibre

Abstract: camera-link to hd-SDI converter Lines. 39 5.2 Transmission Loss , and off (as required in single-ended technologies). Secondly, the two lines of the differential pair , pair will cancel at the receiver. Also, as the two adjacent lines carry equal current, but in opposite , a 10-bit code and serializes the 10-bit code onto a serial pair. The 10-bit transmission codes were , transmission lines. Care must be taken to avoid impedance discontinuities and an appropriate termination
National Semiconductor
Original
serdes hdmi optical fibre camera-link to hd-SDI converter RS-485 spice camera-link to HDMI converter 40 pin lvds laptop connector specifications of tdr

CLC453AJE

Abstract: CLC452 Applications â  Coaxial cable driver â  Twisted pair driver â  Transformer/Coil Driver â  High , configurations for matching transmission lines. Non-inverting gain applications: â  Connect pin 2 as indicated , . This Material Copyrighted By Its Respective Manufacturer Twisted Pair Driver The high output current , a typical twisted pair driver utilizing the CLC453 and a transformer. The transformer provides the signal and its inversion for the twisted pair. Vee Figure 13: Twisted Pair Driver To match the line
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CLC453AJE CLC452 CLC453AJM5 CLC453AJP CLC453ALC 110MH

T-50112

Abstract: CLC450AJM5   Available in Tiny SOT23-5 package Applications â  Coaxial cable driver â  Twisted pair driver â , non-inverting circuit configurations for matching transmission lines. Figure 7: Transmission Line Matching , 10M 100M Frequency (Hz) Figure 11: Lowpass Response Twisted Pair Driver The high output current , a typical twisted pair driver utilizing the CLC450 and a transformer. The transformer provides the signal and its inversion for the twisted pair. Figure 9: Lowpass Filter Topology Figure 12: Twisted
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T-50112 CLC450AJM5 199S CLC450AJ CLC450AJE CLC450AJP 100C1 01D5172

CLC450

Abstract: CLC451   Available in Tiny SOT23-5 package Applications â  Coaxial cable driver â  Twisted pair driver â , configurations for matching transmission lines. Non-inverting gain applications: â  Connect pin 2 as indicated , transformers. Figure 13 illustrates a typical twisted pair driver utilizing the CLC451 and a transformer. The transformer provides the signal and its inversion for the twisted pair. Vee Figure 13: Twisted Pair Driver , +150°C lead temperature (soldering 10 sec) +300°C ESD rating (human body model) 500V http
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CLC451AJ CLC451AJE CLC451AJM5

transmission lines Twisted Pair spice model

Abstract: 24haa -5 package Applications â  Coaxial cable driver â  Twisted pair driver â  Transformer/Coil Driver â , for matching transmission lines. Figure 7: Transmission Line Matching Non-inverting gain , -12 -15 '-18 -21 -24 -27 -30 1m 10m Frequency (Hz) 100M Figure 11: Lowpass Response Twisted Pair , transformers. Figure 12 illustrates a typical twisted pair driver utilizing the CLC452 and a transformer. The transformer provides the signal and its inversion for the twisted pair. :5kii 0.1 [IF 158Ã2 158S2 Ã
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transmission lines Twisted Pair spice model 24haa CLC452AJ CLC452AJE CLC452AJM5 CLC452AJP 130MH

5ypp

Abstract: op closed-loop 60MHZ Applications â  Coaxial cable driver â  Twisted pair driver â  Transformer/Coil Driver â  High , configurations for matching transmission lines. Non-inverting gain applications: â  Connect pin 2 as indicated , . This Material Copyrighted By Its Respective Manufacturer Twisted Pair Driver The high output current , a typical twisted pair driver utilizing the CLC451 and a transformer. The transformer provides the signal and its inversion for the twisted pair. E i? â'"DE ikfl AiV-i iSl CLC451 XI U V = Av Vin 0
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5ypp op closed-loop 60MHZ 25X1 CLC451AJP CLC451ALC

transmission lines Twisted Pair spice model

Abstract: CLC452   Coaxial cable driver â  Twisted pair driver â  Transformer/Coil Driver â  High capacitive load driver â , non-inverting circuit configurations for matching transmission lines. Figure 7: Transmission Line Matching , \ \ \ \ > y V 1M 10M Frequency (Hz) 100M Figure 11: Lowpass Response Twisted Pair Driver , transformers. Figure 12 illustrates a typical twisted pair driver utilizing the CLC452 and a transformer. The transformer provides the signal and its inversion for the twisted pair. 1n « w 0=~2 vi" Figure 12: Twisted
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CLC452A8B CLC452ALC

Transistor AC 51

Abstract: CLC453AJE   Available in Tiny SOT23-5 package Applications â  Coaxial cable driver â  Twisted pair driver â , configurations for matching transmission lines. Non-inverting gain applications: â  Connect pin 2 as indicated , transformers. Figure 13 illustrates a typical twisted pair driver utilizing the CLC453 and a transformer. The transformer provides the signal and its inversion for the twisted pair. Vee Figure 13: Twisted Pair Driver , +150°C lead temperature (soldering 10 sec) +300°C ESD rating (human body model) 500V http
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Transistor AC 51

CLC450

Abstract: CLC450AJ -5 package Applications â  Coaxial cable driver â  Twisted pair driver â  Transformer/Coil Driver â , for matching transmission lines. Figure 7: Transmission Line Matching Non-inverting gain , . -15 1M 10M 100M Frequency (Hz) Figure 11: Lowpass Response Twisted Pair Driver The high output , illustrates a typical twisted pair driver utilizing the CLC450 and a transformer. The transformer provides the signal and its inversion for the twisted pair. Vin 3 Figure 12: Twisted Pair Driver To match the line
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CLC450ALC 5I413

spice TRANSFORMER simulation

Abstract: CLC450 n n n n n n n Coaxial cable driver Twisted pair driver Transformer/Coil Driver High , configurations for matching transmission lines. Where · · Tamb = Ambient temperature (°C) JA = , ) Twisted Pair Driver The high output current and low distortion, of the CLC450, make it well suited for driving transformers. Figure 12 illustrates a typical twisted pair driver utilizing the CLC450 and a transformer. The transformer provides the signal and its inversion for the twisted pair. Req = RL n2
National Semiconductor
Original
spice TRANSFORMER simulation

C1324

Abstract: CLC452 n n n n n n n Coaxial cable driver Twisted pair driver Transformer/Coil Driver High , matching transmission lines. (Continued) DS012790-56 FIGURE 7. Transmission Line Matching , (Continued) DS012790-61 FIGURE 11. Lowpass Response Twisted Pair Driver The high output current and , typical twisted pair driver utilizing the CLC452 and a transformer. The transformer provides the signal and its inversion for the twisted pair. DS012790-60 FIGURE 10. Design Equations This example
National Semiconductor
Original
C1324

CLC450

Abstract: CLC450AJ â  Coaxial cable driver â  Twisted pair driver â  Transformer/Coil Driver â  High capacitive , non-inverting circuit configurations for matching transmission lines. Figure 7: Transmission Line Matching , 11: Lowpass Response Twisted Pair Driver The high output current and low distortion, of the CLC450, make it well suited for driving transformers. Figure 12 illustrates a typical twisted pair driver , twisted pair. To match the line's characteristic impedance (Z0) set: â  Rl = z0 â  Rm = Req
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PAA 752

Ti8D

Abstract: -5 package "Ö o 0 J"5 X cq' $ 3" Applications Coaxial cable driver Twisted pair , for matching transmission lines. -40 -20 0 20 40 60 80 100 120 140 160 180 Am , voltage drop at V0. Frequency (Hz) Figure 11: Lowpass Response Twisted Pair Driver The high output , illustrates a typical twisted pair driver utilizing the CLC450 and a transform er. The transform er provides the signal and its inversion for the twisted pair. Single Supply Lowpass Filter Figures 9 and 10
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Ti8D
Abstract: driver Twisted pair driver Transformer/Coil Driver High capacitive load driver Video line driver Portable , for matching transmission lines. Non-inverting gain applications: 1 k £ 2 0.1 (j,F Vo :Rt I - , voltage drop at V0. http://w ww .national.com 10 Twisted Pair Driver The high output current and , typical twisted pair driver utilizing the CLC453 and a transform er. The transform er provides the signal and its inversion for the twisted pair. R -5 k n Select the transformer so that it loads the -
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Abstract: supplies Available in Tiny SOT23-5 package Applications n n n n n n n Coaxial cable driver Twisted pair , configurations for matching transmission lines. 3. The maximum power that the DIP, SOIC, and SOT packages , -60 FIGURE 11. Lowpass Response www.national.com 16 CLC450 Application Division Twisted Pair , transformers. Figure 12 illustrates a typical twisted pair driver utilizing the CLC450 and a transformer. The transformer provides the signal and its inversion for the twisted pair. Req = RL n2 Select the National Semiconductor
Original
SNOS840B
Abstract: supplies Available in Tiny SOT23-5 package Applications n n n n n n n Coaxial cable driver Twisted pair , 7 shows typical inverting and non-inverting circuit configurations for matching transmission lines , ) DS012790-61 FIGURE 11. Lowpass Response Twisted Pair Driver The high output current and low distortion , inversion for the twisted pair. DS012790-60 FIGURE 10. Design Equations This example illustrates a , . Twisted Pair Driver To match the line's characteristic impedance (Zo) set: · RL = ZO · Rm = Req Where National Semiconductor
Original
SNOS865B

kl SOT23-5

Abstract: CLC450 â  Coaxial cable driver â  Twisted pair driver â  Transformer/Coil Driver â  High capacitive , non-inverting circuit configurations for matching transmission lines. Figure 7: Transmission Line Matching , '¢15 -21 Figure 11: Lowpass Response Twisted Pair Driver The high output current and low distortion, of the CLC450, make it well suited for driving transformers. Figure 12 illustrates a typical twisted pair , the twisted pair. To match the line's characteristic impedance (ZJ set: â rl = zo â  Rm = Req
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kl SOT23-5 LSD11S4
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