SLM PGA_SM_Grid_MarkEyelet.PDF AMP

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Specifications	SLM PGA_SM_Grid_MarkEyelet.PDF AMP
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SINGLE LINE MODEL DATASHEET Datasheet Filename: PGA_SM_Grid_MarkEyeletReviewed By: [CTK] Modeled by: [SC]SPICE File: [MEPG] C

Specifications	SLM PGA_SM_Grid_MarkEyelet.PDF AMP
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Content	SINGLE LINE MODEL DATASHEET Datasheet Filename: PGA_SM_Grid_MarkEyeletReviewed By: [CTK] Modeled by: [SC]SPICE File: [MEPG] Created on 03/05/98 11:10 AM Copyright 1998, AMP IncorporatedACD Internal Form: Form_SLM-DS_1998_0304 RL CCp1Cp2 CONNECTOR Cp1Cp2 Z Tpd CONNECTOR PGA Socket, Screw Machine, .100 x .100 Grid (Mark Eyelet) VALIDATED Well referenced pattern Connector Lumped Constant ModelConnector Distributed Model RowR (mW)L (nH)C (pF)Z (W)Tpd (ps) Internal11.300.644529 Edge11.500.555229 Corner11.700.426427 Mean11.500.545428 Note:(1) The following RLC model is appropriate for edge speeds slower than ten times the highest propagation delay (Tr>=10 * Tpd(highest)). To accommodate faster edge speeds, the lumped model must be divided into two or more RLC sections. For best results, a section’s propagation delay should be 1/10th of the edge speed. (2) The single line inductance and capacitance values are extracted from a specified pattern. The placement and number of ground returns affect the inductance and capacitance of the single line model. (3) The parameters for the Single Line Model are for the connector only without any mounting effects such as plated through holes or pads capacitance (Cp1 and Cp2). The impedance and propagation delay for the connector are calculated as follows: ZL CConnector=()Ω and TpdLCsecConnector=() For an interconnection path model, the mounting effects must be added because the additional capacitance of the pad to ground or plated through hole (Cp1 and Cp2) decrease impedance and increase propagation delay of the interconnection path. The impedance and propagation delay for an interconnection path are calculated as follows: )()21(Ω++=CpCpC LZctInterconne and )()21(secCpCpCLTpdctInterconne++= FOR ADDITIONAL ELECTRICAL MODELING/SIMULATION SUPPORT, CALL 717-986-7824 OR E-MAIL US AT modeling@amp.com
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