QR0001 Search Results

AN941

Abstract: HP16500B AN-941 C1995 QR0001 AN-941 national
Contextual Info: INTRODUCTION Successful high speed board design relies on carefully meeting system timing requirements and good board layout The QR0001 client ports transmit and receive may run at different speeds relative to the ring ports (upstream and downstream) For example the ring port Tx Rx can run up

vouchers

Contextual Info: QR0001 QR0001 QuickRing TM Data Stream Controller Literature Number: SNOS705A October 1994 QR0001 QuickRing TM Data Stream Controller General Description Features QuickRing is a point-to-point data transfer architecture designed to facilitate high speed data streams The QuickRing

parking barrier and ticket controller entry

Abstract: C1995 P1596 QR0001 QR0001-33VUL VUL160A vouchers
Contextual Info: October 1994 QR0001 QuickRing TM Data Stream Controller General Description Features QuickRing is a point-to-point data transfer architecture designed to facilitate high speed data streams The QuickRing architecture can be applied both inside the chassis as well

vouchers

Contextual Info: October 1994 QR0001 QuickRing TM Data Stream Controller General Description Features QuickRing is a point-to-point data transfer architecture designed to facilitate high speed data streams The QuickRing architecture can be applied both inside the chassis as well

32 MF CAPACITOR

Abstract: PCb backplane Layout power supply noise capacitor stream AN-940 C1995 QR0001 capacitor 4 mF AN-940 national
Contextual Info: National Semiconductor Application Note 940 K C Tsai June 1994 INTRODUCTION Resolving layout and decoupling issues on printed circuit boards for high speed systems becomes more demanding as performance is maximized This application note gives some general guidelines and recommendations for QR0001

RKN8

Abstract: RKN8-L national semiconductor 119285 VIC 1541 disk drive P1596 QR0001 txs-25 vouchers
Contextual Info: PRELIMINARY October 1994 QR0001 QuickRing Data Stream Controller General Description Features QuickRing is a point-to-point data transfer architecture de­ signed to facilitate high speed data streams. The QuickRing architecture can be applied both inside the chassis as well

C1995

Abstract: QR0001 traffic light simulation circuit AN-938 national
Contextual Info: The QuickRing system communication latency is comprised of 3 components 1 Client Latency 2 Ring Latency 3 Blocking Latency The client latency is the time needed to process the stream at the source and target client interfaces It depends on software and hardware implementing the interface from

AN-942

Abstract: C1995 QR0001 XC4000 XC7300 source code for park transformation AN-942 national
Contextual Info: National Semiconductor Application Note 942 Webster Rusty Meier Paul Sweazey Shilpa Parikh Stephen Kempainen June 1994 1 0 INTRODUCTION This application note contains a general discussion of QuickRing Data Stream Controller (QRDSC) Client interface techniques Non-Bridge Mode (PIPE asserted) This application note discusses a variety of Client Interface application

AN944

Abstract: AN-944 C1995 QR0001 the last step is AN-944 national
Contextual Info: National Semiconductor Application Note 944 June 1994 In the externally-cabled environment there is no common reset signal that QuickRing chips may use to mark the start of the initialization process In addition a method is needed for selecting one node as the ring clock source and as the

C1995

Abstract: QR0001 Signal Path designer AN-939 national
Contextual Info: INTRODUCTION QuickRing can be used to bridge several PCI buses together The QuickRing to PCI bridging architecture application is where one PCI primary bus has one or several secondary PCI buses The QuickRing ring provides a fast communication path to from the primary PCI bus to the other secondary PCI buses In this environment the system should use a

data transfer unit

Abstract: C1995 QR0001 AN-945 national
Contextual Info: National Semiconductor Application Note 945 S Poniatowski May 1994 This application note discusses error rate testing on National Semiconductor’s QuickRing These are preliminary results based on a simple 2-node ring demonstration system Error measurement in a QuickRing system may also use

l204b

Abstract: SX-3 QR100 stripper QR0001
Contextual Info: S e m i c o n d u c t o r September 1994 QR1001 QuickRing Enhanced Data Stream Controller Table of Contents 3.4.3 Head Stripper 1.0 SIGNAL DESCRIPTION 3.4.4 Rx Stall Improvements 2.0 BASIC STRUCTURE 4.0 CONNECTION DIAGRAM 3.0 CLIENT INTERFACE General Description

vouchers

Contextual Info: ß May 1996 QR1001 QuickRing Enhanced Data Stream Controller General Description Features QuickRing technology is a point-to-point data transfer archi­ tecture designed to facilitate high speed data streams be­ tween devices, boards and systems. The QuickRing archi­

Contextual Info: N a t i o n a l S e m i c o n d u c t o r For latest updates, please call National’s Customer Response Center at 800 272-9959 October 1994 QR1001 QuickRing Enhanced Data Stream Controller Table of Contents 3.4.3 Head Stripper 1.0 SIGNAL DESCRIPTION