philips PM3551A 电路图.pdf

Logic Analyzers PM 3551 A/10/30/50/70 Operating manual 9499 500 1 2911 831013 A PUBLICATION OF THE SCIENTIFIC AND INDUSTRIAL EQUIPMENT DIVISION PHILIPS EXPORT B.V. - EINDHOVEN - THE NETHERLANDS - 1983 PRINTED IN THE NETHERLANDS PHILIPS RadioFans.CN 收音机爱 好者资料库 1.2 TABLE OF CONTENTS Section 1 1.1 1.2 2 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 2.10 3 3.1 3.2 3.2.1 3.2.2 4 4.1 4.1.1 4.1.2 4.1.3 4.1.4 4.1.5 4.2 5 5.1 5.1.1 5.1.2 5.2 5.3 5.3.1 5.4 6 6.1 6.2 7 8 8.1 , B.2 B.3 B.4 Description INTRODUCTION General information. Features CHARACTERISTICS. Logic State analyzer Logic Timing analyzer. Operation. Display. Display modes. Compare mode Power supply Environmental characteristics. Physical characteristics Accessories and Options GENERAL DIRECTIONS Information and Warnings for the User. Description of controls, connectors and display. Front panel. Rear panel. DESCRIPTION OF THE MENUS Full menus Configuration menu Trigger menu Data menu. Compare menu Options menu Condensed menus. DESCRIPTION OF THE DATA DISPLAYS List Selective data Compare data Graph. Timing Timing compare Sync mode. CONNECTION Input. What else to connect? USER MESSAGE LIST. OPERATION. General. Triggering Selective data acquisition Compare. 1.4 1.4 1.5 2.1 2.4 2.9 2.11 2.11 2.12 2.13 2.13 2.14 2.16 2.17 3.1 3.2 3.6 3.6 3.9 4.1 4.3 4.3 4.7 4.17 4.21 4.27 4.32 5.1 5.3 5.7 5.8 5.9 5.12 5.15 5.16 6.1 6.2 6.3 7.1 8.1 8.2 8.2 8.4 8.4 -) PM 3551A Operating manual Chapt. 1 SW 2.0 JGB401 October 13, 1983 RadioFans.CN 收音机爱 好者资料库 1.3 TABLE OF CONTENTS (contd) Section 9 9.1 9.2 9.2.1 9.2.2 9.3 9.3.1 9.3.2 9.3.3 9.3.4 9.3.5 Description INTERFACE AND OPTIONS . Printer Interface. . Disassemblers General. Disassemblers Accesories . . Non-volatile memory. . . Disassembler connection and display. A Package. M Package. N Package. . R Package. Z Package. . 9.1 9.2 9.4 . 9.5 9.7 9.10 9.11 9.18 . . 9.29 9.39 9.46 10 INSTALLATION INSTRUCTIONS FOR OPTIONS. . . . . 10.1 10.1 Unit identifier switch. . . . . 10.3 10.2 Additional 24-channel state analyzer 10.4 10.3 8-channel 50 MHz timing analyzer . . . . 10.5 10.4 Option board, disas and non-volatile memory. . 10.10 11 IEEE-488 GPIB INTERFACE OPTION (PM 8851/40) . 11.1 12 RS 232-C CONTROL INTERFAC OPTION (PM 8851/20) . 12.1 13 PROBLEM REPORTS AND CHANGB REQUESTS . 13.1 PM 3551A Operating manual Chapt. 1 SW 2.0 JGB401 October 13, 1983 RadioFans.CN 收音机爱 好者资料库 1.6 1.2. FEATURES A functionally organized keyboard/softkey structure in combination with an interactive menu-display serve the user in setting up and entering parameters for triggering, capturing, comparing and counting the activities of the system under test. The extensive triggering capability of the 7 sequential trigger-words, that can be combined with clock and trigger-qualifiers, permits capturing data from complex system activities or from deep branched or nested loops. Each trigger-word has the same width as the number of input channels of the various models. The sequence of the different trigger-words used can be defined by the use of an IF, THEN, ELSE algorithm, with the possiblity of placing a certain amount of delay between the statements. In this mode triggering can be selected as True or False. A notable feature of this mode is that the selected trigger sequence can be specified as true or alternatively as not true. This latter mode is called Trigger on Sequence Break mode and provides the capability of triggering when a defined repetitive pattern (eg. a loop or a polling sequence) is broken or not executed in the specified order. The moment of capturing data can be delayed by states and/or trigger occurrences and/or time. The Logic Analyzer can also be used for making time measurements. A readout of the elapsed time between two points in a programm can be obtained. Special features of note here are the COMBI and the SYNC modes. The COMBI mode allows the state section to be triggered by the timing section or vice-versa, while in the SYNC mode the displays of a number of timing channels are cross-referenced with state sampling. This enables analysis of critical state/time relationships. Data to be captured is clocked into the analyzer on selected clock edges of one of the three selectable clock sources. For each clock used, there are up to four qualifiers available. In the COMPARE mode, a comparison can be made between captured data and stored data in the formats: List or Timing. The instrument automatically stores the current mode-and function instrument-setting, when the mains voltage supply is switched off. After switching on) the instrument comes up in the initial default mode- and function setting. All analyzer models can be equipped with the option (non-volatile memory) to store up to 4 additional settings. Here each setting is stored and retrieved under a label. PM 3551A Operating manual Chapt. 1 SW 2.0 JGB401 October 13, 1983 1.7 In the TIMING mode, glitches of a duration of as little as 5 nanoseconds can be captured from the data-stream. The PM 3551A can be equipped with a 4 channel 300MHz timing option, independently of the presence of the 8 channel 50 MHZ section. This allows high precision timing measurements. Other options are the options board with standard RS232C printer output. This board can be equiped with an GPIB control interface, or a RS232C control interface, both providing full remote control of the instrument. The options board is also a prerequisite for installation of disassembly- packages, and the non-volatile setting memory. The disassembly-packages allow the user to view captured data in the mnemonic language of the most currently available 8 and 16-bit microprocessors. Data is entered into the analyzer via 8-channe1 pods, each provided with its own threshold adjustment. A variety of convenient Pod-attachments are available for connecting the system under test to the analyzer. A comprehensive built-in diagnostic program can be used as an aid to test the various functions of the analyzer and to assist in fault-finding. PM 3551A Operating manual Chapt. 1 SW 2.0 JGB401 October 13, 1983 2.1 C H A R ACT E R 1ST I C S PM 3551A Operating manual Chapt. 2 SW 2.0 JGB402 October 12, 1983 2.2 2. CHARACTERISTICS The instrument has been designed and tested according to IEC Publication 348 for Class I instruments and has been suppll.ed in a safe condition. The present Operating Hanual contains information and warnings which should be followed by the purchaser to ensure safe operation and to maintain the instrument in a safe condition. Properties expressed in numerical values with stated tolerances are guaranteed for ambient temperatures of +5 deg.C +40 deg.C unless stated otherwise. Numerical values without tolerances are typical and represent the characteristics of an average instrument. This specification is valid after the instrument has warmed up for 15 minutes. OPERATION MODES: TYPES: Type-numbers No of State Channels -Logic State Analyzer only -Logic Timing Analyzer only -Comb:i Mode where the LSA can enable the triggering of the LTA or vice-versa. -SYNC Mode where timing analyzer data is cross-referenced with the state analyzer data. PM3551A/10 35 PM3551A/30 35 PH3551A/50 59 PH3551A/70 59 No of 50z Timing Channels 8 8 PM 3551A Operating manual Chapt. 2 SW 2.0 JGB402 October 12, 1983 2.3 THRESHOLD - SOOmV SIGNAL SWING CENTERED AT THRESHOLD Fig.2.1 Minimal signal swing lAC liVE CLOCK EOGE-,;,;,;:, DATA AND -=XiX x _ K auALlFIE HVTS ,.-I AT PROB TIP J I I I I I I I n a.OCK PU.SE _ . _ -, r WIDTH 4-rCLOCK EDGE . . - SELECTED I. CLOCK REPE TlTlON TIME .1 : 1) CLOCK SIGN . -:LJr-iLJ DESCRIPTION VALUE DATA ANO QUALIFIER SET-UP lS ft. OATA AND 0U*ttt:t (tns CLOCK PULSE WIDTH lOns(mltol CLOCK REPETITION TlhIE 70nslmllJ Fig.2.2 Definition of terms and times PM 3551A Operating manual Chapt. 2 SW 2.0 JGB402 -4-1CLOCK EDGE SELECTED MA ()S31 N AI05)1 October 12, 1983 2.1 LOGIC STATE ANALYZER Data Input Pod Type 2.4 PM3551A/10: 35 channels max. via 5 Pods PM 8821 PM3551A/30: 35 channels max. 27 via 4 Pods PM 8821 + 8 via 1 Pod PM8825 PM3551A/50: 59 channels max. via 8 Pods PM 8821 PM3551A/70: 59 channels max. 51 via 7 Pods PH8821 + 8 via 1 Pod PM8825 PM8821 and PM8825 8-ch. input probe Pods to be connected at the rear of the instrument. Following values are typical values and specified at the probe tip(s) Impedance Max. input voltage Threshold Max. sensitivity Set-up and hold times Data aquisition Clock Source Number of clocks Threshold Impedance and max. input voltage 4 MOhm/6 pf -50 V to +50 V Selectable per Pod. Fixed TTL, ECL or VARiable between -3V and +12 V in 100mV steps. 500 mV pp signal swing, centered on the threshold voltage (see Fig. 2.1). Data set-up time minimum 25ns Data hold time minimum Ons Both related to the active clock edge at the probe tip (see Fig. 2.2). Data collected is selectable from: a. states i.e. all combinations at inputs are clocked in. b. occurrances i.e. only certain types of words are acquired. c. combination of both. External (synchronous) clocking. Three separate clocks can be acquired via 3 leads of a Pod PH8821. Same specification as data input (see also Fig. 2.1). Same specification as data input PM 3551A Operating manual Chapt. 2 SW 2.0 JGB402 October 12, 1983 Clock repetition time Clockpulse width Sampling Clock qualifiers Number Threshold Impedance and max. input voltage Sampling Selection Set-up and hold times Memory Format Triggering Source 2.5 Min. 70ns (see Fig. 2.2). Min. 20ns (see Fig. 2.2). Selectable on positive or negative clock edge. 2 4 clock qualifiers (input via a Pod PM8821) Two clock qualifiers are fixed, the other two are interchangeable with two data channels. Same specification as data input (see also Fig. 2.1). Same specification as data input At clock edge and at selected qualifier level. True and False combinations are possible (see Fig. 2.2). I for a high level 0 for a low level X for dont care (qualifier not in use). Data set-up time minimum 25ns Data hold time minimum Ons Both related to the active clock edge at the probe tip (see Fig. 2.2). The memory depth is 1K (=1023) bits per channel. A second memory of the same size is available as a reference memory for comparison 1) Internal, 2) nual or 3) External (External socket TRIG IN is also input for trigger qualifier) PM 3551A Operating manual Chapt. 2 SW 2.0 JGB402 October 12, 1983 1) Internal 2) Manual 3) External i.e. external trigger or trig. qualifier 2.6 Triggering on up to 7 words, each delayed by a delay counter, can be selected for: Parallel and Quasi parallel triggering Sequential triggering (ARM word(s) enable the TRIG word) Immediate Sequential Triggering. Word N must be followed immediately by word N+1. For all trigger modes, all combinations can be made with up to 7 words, clocks and delays. Trigger words can be selected for true or false triggering. The number of triggers can be preset and counted (see: Delay and Counter). Operator controlled STOP button. Via input socket TRIG IN and PM8800 or PM 8810 probes. This input acts as an enable for the internal trigger logic and is selectable as edge or level active. The external input offers the following possibilities: When the internal trigger word is set as all dont cares, this input acts as an external trigger. When the internal trigger word is defined this input acts as a trigger qualifier. Connection for PM8810 Logic Trigger Probe Following values are typical values and apply only when the specified probe is used. Input Impedance Max. Input Voltage Threshold Sensitivity Set-up and hold times when PM8800 is used 5 MOhm /1 15 pf + 50 V Fixed TTL 500 mVpp signal swing (see Fig. 2.1) Signal set-up time minimum 30ns Signal hold time minimum Ons Both related to the active clock edge at the probe tip (see Fig. 2.2). (use the delayed function in the trigger menu) PM 3551A Operating manual Chapt. 2 SW 2.0 JGB402 October 12, 1983 Set-up and hold times when PM8810 is used Delay Outputs 2.7 Signal set-up time minimum 50ns Signal hold time minimum 5ns Both related to the active clock edge at the probe tip. (use the not-delayed function in the trigger menu) In the trigger menu, delay can be specified in the range of 0 to 64k steps -as states of clock(s) -in occurrences of word(s) -in time -MATCH OUT. Is activated by the MATCH OUTPUT ON WORDS:-statement in the trigger sequence list. The output is TTL high when the trigger word occurs, and remains high until the next trigger word occurs. The delay between input probe tip (PM 8821) and the Match out connector amounts to: 3 state clock cycles +50 +/-15 nS. The pulse length is always more than 60 nS. -RUN OUT. The output is TTL high during data acquisition. The delay between internal start and stop, and the output is 25 +/-15 nS. Output specification: -TTL compatible -Source current 3 rnA at Voh= 2,4 v. -Sink current 3 rnA at Vol= 0,5 V. -Short-circuit proof. -Max. ext. voltage + or -25 V. Selective data acquisition Selection Up to two different blocks of selective data acquisition can be selected. Block limits Selected data Start on a certain word or on START. End on a certain word, word+trigger delay, or END. Samples on specified clock(s). -A specific word and samples on specified clock(s). PM 3551A Operating manual Chapt. 2 SW 2.0 JGB402 October 12, 1983 Counter 2.8 -One specific word. -A specific word followed by a number (max. 255) samples on specified clocks. This can be limited by a max. repeat of 512 In Selective data menu, between specified start and finish, a counter can count: -Samples with specific clock(s) -Specific words -Time PM 3551A Operating manual Chapt. 2 SW 2.0 JGB402 October 12, 1983 2.2 LOGIC TIMING ANALYZER Data Input Pod Type 2.9 8 channels via 1 Pod PM8825, to be connected at the rear of the instrument. Following values are typical values and specified at the probe tip(s). Impedance Max. Input voltage Threshold Max. sensitivity Maximum non-detect- able pulse width Channel to channel skew Glitch detection Clock Source Memory Depth Triggering Source 1) Internal 2) Manual 1 MOhm II 5 pf -50V to +50V TTL, ECL or VARiable between -3 and +12V in 100mV steps. + 200 mY. with respect to threshold level. 24 ns (=set up, + hold time + sample interval) 0 IT; a.2 16.4. BLANK _flytJado FRAME-Rf SYNC ,Il-Q.26Ma 1-lII.Ni I EXTERNAL DISPLAY TIMING VIOEO 47.71. VIDEO M.I. HORIZONTAL FLECTION . , . VIOEO 20.0. VERTICAL DEFLECTION Fig.2.3 External display timing 2.5 DISPLAY HODES Data display Menu display State list display; binary, octal, decimal, hexadecimal, ASCII or comb