HP-11180A-Manual 电路图.pdf

MODEL 11180A DATA STORAGE RadioFans.CN 收音机爱 好者资料库 J OPERATING AND SERVICE MANUAL -hp- Part No. 11180-90000 MODEL 11180A DATA STORAGE Copyright Hewlett-Packard Company 1971 P.O. Box 301, Loveland, Colorado, 80537 U.S.A. Printed: SEPTEMBER 1971 RadioFans.CN 收音机爱 好者资料库 HP Archive This vintage Hewlett Packard document was preserved and distributed by Please visit us on the web ! Prepared by on-line curator: Tony Gerbic For FREE Distribution Only * RadioFans.CN 收音机爱 好者资料库 .:., . _ . , . : .:.,:. ! - - :.h.O: . . .:.1.:.:.r!-.,. ,;. . . ,.,.,.-;. .:.:. .a. .:.-i.- -HEWLETT.PACKARD- CE RTI Fl CATI 0 N The Hewlett-Packard Company certifies that this instrument was thoroughly tested and inspected and found to meet its published specifications when it was shipped from the factory. The Hewlett- Packard Company further certifies that its calibration measure- ments are traceable to the U.S. National Bureau of Standards to the extent allowed by the Bureaus calibration fatility. WARRANTY AND ASSISTANCE All Hewlett-Packard products are warranted against defects in materials and workmanship. This warranty applies for one year from the date of delivery, or, in the case of certain major compo- nents listed in the operating manual, for the specified period. We will repair or replace products which prove to be defective during the warranty period provided they are returned to Hewlett- Packard. No other warranty is expressed or implied. We are not liable for consequential damages. Service contracts or customer assistance agreements are available for Hewlett-Packard products that require maintenance and re- pair on-site. For any assistance, contact your nearest Hewlett-Packard Sales and Service Office. Addresses are provided at the back of this manual. ; r1 ! . ;J 1 J L J. IJ ;j :J. u . .J J J t ., Model 1 l 180A Table of Contents TABLE OF CONTENTS fun l I. : 1 . ,. L l ,J !; . r.l, t r.1 . :.,;. . . . l - ,i 1 J . . . 1 J J J . . .!. - .:-. _, ;. . Model l l 180A Section I SECTION GENERAL INFORMATION 1-1. INTRODUCTION. 1-2. The Hewlett-Packard Model 3480A/B Multifunction Digital Voltmeter may be equipped with Option 005 Data Storage. Up to 50 complete DVM readings may be entered into Data Storage at up to 1000 readings per second. The output of these stored readings may be governed by an external device. Data Storage is ideal for use with a digital recorder where readings may be taken at high speed, stored, then outputted at 10 to 20 lines per second. 1-3. Each stored reading includes all information generated by the 3480A/B including input voltage magnitude, range, function, polarity, and overload. The number of readings stored is selectable up to 50. When stored readings are outputted, two additional digits are added to identify the reading number. All output lines are isolated from the 3480A/B input terminals. 1-4. Option 005 Data Storage includes Isolated BCD. When Data Storage is disabled, the output of the 3480A/B becomes identical to that of Isolated BCD. 1-5. The 3480A/B offers a wide variety of plug-in units which may be used with Data Storage. These plug-ins include the 3481 A with a single 10 V de range, the 3482A with 5 de ranges, the 3484A with 5 de ranges, 5 true rms ac ranges and 6 S1 ranges and the 3485A with up to 50 input channels plus 3 de ranges. 1-6. Any of the above capabilities including Data Storage may be purchased in a self-contained data logger, the 2070A, which includes the 3480A Multifunction DVM, the 5055A Digital Recorder plus any 3480 plug-in. A special rear panel includes the major Data Storage control lines in the form of easy to use switches. 1-7. Accessories Furnished (with Data Storage only). 6 foot Y cable with Remote Control lines and BCD lines split and left unterminated. Other end has 100 pin connec- tor for Data Storage. 1-8. Accessories Available (with Data Storage only). -hp-11181 A: Data Storage Cable for use with 5050B or 5055A Digital Recorders. This is a Y cable with Remote Control lines split and left unterminated and the BCD lines terminated with a 50 pin connector for use with a digital recorder. Other end has 100 pin connector for Data Storage. 3480A DIGITAL VOLTMETER 3481A BUFFER AMPLIFIER +I 4 (, r 4 DATA STORAGE may be used with any combination of these mainframes and plug-ins. 11-, 7 1 (e: 3482A DC RANGE UNIT . -. - 34808 DIGITAL VOLTMETER l(I Ir . I 3484A MULTI-FUNCTION UNIT 2070A DATA LOGGER 3485A SCANNING UNIT Figure 1-1. Data Storage. 1-1 . _ ,. :. -.:. . -.- t. . .r -. Section I Model l l l 80A Table 1-1. Specifications. CHARACTERISTICS Capacity: 10, 20, 30, 40, or 50 complete 3480A/B readings selectable using Storage Limit. Information stored With 3481 A, 3482A, or 3484A: 4-digit reading plus a 5th overrange digit, 2-digit storage reading number, polarity, overload, function, and range. With 3485A: 4-digit reading plus a 5th overrange digit, 2-digit storage reading number, tens channel l.D., polarity, overload, and range. Speed Input rate: up to 1000 readings per s may be stored. Output rate: up to 50,000 readings per s. REMOTE CONTROL LINES When Used With A Digital Recorder . . . Storage Enable: application of Low state enables Data Storage, otherwise the output is identical to Isolated BCD. Scanner Control Enable: application of Low state allows 3485A Scanning Unit to be used with Data Storage. Storage Limit (4 lines): limits number of stored readings to 10, 20, 30, 40, or 50. If all lines are open, 50 readings are stored. Storage Flag: used to trigger digital recorder. Remains High during storage cycle then drops Low to indicate data is ready to be printed. Goes High during printing cycle then drops Low to indicate next reading is ready. Printer Hold-off: application of High state (by digital recorder) disables internal sampling and gates a reading out of storage. When Used With A Computer . Storage Enable: application of Low state enables Data Storage, otherwise the output is identical to Isolated BCD. Computer Control Enable: application of Low state allows Data Storage to be used with a computer. Measure (Encode): application of Low state initiates a reading which is in turn, entered into storage. During an output cycle, Measure gates individual readings out of storage. Storage Flag: line goes High to acknowledge each Measure. Line drops Low when Data Storage is ready to accept the next Measure. Status Flag: line indicates if Data Storage is storing data by remaining High or outputting data by remaining Low. Internal Measure Inhibit (Interface Hold): application of Low state disables internal sampling but allows DVM to be externally triggered by Measure. Jump: overrides the normal requirement of filling all storage locations selected by Storage Limit before outputting data. Allows a non-multiple of 10 readings to be stored then outputted. 1-2 Lines Available For Special Applications . Input Cycle Hold Causes continuous input of data into storage with no output. When used with Preset Trigger, output of stored data begins after selected number of readings are stored. Dump Hold: opposite sense as Printer Hold-off. Allows readings which have been stored to be gated out. Measurement Hold: prohibits all internal and external sampling but allows the completion of one complete storage and output cycle. Preset Trigger Allows preset number of previous and next readings to be stored, then outputted. This line is normally used with Input Cycle Hold grounded. O line: stores previous 0 readings and the next 50 read- ings.* 1 O line: stores previous 10 readings and the next 40 readings.* 20 line: stores previous 20 readings and the next 30 readings.* *Total number of stored readings depends on selection of Storage Limit. Conditions shown above are for 50 stored readings. LOGIC LEVELS For all input lines except Printer Hold-off: State Requirements High (logical 1 ) + 2.4 V to+ 5.5 V or open Low (logical O) 0 V to+ 0.7 V, 2 mA sink current or contact closure to ground through .:; 250 n. Printer Hold-off: State Requirements High (logical 1 ) + 3 V to+ 16 V 10 mA max source current at + 16 v 400 A max source current at +5V Low (logical 0) 0 to+ 0.5 V, 10 A max sink current Storage Flag: State Output Characteristics High (logical 1 ) ;, + 5 V, 2 mA max source current ;, + 3 V, 10 mA max source current Low (logical 0) <+ 0.5 V, 12 mA max sink current BCD Output and Status Flag: State Output Characteristics High (logical 1) ;.+ 5 V, 1 mA max source current ;, + 3 V, 10 mA max source current Low (logical 0) .-I. ,. . Ill .i.,. _., ._, ,. . . . . 1 . , . 1 . :r Model l l l 80A Table 1-1. Specifications (contd). GENERAL Isolation characteristics: output data lines and input control lines are referenced to earth ground (instrument chassis) and are well isolated from the measurement input terminals. Instrument will make floating measurements and maintain all Normal and Common-Mode Rejection specifications when the data and control lines are utilized. Operating temperature: o0c to 55C. Storage temperature: -40c to + 75c. Power: 115 V or 230 V 10%, 48 Hz to 440 Hz, 60 VA max (including plug-in, options, normal environmental conditions). Weights 3480A basic instrument: 11 lb 2 oz (5,25 kg). including options: 12 lb 8 oz (5,7 kg.). shipping: 17 lb (7,65 kg) . 34808 basic instrument: 12 lb 12 oz (5,71 kg). including options: 13 lb 8 oz (6, 15 kg). shipping: 18 lb (8,1 kg) . 3481A basic instrument: 2 lb 11 oz (1,2 kg). shipping: 5 lb (2,3 kg) . 3482A basic instrument: 4 lb (1,8 kg). including options: 4 lb 4 oz (1,9 kg) . shipping: 7 lb (3, 15 kg). 3484A basic instrument: 4 lb 6 oz (1,97 kg). including options: 6 lb 2 oz (2,76 kg). shipping: 8 lb (3,6 kg) . 3485A basic instrument: 5 lb 14 oz (2,6 kg) . including options: 7 lb 3 oz (3,2 kg). shipping: 8 lb 14 oz (4 kg). Section I 1-3 !. .,; Jo, ; - .,._ 4 _.,. . -._. l 1 ; . J r; , r I I -l I . : I ,/1 :-. : ( r -i 1 J J 1 Model l l l 80A Section II SECTION II IN STALLATI 0 N 2-1. INTRODUCTION. 2-2. This section contains installation and shipping infor- mation for the Model l l l 80A. 2-3. INITIAL INSPECTION. 2-4. Each l l l 80A has been carefully inspected prior to shipment and should be in perfect electrical order and free of mars or scratches. To confirm this, the instrument should be inspected upon receipt for damage that might have occurred in transit or for deficiencies otherwise. If there is damage due to shipping, file a claim with the carrier; if there are electrical or mechanical deficiencies not attributable to shipping, refer to the statement of warranty on the cover page of this manual. Use the procedures of Section V to check the instrument performance. Refer to Section I for the list of equipment supplied with the instrument. 2-5. INSTALLATION OF 11180A INTO 3480A/B. IMPORTANT 2-6. Contact your local Hewlett-Packard Sales and Service Office regarding installation of the 11l80A into an existing 3480A/B. (See Appendix B for office locations.) 2-7. STORAGE CONNECTOR. 2-8. See Table 3-1 for the signal arrangement at the Storage Connector. 2-9. REPACKAGING FOR SHIPMENT. 2-10. If the instrument is to be shipped to Hewlett-Packard for service or repair, attach a tag to the instrument describing the work to be accomplished and identifying the owner and instrument. Identify the instrument by serial number, model number and name in any correspondence. If you have any questions, contact your local Hewlett-Packard Sales and Service Office. See Appendix B for office locations. 2-11. If the original shipping container is to be used, place the instrument in the container with appropriate packing meterial and seal the container well with strong tape or metal bands. A new container may be purchased from your nearest -hp-Sales and Service Office. 2-12. If an -hp-container is not to be used, then use a heavy carton or wooden box with an inner container. Wrap the instrument with heavy paper or plastic and place cardboard strips across the face for protection before placing the instrument in the inner container. Use packing material around all sides of the inner container, and seal the outer container well with strong tape or metal bands. Mark the container with DELICATE INSTRUMENT, or FRAGILE. 2-1 : 1 l , .) J - .:.J J J r J 1 < . I . r r I .f r J Model l l l 80A Section III SECTION Ill OPERATING INSTRUCTIONS 3-1. INTRODUCTION. 3-2. Each stored reading includes all information generated by the 3480A/B including input voltage magnitude, range, function, polarity, and overload. Two additional digits are added to identify the reading number (i.e. numbers 1 through 50). All BCD output lines are isolated from the 3480A/B input terminals. Tables 3-1 and 3-2 describe the storage control signals and list the pin numbers of the control and data signals at the Storage Connector. Table 3-1. Storage Connector. d1 . I() . rc)I 52 I I - - I 75 76 100 PIN - SIGNAL PIN-SIGNAL PIN - SIGNAL I -A I 26 -C I 2 _ BI Scanner or Storage Units I.D. 2 7 _ DI 3-I 28-4 4-2 29-8 5-10 30-40 6-20 Data 31 -80 7-100 32 -400 8-200 33-800 9 -1000 34 -4000 83 -COMPUTER CONTROL ENABLE 84 -PRESET TRIGGER 0 10-2000 35 -8000 11 -OVER RANGE 36 -GROUND 12-GROUND 37-GROUND 13-A RAN(;E Tens Channel I.D. c( 38 -C RANGE 14-B RANGE on Scanner 39 -GROUND 15-D FUNCTION 40-RATIO 16-E FUNCTION Range on Scanner 41 -GROUND 17-POLARITY 42-GROUND 18-OVERLOAD 43-GROUND 19-IOA Storage Tens I.D. 51 MEASUREMENT HOLD UNHIBITS SAMPLING BUT ALLOWS ONE INPUT AND OUTPUT CYCLE TO TAKE PLACE) llllOA-1-21 1 OUTPUT CYCLE Figure 3-6. Measurement Hold. Measurement Hold may be used to automatically start one complete storage and output cycle by breaking this line momentarily. Sampling does not take place prior to or after a storage cycle. The proper number of triggers equal to the Storage Limit are counted automatically. MEASURE UP TO 1000/s UP TO 50,000/s ,-. ; 1 ms . 20s flfiJ UuulJ I I 1 STATUS FLAG I _.I INPUT CYCLE OUTPUT CYCLE STORAGE ENABLE COMPUTER CONTROL ENABLE INTERNAL MEASURE INHIBIT STORAGE LIMIT (10 20 OR 401 Figure 3-7. Computer Control Enable. COMPUTER CONTROL ENABLE may be grounded to allow readings to be gated into storage and out-of storage using the same line (MEASURE). PRINTER HOLD-OFF is no longer needed . STORAGE FLAG acknowledges each MEASURE in both storage and output cycles. Section III MEASURE I I I IOA-8-2527 I I 17T022s 16 TO 20s v 1 TO 2s Figure 3-8. Data Storage Timing. Data Storage running at a 50 kHz output rate. Each low going Measure is acknowledged with