ISCC Search Results

Contextual Info: SCIENTIFIC/ MINI-CIRCUITS HTE T> flQbfifill Q D Q m B B Hfi m ISCC surface-m ount r - 74-09-07 Requency Mixers ^ LEVEL 7 + 7dBm LO, up to + 1dBm RF LRMS-860 computer-automated performance data typical production unit / for data of other models consult factory

Contextual Info: SCIENTIFIC/ MINI-CIRCUITS MTE J> • aObaail DDD1313 44^ ISCC v e ry lo w d isto rtio n 74-09-07 Frequency Mixers mm LEVEL '17S +17dBm LO, up to + /l4dBm RF TUF-2H ZFM-2H computer-automated performance data typical production unit / for data of other models consult factory

Contextual Info: b ro a d b a n d , lo w d isto rtio n SCIENTIFIC/ MINI-CIRCUITS 4TE D I fiObfifill 0001245 07 A frequency ivnxers • ISCC Model SRA-2010MH LEVEL 13 +13dBm LO, up to +9dBm RF 74- 09-07 computer-automated performance data ty p ic a l p ro d u c tio n u n it / for data of other models consult factory

2X16

Contextual Info: USER’S MANUAL 3 CHAPTER 3 ISCC DMA AND ANCILLARY SUPPORT CIRCUITRY 3.1 INTRODUCTION The most important feature of the ISCC other than SCC cell is the integrated, four channel DMA controller. As in the original SCC, the serial channels of the ISCC are support-

RR1A

Abstract: WR14B Z8530 16C35 Z16C35 Z8030 WR10A RR13A WR6B WR10B
Contextual Info: USER’S MANUAL 2 CHAPTER 2 INTERFACING THE ISCC 2.1 INTRODUCTION This chapter details the interfacing of the 16C35 ISCC to a system. Covered in this chapter is a description of the Bus Interface Unit BIU and information about the ISCC in nonmultiplexed and multiplexed bus operation. The following

8086 interrupt vector table

Abstract: Z16C35 8086 interrupt pointer table
Contextual Info: Z16C35 ISCC USER’S MANUAL TABLE OF CONTENTS Chapter 1. General Description 1.1 Introduction . 1-1 1.2 Features . 1-3

CRC-16

Abstract: Z16C35 sdlc ibm signals SDLC synchronous signals
Contextual Info: Z16C35 Z16C35 CMOS ISCC INTEGRATED SERIAL COMMUNICATIONS CONTROLLER GENERAL DESCRIPTION The Z16C35 ISCC™ is a CMOS Superintegrated device with a flexible Bus Interface Unit BIU connecting a builtin Direct Memory Access (DMA) cell to the CMOS Serial

Contextual Info: S C IE N TIF IC / M I N I - C I R C U IT S 4 T E ]> aabaaii low LO pow er qqqibs? ?□ ISCC T- Frequency Mixers I Q /T" I o LcVEL O + 3 dBm LO, up to - 3 dBm RF RMS-5L RMS-2L LRMS-5L LRMS-2L computer-automated performance data typical production unit / for data of other models consult factory

IN SDLC PROTOCOL

Abstract: SDLC CRC-16 WR10 marking WR6
Contextual Info: USER’S MANUAL 4 CHAPTER 4 DATA COMMUNICATION MODES 4.1 INTRODUCTION The ISCC provides two independent full-duplex channels programmable for use in any common asynchronous or synchronous data communication protocols. The data communication protocols handled by the SCC cell within

AD10

Abstract: AD11 AD12 AD14 CRC-16 Z16C35 sdlc ibm signals
Contextual Info: USER’S MANUAL 1 CHAPTER 1 GENERAL DESCRIPTION 1.1 INTRODUCTION The Z16C35, ISCC is a CMOS superintegration device with a flexible Bus Interface Unit BIU connecting a builtin Direct Memory Access (DMA) cell to the CMOS Serial Communications Control (SCC) cell.

C828 3-pin transistor

Abstract: a684 603 C828 transistor Explain the interfacing of keyboard with 8086 pal 007a Z80h c828 Transistor datasheet intel 8086 microprocessor z80a-cpu tda 100w
Contextual Info: Z16C35 ISCC USER’S MANUAL TABLE OF CONTENTS Chapter 1. General Description 1.1 Introduction . 1-1 1.2 Features . 1-3

Elap 72

Abstract: USING SCC WITH Z8000 IN SDLC PROTOCOL Z80B-CPU c828 transistor Z80A CPU comparison between intel 8086 and Zilog 80 microprocessor Z8 super8 evaluation board transistor marking WR5 72 Z80A-CPU transistor c828
Contextual Info: Z16C35 ISCC User Manual UM011002-0808 Copyright 2008 by Zilog , Inc. All rights reserved. www.zilog.com ISCC User Manual ii Warning: DO NOT USE IN LIFE SUPPORT LIFE SUPPORT POLICY ZILOG'S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE

AD0-AD15

Abstract: AD11 AD12 CRC-16 Z16C35 CSA-1V sdlc ibm signals
Contextual Info: ÉÈÉâ ^ MARCOM D C 2515 DOCUMENT CONTROL, MASTER PRODUCT SPECIFICATION Z16C35 CMOS ISCC # # I nteg r a ted S er ia l C o m m u n ic a t io n s C o n tr o lle r PRODUCT SPECIFICATION Z16C35 CMOS IS C C I n tegrated S e r ia l C o m m u n ic a t io n s C o n t r o l l e r

Contextual Info: S C IE N T IF IC / M IN I- C IR C U IT S 4 TE D • ADbAA ll DDD1311 b?b ISCC very low distortion O | Frequency Mixers M odels * * LO, up to + /l4dBm RF LEVEL 17S +17dBm TAK-1H TFM-1H TUF-1H ZAD-1SH ZFM-1H ZLW-1SH computer-automated performance data typical production unit /

Contextual Info: S C IE N T IF IC / M IN I- C IR C U IT S H TE D sobfifiu ooomn 545 active, low noise Frequency Mixers ^ 1 IK i/-* 1 n ISCC T-74-09-01 UNCL-R1 a UNCL-R1 + 7 dBm LO, up to -10 dBm RF computer-automated performance data typical production unit / for data of other models consult factory

CRC-16

Abstract: Z16C35
Contextual Info: CMOS ISCC INTEGRATED SERIAL COMMUNICATIONS CONTROLLER Z16C35 Product Brief PB006502-0608 FEATURES Break Detection and Generation; Parity, Overrun, and Framing Error Detection. • Low Power CMOS Technology • Two General-Purpose SCC Channels, Four DMA Channels; and Universal Bus Interface

Contextual Info: SCIENTIFIC/ MINI-CIRCUITS 4=?E D I ÛObflflll 0 Ü 01 20 7 2b4 most widely used Frequency Mixers LEVEL 7 + 7 d B m LO, up to + /1dBm RF ISCC j_ 7 4-09-01 Models SRA-2000 ZFM-2000 Ja^ | computer-automated performance data " typical production unit / for data of other models consult factory

8086 interrupts application

Abstract: intel 8086 microprocessor 8086 minimum mode and maximum mode 8086 microprocessor Handshaking 8086 programming manual minimum mode configuration of 8086 8086 microprocessor timing diagram of 8086 maximum mode latch used for 8086 8086 timing diagram
Contextual Info: APPLICATION NOTE INTERFACING THE ISCC TO THE 68000 AND 8086 INTRODUCTION The ISCC™ uses its flexible bus to interface with a variety of microprocessors and microcontrollers; included are the 68000 and 8086. The Z16C35 ISCC is a Superintegration form of the

Contextual Info: most widely used ^e t> • flObôôll 0001221 Frequency Mixers LEVEL 7 +7dBm LO, up to SC IE N TIFIC / +1dBm RF M INI-CIRCUITS ISCC T - 7 4 -0 9 -0 1 Models SRA-12 TFM-12 ZAD-12 ZFM-12 ZLW-12 ¿¡5| computer-automated performance data typical production unit /

LT3973-3.3

Abstract: LT3971-3.3
Contextual Info: very low distortion mse • j m a a n H7 o n o ia n ISCC F re q u e n c y M ixers Models 1 " LEVEL 11S +17dBm LO, up to +14dB m RF T -74-09-01 TAK-3H ZAD-3SH ZFM-3H ZLW-3SH SCIENTIFIC/ MINI-CIRCUITS computer-automated performance data typical production unit /

Contextual Info: most widely used „ E, „ QQD12SS aobSS11 Frequency Mixers LEVEL 7 +7dBm LO, upto T17 ISCC Model + /ldBm RF j_ 7 4 -0 9 -0 1 SAM 4 SCIENTIFIC/ MINI-CIRCUITS computer-automated performance data typical production unit / for data of other models consult factory

pin diagram of ic 8086

Abstract: 8086 microprocessor introduction latch used for 8086 manual of microprocessors 8086 8086 interrupt vector table minimum mode configuration of 8086 8086 interrupts application
Contextual Info: A p p l ic a t io n n o t e <£ZiIi3G ISCC INTERFACE TO _ THE 6800Ó AND 8086 INTRODUCTION The ISCC uses its flexible bus to interface with a variety of microprocessors and microcontrollers; included are the 68000 and 8086. The Z16C35 ISCC is a Superintegration form of the

Contextual Info: P r e lim in a r y P r o d u c t S p e c if ic a t io n < £ Z iIÍ3 G Z16C35 CMOS ISCC In t e g r a t e d S e r ia l COMMUNICATIONS CONTROLLER FEATURES Supports all Zilog CMOS SCC features: • Low power CMOS technology ■ Two general-purpose SCC channels, four DMA

ISCC

Abstract: WR15 Z16C35
Contextual Info: USER’S MANUAL ZILOG ISCC CONTROLLER QUESTIONS AND ANSWERS ISCC QUESTIONS AND ANSWERS Q. Is the interrupt vector present on both the lower 8 bits and the upper 8 bits in an interrupt cycle See Figure 40 of the Z16C35 CMOS ISCC Product Spec ? A. Both halves of the AD bus are driven during an interrupt acknowledge cycle by the ISCC. In fact, both