HP (Hewlett-Packard) E42 manuel d'utilisation

[...]

TM 11-6625-2941-14&P TECHNICAL MANUAL OPERATOR’S, ORGANIZATIONAL, DIRECT SUPPORT, AND GENERAL SUPPORT MAINTENANCE MANUAL INCLUDING REPAIR PARTS AND SPECIAL TOOLS LIST FO R COUNTER, ELECTRONIC, DIGITAL READOUT AN/USM-45 9 (HEWLETT-PACKARD MODEL 5328A/E42) (NSN 6625-01-061-8928 ) HEADQUARTERS, DEPARTMENT OF THE ARM Y MARCH 1979[...]

[...]

This manual contains copyright material reproduced by permission of th e Hewlett-Packard Company. TM 11-6625-2941-14 + P Technical Manua l HEADQUARTERS, DEPARTMENT OF THE ARMY No. 11-6625-2941-14 + P Washington, DC 28 March 1979 OPERATOR’S, ORGANIZATIONAL, DIRECT SUPPORT, AND GENERAL SUPPORT MAINTENANCE MANUAL INCLUDING REPAIR PARTS AND SPECIAL T[...]

[...]

Model 5328A Table of Contents TABLE OF CONTENTS Section I GENERAL INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1. Scope of Manual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4. Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . [...]

Model 5328A Table of Contents TABLE OF CONTENTS (Continued) Section Page IV THEORY OF OPERATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1 4-1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1 4-3. Overall Description . . . . . . . . . . . . . . . . . .[...]

Model 5328A Table of Contents TABLE OF CONTENTS (Continued) Section Page V MAINTENANCE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-3. Assembly Designations . . . . . . . . . . . . . . . . [...]

Model 5328A List of Tables LIST OF TABLES Table Page 1-1. 1-2. 1-3. 3-1. 3-2. 3-3. 3-4. 3-5. 3-6. 4-1. 5-1. 5-2. 5-3. 5-4. 5-5. 5-6. 5-7. 5-8. 5-9. 5-1o. 5-11. 5-12. 5-13. 5-14. 5-15. 5-16. 6-1. 6-2. 6-3. Figure 1-1. 3-1. 3-2. 3-3. 3-4. 3-5. 3-6. 3-7. 3-8. 3-9. 3-10. 3-11. 3-13. Equipment Supplied . . . . . . . . . . . . . . . . . . . . . . . . . .[...]

Model 5328A List of Figures LIST OF FIGURES 4-1. 4-2. 4-3. 4-4. 4-5. 4-6. 4-7. 4-8. 4-9. 4-10. 5-1. 5-2. 5-3. 5-4. 5-5. 5-6. 5-7. 5-8. 5-8. 5-9. 5-10. 5-10. 5-10. 5-11. 5-11. 5-12. 8-1. 8-2. 8-3. 8-4. 8-5. 8-6. 8-7. 8-7. 8-8. 8-9. 8-10. 8-11. 8-12. 8-13. 8-14. 8-15. 8-16. 8-17. 8-18. 8-19. 8-20. 8-21. 8-22. 8-23. 8-24. 8-25. Basic Elements of the F[...]

Model 5328A Safety Considerations SAFETY CONSIDERATION S GENERAL This is a Safety Class I instrument. This instrument has been designed and tested according to IEC Publication 348, “Safety Requirements for Electronic Measuring Apparatus.” OPERATION BEFORE APPLYING POWER verify that the power transformer primary is matched to the available line [...]

Model 5328A Safety Considerations WARNIN G IF THIS INSTRUMENT IS TO BE ENERGIZED VIA AN AUTOTRANS- FORMER (FOR VOLTAGE REDUCTION] MAKE SURE THE COMMON TERMINAL IS CONNECTED TO THE EARTHED POLE OF THE POWER SOURCE. WARNIN G BEFORE SWITCHING ON THE INSTRUMENT, THE PROTECTIVE EARTH TERMINALS OF THE INSTRUMENT MUST BE CONNECTED TO THE PROTECTIVE CONDUC[...]

Model 5328A General Information Figure 1-1. Model 5328A 500 MHz Universal Frequency Counter 0[...]

TM 11-6625-2941-14&P SECTION O INTRODUCTION 0-1 . SCOPE This manual describes Counter, Electronic , Digital Readout AN/USM-459 and provides instructions for operation and maintenance. Throughout this manual , the AN/USM-459 is referred to as Hewlett-Packard Model 5328A Counter . 0-2 . INDEXES OF PUBLICATIONS a . DA Pam 310-4. Refer to the lates[...]

[...]

Model 5320A General Information SECTION I GENERAL INFORMATIO N 1-1. SCOPE OF MANUA L 1-2. This manual provides operating and service information for the Hewlett-Packard Model 5328A/H42 500 MHz Universal Frequency Counter. (In this manual its name will be abbreviated to “5328A” or “counter”.) A separate operators booklet contains condensed o[...]

Model 5328A General Information 1-8. APPLICATION S 1-9. Specific applications information is provided in Section III of this manual. The general application features of the 5328A are described in the following paragraphs. 1-10. The high sensitivity, frequency range, and signal conditioning controls (see Table 7-3) make the 5328A suited for a wide r[...]

Model 5328A General Information Table 1-3. 5328A Counter Specifications GENERAL Power Requirements: 115 or 230 volts 60 or 400 Hz ac. Display: Nine-digit LED. Sample Rate: Variable from less than 2 milli- seconds to HOLD. Arming: Rear panel ARM (ON-OFF) switch. Refer to operation for details. Blanking: Unwanted zeros to left of most- significant-di[...]

Model 5328A General Information Table 7-3. 5328A Counter Specifications (Continued) CHANNEL C Input Characteristics Range: 30 MHz to 500 MHz direct count Sensitivity: 15 mV rms, 30 MHz—500 MHz Trigger level: 0 volts Impedance: 50fl nominal Maximum Input: 5 volts rms Input protection: Input BNC fused; accessible from front panel. protected to 200 [...]

Model 5328A Installation SECTION I I INSTALLATIO N 2-1. INTRODUCTIO N 2-2. This section provides instructions for unpacking, inspection, preparation for use, ship- ment, and storage. 2-3. UNPACKING AND INSPECTION 2-4. If the shipping carton is damaged, inspect the counter for visible damage (scratches, dents, etc.). If the counter is damaged, notif[...]

Model 5328A Installation 2-11. To accommodate the different power receptacles used throughout the world, this instru- ment is supplied with one of the power cables shown in Figure 2-7. The cable supplied for use in the United States meets the specifications established by the International Electrotechnical Commission (lEC). The male connector of th[...]

Model 5328A Installation 2-24. Other Packaging Methods 2-25. If factory packaging is not available, good commercial packing should be used. Contract packaging companies in many cities can provide dependable custom packaging on short notice. The following general instructions should be followed when repackaging with commercially available materials.[...]

[...]

Model 5328A Operation SECTION Il l OPERATIO N (OPERATORS INSTRUCTIONS ) 3-1. INTRODUCTIO N 3-2. This section contains information necessary to understand how to control and use the counter. Specific details and examples are provided for making measurements of frequency, period, period average, time interval and time interval average, and ratio. How[...]

Model 5328A Operation Figure 3-1. Measuring Linearity 3-9. PERIOD MEASUREMENT S 3-10. The PERIOD and PERIOD AVG functions allow single period measurement or multiple period averages to be made on input signals into Channel A for frequencies up to 10 MHz. These modes are useful for making low frequency measurements where maximum resolution is desire[...]

Model 5328A Operation 3-13. TIME INTERVAL MEASUREMENTS 3-14. One of two time interval functions can be selected, time interval or time interval average. These functions measure the time interval between a START signal at the Channel A input and STOP signal at the Channel B input. If both the START and the STOP signals are derived from the same sign[...]

Model 5328A Operation 3–18. To set up a time interval measurement, the marker outputs may be monitored on an oscilloscope (see Figure 3-5) to indicate where the channels are triggering with relation to the time interval of interest. The GATE/MARKER OUT is high during the time interval being measured. Figure 3-5. Monitoring Marker Outputs 3–19. [...]

Model 5328A Operation 1. LINE switch 0. In STBY position with light on, supplies power to oven of the high stability time base to maintain a constant temperature for the crystal. In OPER position, supplies normal operating power to the instrument. 2. RESET button~. Resets display and internal count to zero. When continuously depressed, lights all s[...]

Model 5328A Operation Figure 3-6. 5328A Front Panel Operation Summary (Continued) 3-6[...]

Model 5328A Operation Figure 3-7. 5328A Rear Panel Controls and Connectors 3-7[...]

Model 5328A Operation 3-25. FUNCTION OF CONTROLS, INDICATORS, INPUTS, AND OUTPUTS 3-26. The following paragraphs provide a detailed description of the function of controls, indi- cators, and connectors. 3-27. Display 3-28. The 5328A counter display consists of nine-digit, seven-segment LED display and annun- ciators for indicating the measurement u[...]

Model 5328A Operation Table 3-1. Arming Status 3-37. Frequency Resolution, N Switch 3-38. The FREQUENCY RESOLUTION, N switch determines the amount of time that the counter’s main gate is open for a particular measurement when the Main Gate FF (refer to Section IV) determines the gate time. Depending on the measurement, this time results in a cert[...]

Model 5328A Operation 3-40. Input Channel Section 3-41. Two separate inputs are provided on the right side of the panel. The A and B inputs are identical in specification and identical controls are provided for each input to allow maximum versatility and accuracy. 3-42. HP-IB PROGRAMMABLE INPUT CONTROLS. In COM A position, the output of the Channel[...]

Model 5328A Operation 3-47. SLOPE SWITCH. The ±SLOPE switch (provided for each channel) determines which slope of the input signal will trigger the counter. As a simple example, (Figure 3-9) if the pulse width of a positive pulse is to be measured, the A channel slope switch would be set to “+” and the B chan- nel would be set to “-” (for [...]

Model 5328A Operation 3-49. Channel C Input 3-50. The CHANNEL C 500 MHz 500 input is useful for higher frequency signals out of the A and B input channel range (0 to 100 MHz). CAUTION The “C” channel input signal should be limited to 5 volts maximum. If this limit is exceeded the inline fuse may open (blow). 3-51. “C” Channel Overload lndic[...]

Model 5320A Operation 3-59. Marker Outputs 3-60. Two marker output connectors are mounted on the front panel. These outputs represent the Channel A and Channel B Schmitt triggers. The outputs provide 0 to 300 mV levels into 50Q delayed by less than 20 ns. These outputs are useful for oscilloscope monitoring, Time interval measurement setups are sim[...]

Model 5328A Operation 3-73. The five right-hand switches, AS through A1, set the talk and listen addresses to the 5328A when it is used in the ADDRESSABLE mode. Table 3-4 shows the possible address settings and the corresponding ASCII codes for talk and listen addresses. Table 3-4. Addresssing 3-14[...]

Model 5320A Operation 3–74. Table 3–5 gives the program code set for the 5328AF/096H42. All Function, Frequency Resolution, N and Channel A/B Signal Conditioning are analogous to the corresponding front- panel operations described previously. Table 3-5. Program Code Set 3-15[...]

Model 5328A Operation 3-75. MEASUREMENT OUTPUT FORMAT 3-76. The 5328AF/096/H42 transmits the following string of characters to output a measurement: 3-77. BUS COMMAND S 3-78. The 5328AF/096/H42 obeys the following HP-1 B Universal Commands and Addressed Commands (ASCII codes shown in parenthesis and in Table 3-6). a. Universal Commands: LLO Local L[...]

Model 5328A Operation b. Addressed Commands: GTL Go To Local (ASCII SOH) Returns the 5328A to local (manual) control from remote control. SDC Selected Device Clear (ASCII EOT) Responds as with Device Clear or program code “P”. GET Group Execute Trigger (ASCII BS) Starts a measurement. This command provides the quickest method to start a measure[...]

Model 5328A Operation 3-79. PROGRAM EXAMPLES 3-80. The following examples illustrate the programming capability of the 5328AF/096/H42, using the HP9825A Desktop Computer as a computing controller. 3-81. Example 1 3-82. This program sets the 5328AFA/096/H42 into its CHECK mode, with 1 Hz resolution. The program takes a measurement (trg 701) and read[...]

Model 5328A Operation 3-83. Example 2 3-84. This program sets the 5328AF/096/H42 into its Frequency mode with 1Hz resolution. The program takes a frequency measurement, reads it into the A register of the HP9825A, and prints the results. The calculator computes the period from the frequency measurement and prints the calculated period. The program [...]

[...]

Model 5328A Theory of Operation SECTION I V THEORY OF OPERATIO N 4-1. INTRODUCTIO N 4-2. This section contains a description of the operating principles of the counter in reference to an overall block diagram in this section and to individual block and schematic diagrams in Section Vlll. 4-3. OVERALL DESCRIPTION 4-4. The 5328A is a 500 MHz universa[...]

Model 5328A Theory of Operation 4-9. INPUT AMPLIFIER AND TRIGGER — essentially conditions the input signal to a form that is compatible with the internal circuitry of the counter. As Figure 4-7 indicates, the output of the amplifier/trigger is a pulse train where each pulse corresponds to one cycle or event of the input signal. 4-10. TIME BASE OS[...]

Model 5328A Theory of Operation 4-18. Ratio 4-19. By replacing the time base with a second input of frequency, f 2 ; the same configuration as in Figure 4-2 can be used to measure the ratio f 2 /f. For higher resolution the signal at fre- quency f can be divided in decade steps in a manner identical to multiple period averaging. 4-20. Time Interval[...]

Model 5328A Theory of Operation 4-24. Resolution 4-25. The resolution of the measurement is determined by the frequency of the counted clock (e.g., a 10 MHz clock provides 100 ns resolution). The elements within the time interval counter (input amplifier, main gate, DCA’s) must operate at speeds consistent with the clock frequency, otherwise the [...]

Model 5328A Theory of Operation Figure 4-5, Synchronizer Operation with Time Interval Averaging 4-33. There are occasional situations where time interval averaging cannot be performed on a periodic signal. This problem occurs when the input time interval repetition rate is synchro- nous with the internal clock. 4-34. SOURCES OF MEASUREMENT ERROR 4-[...]

Model 5328A Theory of Operation 4-38. FREQUENCY MEASUREMENT ERROR. The error caused by the ambiguity is in ab- solute terms, ±1 of the accumulated count. For a frequency measurement the signal counted is the input signal of frequency, f in . Thus the relative error is given by: ±1 count error, relative frequency measurement error (2) 4-39. PERIOD[...]

Model 5328A Theory of Operation 4--47. For time interval measurements, trigger error is generally negligible when compared to the systematic error introduced by the uncertainty in the setting of trigger levels. For an un- certainty in trigger level of ±10 millivolt and a peak noise voltage of one millivolt, trigger error is a factor of five less t[...]

Model 5328A Theory of Operation Figure 4-8. Block Diagram 4-8[...]

Model 5328A Theory of Operation counting decades, output multiplexing logic, and synchronizers to generate precise timing signals for the main gate. The oscillator section contains the input/output logic to accept an external signal via the rear panel or an internal signal from the oven-regulated crystal oscillator. 4-54. The sample rate circuit co[...]

Model 5328A Theory of Operation 4-64. Display Control 4-65. The display control section on Al Motherboard acts as an interface between the A16 Display board and the other circuits of the counter. 4-66. The outputs of the A16 Display Board FUNCTION and RESOLUTION switches go to the ROM (A1U37). The outputs of the ROM position the decimal point and a[...]

Model 5328A Theory of Operation 4-77. All measurements performed by the 5328A result in pulses being counted in the DCA. Pulses are admitted to the DCA by way of the Main Gate FF on A4 which is either controlled by a Gate Out signal from the Time Base (A1U19) or held open by the HOPN signal from A1U25. 4-78. Data strobe signals, transfer pulses, re[...]

Model 5328A Theory of Operation 4-87. +15V FAN POWER. The +15V supply is a simple linear regulator using transistor Q7 as the pass transistor. Transistor Q2 provides level shifting and current gain while U3 is used as comparator and gain block. The 5328A cooling fan motor receives power from A20. A20 is a sealed unit which produces an alternating c[...]

Model 5328A Theory of Operation 4-96. Time Base Multiplexer and Main Gate FF 4-97. Time Base Multiplexer U10 select either A, B, or OSC to send the Time Base Input (TBI) signal via pin 8 to the Time Base. This same signal is also sent to U1, the Main Gate FF, as a desynchronizing signal. ROM lines R(HTBA), R(HTBO), and R(HTBB) control the selection[...]

Model 5328A Theory of Operation 4-107. REMOTE CONTROLLABLE DIAGRAM DESCRIPTION (PROGRAMMABLE) INPUT BLOCK 4-108. I n the local mode, the A19 Switch Control board generates TTL levels that control the A12 signal conditioning relays. These levels allow front panel control of A and B channel input signal conditioning. The A19 board accepts inverted A [...]

Model 5328A Theory of Operation 4-112 . When the interface receives a data byte, for control of trigger levels, it goes into the DAC control mode. This is a result of the interface receiving a + or - on its input data lines. Once in the DAC control mode, the programming interface latches disregard the information at their input. Simultaneously, the[...]

Model 5328A Theory of Operation 4-114. The A11 DAC board processes the four serial data bytes, and produces one parallel BCD output. The BCD output provides the information for generating a square wave train by using a series of rate multipliers. The square wave train has an average duty cycle proportional to the input code supplied to the rate mul[...]

Model 5328A Theory of Operation and the exclusive OR gate U2. Schmitt trigger U4 has approximately 15 mV peak-to-peak hysteresis at its input. Exclusive OR gate U2 is used to select the desired slope of the input waveform. When pin 7 of U2 is held to an ECL high level (SLOPE switch in + position), U2 acts as an inverter. When pin 7 goes low (SLOPE [...]

Model 5328A Theory of Operation 4-133. When the 5328A goes into remote, LEXT goes low. The low, on LEXT, causes the output of A1 Motherboard switch control circuit to go from -0.7 volts to +5 volts. This change, disables front panel switch control on the A16 and the A19 boards. When LEXT is low, U17(4) connected to tri-state buffers U2 pin 1 and U9[...]

Model 5328A Theory of Operation Since the condition of the MA and MB lines remains the same, the Channel A DAC receives the clock pulses. On the negative transition of the clock pulse, the + or - is shifted into the A channel DAC shift registers A10U7 and U11. 4-145. Following the format, the next data byte on MDA-MDD will be a number. The MDA- MDD[...]

Model 5328A Theory of Operation 4-155. Averager U4 converts the current pulses supplied via CR10 into a dc output voltage. The averager generates the output voltage proportional to the duty cycle of the input current pulses. 4-156. A8 Channel C Input 4-157, The A8 board contains circuitry to amplify and detect input signals up to 500 MHz, a divide-[...]

Model 5328A Theory of Operation talk or listen addresses on the data lines (DIO1—DIO8). Addresses are set into each device at the time of system configuration either by switches built into the device or by jumpers on a PC board. While the ATN line is low, all devices must listen to the data lines. When the ATN line is high, only devices that have[...]

Model 5328A Theory of Operation 4-178. Overall Operation 4-179. The heart of the HP-IB Interface is a 256 state algorithmic state machine (ASM) con- trolled by a 256x16 ROM (U22) as shown in the block diagram. This state machine has two dif- ferent format states determined by the format (F) bit from U22. One state (F=0) is an output mode state wher[...]

Model 5328A Theory of Operation the use of the letter “N” in a decision diamond symbol. ) The preset (jump) is synchronous and only occurs when pin 9 of U14 and U23 is low and when there is a rising edge at pin 2 of U14 and U23. FF U31A synchronizes the reset of the State Counters to occur at the proper time. 4-190. ASM OSCILLATOR. As shown in [...]

Model 5328A Theory of Operation operation of the state control circuit U4 on the motherboard. Diode CR3 ensures that LINH is low to inhibit the counter during the time that LRST is low. 4-197. STROBE ENABLE DECODER. Decoder U13 is a 4- to lo-line decoder used to strobe the various storage latches. Pins 1, 14, and 15 are used to select the device to[...]

Model 5328A Maintenance SECTION V MAINTENANC E 5-1. INTRODUCTIO N 5–2. This section gives maintenance and service information. Included is a table of assemblies, recommended test equipment, a performance test, (which may be used to verify proper counter operations) and adjustments. 5-3. 5-4. used 5-5. 5-6. ASSEMBLY DESIGNATIONS Table 5-1 lists th[...]

Model 5328A Maintenance Table 5-2. Recommended Test Equipment 5-9. PREVENTIVE MAINTENANC E 5-10. Preventive maintenance consists of periodic inspection, cleaning, performance checks, and oscillator calibration. Table 5-3 lists the recommended schedule of preventive maintenance routines. Table 5-3. Preventive Maintenance 5-2[...]

Model 5328A Maintenance 5-11. Inspection 5-12. The 5328A should be inspected for indications of mechanical and electrical defects. Elec- tronic components that show signs of overheating, leakage, frayed insulation, and other signs of deterioration should be checked and a thorough investigation of the associated circuitry should be made to verify pr[...]

Model 5328A Maintenance Table 5-4. Performance Test 1. SENSITIVITY - Channel A Specification: 15 mV rms, 0-35 MHz (dc coupled) 20 Hz-35 MHz (ac coupled) 50 mV rms, 35 MHz-100 MHz Description: A signal generator with calibrated output is set to the specified 5328 signal sensitivity level and varied over the specified frequency range. The counter mus[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) b. 10 MHz to 100 MHz Setup: 2. (1) DC coupled 10 MHz to 100 MHz . Set the 5328A to DC COUPLING. . Set the “8601A for an output level of 15 mV rms as measured on the 3436A RF voltmeter. Vary the 6601A’s frequency from 10 MHz to 35 MHz and verify that the counter displays correct fre[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) a. 10 Hz to 10 MHz Setup: (1) DC coupled 10 Hz to 10 MHz l Set counter No. 1 (HP 5328A) to DC coupling (B channel). SEP, LEVEL B to PRESET, ATTEN X1 (B channel), l Set the 651B to 15 mV rms. Vary the 6516’s frequency from 10 Hz to 10 MHz and verify that the 5328A Channel B MARKER OUT[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) (1) DC coupled 10 MHz to 100 MHz . Set Counter No. 1 (HP 5328A] to DC coupling (B channel). l Set the 8601A for an output level of 15 mV rms as measured on the 3406A RF voltmeter. Vary the 8601A’s frequency from 10 MHz to 35 MHz and verify that the 5328A Channel B MARKER OUTPUT is th[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) 4. PERIOD AND PERIOD AVERAGE Specification: PER A - counter will measure periods of signals to 10 MHz with resolutions from 10 ns to 0.1s in decade steps. PER AVG A - counter will measure periods of signals to 10 MHz with resolutions from 100 ns to 0.01 ps in decade steps. The number o[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) Setup: 6. Set the 5328A Function switch to RATlO B/A: Freq Resolution. N switch to 1 kHz, I@: Level A and B to PRESET; AC coupling on both channels; X10 ATTEN on both channels; COM A. Verify that the counter displays 1.000. Mark results on performance test record. Set the 5328A Functio[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) l Set the 651B to 1.0 MHz and 500 mV rms. . Set the 5328A Function switch to T.I. A-B; Freq Resolution, N switch to 1 MHz, 1; Level A and B to PRESET; AC coupling on both channels, X1 ATTEN on both channels, COM A. l Set the Channel A SLOPE to (+) and the Channel B SLOPE to (–). Veri[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) 8. REMOTE PROGRAMMING TEST Setup: 5-11[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) . Set the pulse generator for the following output: a. (-) SLOPE TEST Execute the following from the 9825A keyboard: wrt 701, “PF8G1S13A57+000*B57+000*R” Counter should display 20 µ S ±10 µs. Mark results on performance test record. b. (+) SLOPE TEST . Press RESET button on HP 5[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) l Counter should display 20 µ S ±10 µs. Mark results on performance test record. c. AC/DC TEST l Press RESET button on 5328A and set both channels A and B to AC coupling. l Execute the following from the 9825A keyboard: wrt 701, “PF8G1S13A37+000*B37+000*R” l Counter should displ[...]

Model 5328A Maintenance Tab/e 5-4. Performance Test (Continued) f. ATTEN X1, X10, X100 TEST Setup: . Set the 651B to 1 kHz at an output level of 25 mV rms. (1) ATTEN X1 TEST . Execute the following from the 9825A keyboard: wrt 701, “PF4G5S13A379+000*B37+000*R” . Observe that both channel A and B trigger lights are blinking. (2) ATTEN X10 TEST .[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued) 9. REMOTE TRIGGER LEVEL TEST Setup: 5-15[...]

Model 5328A Maintenance Table 5-4. Performance Test [Continued) . Set channels A and B of the 5328A to DC coupling, COM A, X1 ATTEN, and FREQ A. . Set the 6516 Test Oscillator for an output of 100 Hz at 6 volts peak-to-peak. Center the signal on the oscilloscope B channel display. l Execute the following from the 9825A keyboard: wrt 701, “PF4G6S1[...]

Model 5328A Maintenance Table 5-4. Performance Test (Continued] Connect the 5328A A MARKER output to the A channel of the position of the A MARKER as described above and the 100 Hz sinewave at +2 volts. Execute the following from the 9825A keyboard: wrt 701, “PF4G6S13A379-200*B37-200*R“ the oscilloscope. Adjust verify that it intersects Adjust [...]

[...]

Model 5328A Maintenance PERFORMANCE CHECK TEST CARD 5328A Date RESULTS TEST DESCRIPTION PASS FAIL 1 a. Sensitivity, Channel A (1) 10 Hz-10 MHz, dc (2) 20 Hz-10 MHz, ac b. Sensitivity, Channel A (1) 10 MHz-100 MHz, dc (2) 10 MHz-100 MHz, ac 2 a. Sensitivity, Channel A (1) 10 Hz-10 MHz, dc (2) 20 Hz-10 MHz, ac b. Sensitivity, Channel B (1) 10 MHz-100[...]

[...]

Model 5328A Maintenance PERFORMANCE CHECK TEST CARD 5328A TEST 5 6 7 8 DESCRIPTION RATIO B/A 1.000 display RATlO C/A 1.000 display TIME INTERVAL AND TIME INTERVAL AVERAGE TI A-B -0.5 µsec display TI AVG A-B, (+) to (-), 500.XXXX nsec display TI AVG A-B, (-) to (+), 500.XXXX nsec display GATE/MARKER OUT AND SAMPLE RATE REMOTE PROGRAMMING a. b. c. d[...]

[...]

Model 5328A Maintenance 5-22. ADJUSTMENT S 5-23. Adjustment procedures are provided for the oscillator and for the time interval unit (sensitivity). The adjustments should not be done unless: a. A trouble has been repaired which would affect these values. b. The instrument does not meet all specifications while performing the check in Table 5-4 (Pe[...]

Model 5328A Maintenance c. d. e. f. g. h. Set 5328A rear panel control as follows: ARM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . OFF Connect HP 608E Signal Generator (or equivalent) to INPUT A. Set signal gen- erator to 35 MHz at 50 mV rms (140 mV p-p). Slowly decrease the signal generators output[...]

Model 5328A Maintenance It is very important that the DAC adjustments be performed after the A and B channels sensitivity adjustment. In this adjustment, follow the procedure outlined on page 12 of the Option 041 Manual but adjust for optimum sensitivity by continuing to decrease the signal generator level below 25 mV rms and adjusting the A12R26, [...]

Model 5328A Maintenance Figure 5-2. DAC Adjustment Equipment Connections 5-22[...]

Model 5328A Maintenance Figure 5-3. DAC Adjustment oscilloscope readout and adjustment locations 5-23[...]

Model 5328A Maintenance 5-26. Adjustment of A3 Oscillator Support 1. Connect 5328A, HP 8640, and HP 180 as shown in Figure 5-4. Figure 5-4. Hookup For A3 Oscillator Support Adjustment 2. Place A3 on an extender board, 3. Apply a 1 MHz signal at a level greater than 1V rms to the 5328A rear-panel EXT OSC IN. 4. With scope probe, monitor A3U2 (6) non[...]

Model 5328A Maintenance Figure 5-5. A3 Jittler Adjustment 5-25[...]

Model 5328A Maintenance 5-33. IC Troubleshooting 5-34. To troubleshoot the IC’s on the A1 Motherboard, proceed as follows: a. Set the FUNCTION switch to CHECK. b. Set the FREQ RESOLUTION, N switch to 1 MHz, 1. c. Remove top cover and remove A4 Function Selector Assembly. d. Apply power and check for the logic states as shown in Table 5-5, using a[...]

Model 5328A Maintenance Table 5-5 IC Troubleshooting, A1 Motherboard 5-27[...]

Model 5328A Maintenance Table 5-5. IC Troubleshooting, A1 Motherboard (Continued) 5-28[...]

Model 5328A Maintenance Table 5-5. IC Troubleshooting, A1 Motherboard (Continued) 5-29[...]

Model 5328A Maintenance Table 5-5. lC Troubleshooting, A1 Motherboard (Continued) Table 5-6. 5328A Functional Signals 5-37. HP-IB VERIFICATION USING THE HP9825A 5-38. The following program checks the 5328AF/096/H42 for proper operation on the HP-IB. The program is designed to operate with the 5328AF/096/H42 connected to a HP9825A Desktop Computer a[...]

Model 5328A Maintenance 5-39. To perform the verification, connect the 5328AF/096/H42 as shown in Figure 5-6, and set the rear panel address switches to decimal equivalent one. Figure 5-6. System Configuration 5-40. The program listed in Table 5-7 may be keyed into the 9825A or may be loaded from an HP-IB Verification cassette, HP P/N 59300-10001, [...]

Model 5328A Maintenance Figure 5-7. Sample Printout 5-32[...]

Model 5328A Maintenance Table 5-7. Program Listing 5-33[...]

Model 5328A Maintenance Table 5-7. Program Listing (Continued) 5-34[...]

Model 5328A Maintenance Table 5-7. Program Listing (Continued) 5-35[...]

Model 5328A Maintenance Table 5-8A. Program Description Check Point Test Observe on 5328A 1 REMOTE Front panel (RMT) annunciator should be on. 2 CHECK Counter should read 10.000 MHz. 3 RESOLUTION The 9825A should print and counter display the 10 MHz check signal with resolutions from 0.1 Hz to 1.0 MHz. 4 FREQ A Counter display should read 0.0000 KH[...]

Model 5328A Maintenance Table 5-8B. Program Description Check Point 13 14 15 16 Step 1 2 3 4 5 6 7 8 9 10 11 12 Test ATTENUATOR SEPARATE/ COMMON NORMAL/ INVERTED COUPLING SLOPE/ TRIGGER LEVEL Channel B + SLOPE Channel B - SLOPE Channel A + SLOPE Channel A - SLOPE Counter Display Readout Set the function generator to an output of 1 kHz, 100 mV p-p s[...]

Model 5328A Maintenance Table 5-8C. HP-IR Bus Commands Check Point Test 17 LOCAL When the 9825A CONTINUE key is pressed, verify that counter (RMT) LOCKOUT annunciator is on. (LLO) When the 9825A CONTINUE key is again pressed, verify Local Lockout by pressing front panel RESET button and ensuring counter doesn’t go into Local operation. (RMT annun[...]

Model 5328A Maintenance Table 5-9. 5328A A15 Qualifiers and Signal Mnemonics 5-39[...]

Model 5328A Maintenance Table 5-9. 5328A A15 Qualifiers and Signal Mnemonics (Continued) OUTPUTS Signal Source Description LLIS Unlisten HLIS Listen LTLK Untalk HTLK Talk LSP Serial Poll Disable HSP Serial Poll Enable LMA Enable Function Code Latch Input Module Select Code. Also used in putting out Exponent HMA Opposite of LMA LS Measurement does n[...]

Model 5328A Maintenance 5-43. TROUBLESHOOTING INPUT CHANNEL S 5-44. The main function of the input channels is to perform input signal conditioning via either local or remote control, Therefore, effective problem diagnosis is divided into two sections, local and remote. It is most efficient to assure proper local operation before remote section tro[...]

Model 5328A Maintenance 5-51. Programming Logic Troubleshooting includes Tables 5-12 and 5-13. Table 5-12 Program Interface Operation shows the necessary levels that the A10 must generate in any function. Input and Output codes for ROM (A10U7) are contained in Table 5-13. 5-52. DAC Troubleshooting includes a checkout procedure that does not require[...]

Model 5328A Maintenance Table 5-12. Program Interface Operation Table 5-13. ROM (A10U7) Input/Output Code 5-43[...]

Model 5328A Maintenance Table 5–14. A11 DAC Logic Levels Table 5-15. A 11 DAC Signals Table 5-16. A11 DAC Troubleshooting 5-4 4[...]

Model 5328A Maintenance 5-54. REMOVAL AND REPLACEMENT INSTRUCTIONS 5-55. Removal and replacement instructions are provided for the instrument cover, the time interval module (assemblies A10 and A19) and A16 Display Assembly. 5-56. Instrument Cover Removal 5-57. To remove top or bottom cover, remove the screw at the rear edge that secures cover to i[...]

Model 5328A Maintenance d. Remove the two machine screws that secure the top of the display front panel to the top of the cast front-panel frame. e. Turn the 5328A on its side and remove the two machine screws that secure the bottom of the display front panel to the bottom of the cast front-panel frame. f. Slightly loosen all remaining machine scre[...]

Figure 5-10. Assembly Flowchart (Sheet 1 of 3) 5-47[...]

5-49 Figure 5-10. Assembly Flowchart (Sheet 2 of 3)[...]

5-51 Figure 5-10. Assembly Flowchart (Sheet 3 of 3)[...]

5-52 Figure 5-1 1. Local T roubleshooting Flowchart (Sheet 1 of 2)[...]

5-53 Figure 5-1 1. Address Switch T roubleshooting Flowchart[...]

5-54 Figure 5-12. ADDRESS SWITCH T roubleshooting Flowchart[...]

Model 5328A Replaceable Parts SECTION V I REPLACEABLE PART S 6-1. INTRODUCTIO N 6-2. This section contains information for ordering replacement parts. Table 6-7 lists parts in alphanumerical order of their reference designators and indicates the description and HP PART Number of each part, together with any applicable notes. The table includes the [...]

Model 5328A Replaceable Parts 6- 2[...]

Model 5328A Replaceable Parts 6-5. HP PART NUMBER ORGANIZATION 6-6. Following is a general description of the HP part number system. 6-7. Component Parts and Materials 6-8. Generally, the prefix of HP part numbers identifies the type of device. Eight digit part numbers are used, where the four-digit prefix identifies the type of component, part, or[...]

Model 5328A Replaceable Parts 6-10. General Usage Parts 6-11. The following list gives the prefixes for HP manufactured parts used in several instru- ments, e.g., side frames, feet, top and bottom covers, etc. These are eight-digit part numbers with the four-digit prefix identifying the type of parts as shown below: Type of Part Prefix Sheet Metal [...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A1 05328-60028 9 1 MOTHER (MAIN) BOARD, SERIES 1804 28480 05328-60028 A1C1 NOT ASSIGNED A1C2 NOT ASSIGNED A1C3 0180-1735 2 1 CAPACITOR-FXD .22UF+-10% 35VDC TA 56389 150D224X9035A2 A1C4 0160-0161 4 1 CAPACITOR-FXD [...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A1R15 1810-0041 9 2 NETWORK-RES 9-PIN-SIP .15-PIN-SPCG 28480 1810-0041 A1R16 0683-1025 9 RESISTOR 1K 5% .25W FC TC=-400/+600 01121 CB1025 A1R17 0683-1035 1 RESISTOR 10K 5% .25W FC TC=-400/+700 01121 CB[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A1U26 1820-0301 5 IC LCH TTL D-TYPE 4-BIT 01295 SN7475N A1U27 1820-0301 5 IC LCH TTL D-TYPE 4-BIT 01295 SN7475N A1U28 1820-0538 0 2 IC GATE TTL NOR DUAL 4-INP 01295 SN7423N A1U29 1820-0282 1 IC GATE TT[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A2F1 2110-0002 9 2 FUSE 2A 250V FAST-BLO 1.25X.25 UL IEC 75915 312002 A2F2 2110-0002 9 FUSE 2A 250V FAST-BLO 1.25X.25 UL IEC 75915 312002 A2L1 9100-3017 8 2 INDUCTOR:FXD: 300UH AT 5A DC 28480 9100-3017[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A3C6 0160-0576 5 CAPACITOR-FXD .1UF +-20% 50VDC CER 28480 0160-0576 A3C7 0160-3876 4 1 CAPACITOR-FXD 47PF +-20% 200VDC CER 28480 0160-3876 A3C9 0160-2055 9 CAPACITOR-FXD .01UF +80-20% 100VDC CER 28480 [...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A4C11 0160-0342 3 1 CAPACITOR-FXD 800PF +-1% 300VDC MICA 28480 0160-0342 A4C12 0140-0214 6 1 CAPACITOR-FXD 60PF +-5% 300VDC MICA 72136 DM15E600J0300WV1CR A4C13 0160-2055 9 CAPACITOR-FXD .01UF +80-20% 1[...]

MODEL 5328A REPLACEABLE PARTS REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A8 05328-60032 5 1 "C" CHANNEL INPUT (SERIES 1736) 28480 05328-60032 A8C1 0160-4084 8 6 CAPACITOR-FXD .1UF +-20% 50VDC CER 28480 0160-4084 A8C2 0180-0428 8 16 CAPACITOR-FXD 68UF+-20% 6VDC TA 28480 0180-0428 A8C3 0180-0428 8 CAPACITO[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A8R6 0683-1035 1 RESISTOR 10K 5% .25W FC TC=-400/+700 01121 CB1035 A8R7 0683-1215 9 RESISTOR 120 5% .25W FC TC=-400/+600 01121 CB1215 A8R8 0683-8215 3 4 RESISTOR 820 5% .25W FC TC=-400/+600 01121 CB821[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A8R75 0683-1525 4 7 RESISTOR 1.5K 5% .25W FC TC=-400/+700 01121 CB1525 A8R76 0683-5125 8 RESISTOR 5.1K 5% .25W FC TC=-400/+700 01121 CB5125 A8R77 0683-5615 1 RESISTOR 560 5% .25W FC TC=-400/+600 01121 [...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A10R6 0683-2025 1 RESISTOR 2K 5% .25W FC TC=-400/+700 01121 CB2025 A10R7 0683-2225 3 3 RESISTOR 2.2K 5% .25W FC TC=-400/+700 01121 CB2225 A10R8 0683-4725 2 9 RESISTOR 4.7K 5% .25W FC TC=-400/+700 01121[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A11CR1 1901-0179 7 12 DIODE-SWITCHING 15V 50MA 750PS DO-7 28480 1901-0179 A11CR2 1901-0179 7 DIODE-SWITCHING 15V 50MA 750PS DO-7 28480 1901-0179 A11CR3 1901-0179 7 DIODE-SWITCHING 15V 50MA 750PS DO-7 2[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A11R34 0683-2015 9 RESISTOR 200 5% .25W FC TC=-400/+600 01121 CB2015 A11R35 0698-3153 9 RESISTOR 3.83K 1% .125W F TC=0+-100 24546 C4-1/8-T0-3831-F A11R36 0683-6215 9 RESISTOR 620 5% .25W FC TC=-400/+60[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A12C11 0160-0128 3 CAPACITOR-FXD 2.2UF +-20% 50VDC CER 28480 0160-0128 A12C12 0180-0428 8 CAPACITOR-FXD 68UF+-20% 6VDC TA 28480 0180-0428 A12C13 0180-0428 8 CAPACITOR-FXD 68UF+-20% 6VDC TA 28480 0180-0[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A12R6 0683-3925 2 RESISTOR 3.9K 5% .25W FC TC=-400/+700 01121 CB3925 A12R7 0683-4725 2 RESISTOR 4.7K 5% .25W FC TC=-400/+700 01121 CB4725 A12R8 0698-5999 5 RESISTOR 4.7K 5% .125W CC TC=-350/+857 01121 [...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A15C6 0170-0024 9 1 CAPACITOR-FXD .022UF +-20% 200VDC POLYE 28480 0170-0024 A15C7 0180-0229 7 2 CAPACITOR-FXD 33UF+-10% 10VDC TA 56289 150D336X901082 A15C8 0180-0229 7 CAPACITOR-FXD 33UF+-10% 10VDC TA [...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A15U21 1820-0174 0 IC INV TTL HEX 1-INP 01295 SN7404N A15U22 1818-2253 5 1 28480 1818-2253 A15U23 1820-1057 0 IC CNTR TTL L BIN SYNCHRO POS-EDGE-TRIG 27014 DM86L76N A15U24 1820-0876 9 1 IC LCH TTL L D-[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A16R6 2100-3455 1 1 RESISTOR-VAR CONTROL CCP 2.5M 20% 10CW 01121 WP4G048P255RZ A16R7 0683-2005 7 RESISTOR 20 5% .25W FC TC=-400/+500 01121 CB2005 A16R8 0683-3325 6 RESISTOR 3.3K 5% .25W FC TC=-400/+700[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE A19R21 0683-6815 5 2 RESISTOR 680 5% FC TC=-400/+600 01121 CR6815 A19R22 0683-1525 4 RESISTOR 1.5K 5% .25W FC TC=-400/+700 01121 CB1525 A19R23 0683-3315 4 RESISTOR 330 5% .25W FC TC=-400/+600 01121 CB3[...]

MODEL 5328A REPLACEABLE PARTS TABLE 6-1. REPLACEABLE PARTS (CONTINUED) REFERENCE HP PART QTY DESCRIPTION MFR MFR PART NUMBER DESIGNATION NUMBER CODE CHASSIS PARTS B1 0950-1589 7 1 FAN AND CONTROL MODULE ASSEMBLY 28480 0950-1589 C1A 0160-0676 6 2 CAPACITOR-FXD 1800PF +-10% 28480 0160-0676 C1B 0160-0676 6 CAPACITOR-FXD 1800PF/1800PF +-10% 28480 0160-[...]

Model 5328A Replaceable Parts Table 6-2. Manufacturers Code list 6-24[...]

TABLE 6-3 PART NUMBER - NATIONAL STOCK NUMBER CROSS REFERENCE INDEX REPLACEMENT NATIONAL NATIONAL PART STOCK PART STOCK SMR NUMBER FSCM NUMBER NUMBER FSCM NUMBER CODE DV11PS18A 73899 5910-00-983-2623 XDHZZ 0121-0059 28480 5910-00-776-4185 XDHZZ 0121-0061 28480 5910-00-983-2623 XDHZZ 0121-0180 28480 5910-00-410-2393 XDHZZ 0140-0177 28480 5910-00-917[...]

TABLE 6-3 PART NUMBER - NATIONAL STOCK NUMBER CROSS REFERENCE INDEX REPLACEMENT NATIONAL NATIONAL PART STOCK PART STOCK SMR NUMBER FSCM NUMBER NUMBER FSCM NUMBER CODE 0757-0280 28480 5905-00-853-8190 XDHZZ 0757-0283 28480 5905-00-998-1909 XDHZZ 0757-0421 28480 5905-00-891-4219 XDHZZ 0757-0427 28480 5905-00-917-0578 XDHZZ 0757-0428 28480 5905-00-998[...]

TABLE 6-3 PART NUMBER - NATIONAL STOCK NUMBER CROSS REFERENCE INDEX REPLACEMENT NATIONAL NATIONAL PART STOCK PART STOCK SMR NUMBER FSCM NUMBER NUMBER FSCM NUMBER CODE 2100-1738 28480 5905-00-256-8993 KDHZZ 2100-2522 28480 5905-00-476-5797 KDHZZ 2100-2632 28480 5905-00-476-5718 KDHZZ 2100-2633 28480 5905-00-476-5796 KDHZZ 2110-0269 28480 5999-00-333[...]

[...]

Model 5328A Manual Changes SECTION VI I MANUAL CHANGE S 7-1. INTRODUCTIO N 7-2. This section contains information for adapting this manual to instruments for which the content does not apply directly. This manual applies directly to instruments having serial prefix 1808A . Refer to Section I for additional important information about serial number [...]

HEWLETT PACKAR D MANUAL CHANGE S MANUAL DESCRIPTIO N INSTRUMENT: 5328A/H42 Frequency Counter Operating and Service Manual SERIAL PREFIX: 1808A DATE PRINTED: JUNE 1978 HP PART NO: 05328-90055 MICROFICHE NO: 05328-90056 CHANGE DATE July 7, 1978 (This change supersedes all earlier dated changes) . Make all changes listed as ERRATA. . Check the followi[...]

MANUAL CHANGES MODEL 5328A/H42 Page 2 l CHANGE 1 (1828A) E Pages 6-7 and 6-8, Table 6-1, A2 (05328-60035) Replaceable Parts: Change A2 series number from 1808 to 1828. Change A2R34 and R35 from 0811-1340 (lfZ) to 0812-0021; RESISTOR 0.470 5% 3W WW TC=0 * 90; 91637; CW2B1-3-T2-47/100-J. E Page 8-19, Figure 8-9, A2 (05328-60035) schematic Diagram: Ch[...]

[...]

Model 5328A Schematic Diagrams SECTION Vll l SCHEMATIC DIAGRAM S 8-1. INTRODUCTIO N 8-2. This section contains schematic diagrams and part locators. The part locators shown the location by reference designator. 8-3. SCHEMATIC DIAGRAM SYMBOLS AND REFERENCE DESIGNATORS 8-4. Figure 8-1 shows the symbols used on the schematic diagrams. At the bottom of[...]

Model 5328A Schematic Diagrams 8-13. Symbols are used on PC boards to aid in identifying pin numbers, diode elements, etc., as follows: AORO IDENTIFIES: Pin 1 of dip and flat-pack IC’s. Tab of TO CASES. + side of electrolytic capacitors. Pin 1 of resistor packs. Cathode of diodes. Section I of dip switches. 8-14. ASSEMBLY LOCATIONS AND COMPONENT [...]

Model 5328A Schematic Diagrams Figure 8-1. Schematic Diagram Notes 8-3[...]

Model 5328A Schematic Diagrams MNEMONIC A x R (AO) R (A1) B B C C C ARM CLK Data A Data B Data C Data D Digit A Digit B Digit C Digit D DVM F Code A (FA) F Code B (FB) F Code C (FC) F Code D (FD) FS GOSC GOSC HDS HDSA HLS RL (HOPN) HPL HRD HRS HRTB R (HTBA) Table 8-1. Signal Mnemonics DESCRIPTION Output of Time Interval Unit, A channel. ECL levels.[...]

Model 5328A Schematic Diagrams Table 8-1. Signal Mnemonics (Continued) MNEMONIC DESCRIPTION RL (HTBB) Latched ROM bit which enables the TTL level Channel B signal from the Function Selector to be counted by the Time Base. R (HTBO) Non-latched ROM bit which enables the time base to count the oscillator output. RL (IA) TTL level latched ROM bits that[...]

Model 5328A Schematic Diagrams Table 8-1. Signal Mnemonics (Continued) MNEMONIC DESCRIPTION OSC 100 MHz oscillator. ECL levels. OSC OVFL Overflow. TTL active low indicates display overflow. RG ROM bit. Used to recognize period and institute hysteresis compensation. TTL level. RL1 (HEC) Latched ROM bit. TTL level enables channel C to strobe its digi[...]

Model 5328A Schematic Diagrams Figure 8-2. 5328A Front View Figure 8-3 5328A Rear View 8-7[...]

Model 5328A Schematic Diagrams Figure 8-4. 5328A Top View 8-8[...]

Model 5328A Schematic Diagrams Figure 8-5. 5328A Bottom View 8-9[...]

[...]

8-1 1 Figure 8-6. A1 Motherboard[...]

8-12 P/O Figure 8-7. A1 Mother board Assembly[...]

Model 5328A Schematic Diagrams P/O Figure 8-7. A1 Motherboard Assembly 8-13[...]

Model 5328A Schematic Diagrams P/O Figure 8-7. A1 Motherboard Assembly 8-14[...]

(Sheet 1 of 2) Figure 8-7. A1 Motherboard Schematic and Components 8-15[...]

8-17 Figure 8-7. A1 Motherboard Schematic and Components (Sheet 2 of 2)[...]

Figure 8-8. A2 Power Supply Block Diagram 8-18[...]

8-19 Figure 8-9. A2 Power Supply Schematic and Components[...]

8-19 P/O Figure 8-10. A3/A3A1 Oscillator Support Schematic and Components[...]

8-21 Figure 8-10. A3/A3A1 Oscillator Support Schematic and Components[...]

8-23 Figure 8-1 1. A4 Function Selector Block Diagram[...]

8-24 P/O Figure 8-12. A4 Function Selector Assembly[...]

8-25 Figure 8-12. A4 Function Selector Schematic and Components[...]

8-26 Figure 8-13. A8 Channel "C" Block Diagram[...]

8-27 Figure 8-14. A8 Channel "C"Schematic and Components[...]

8-28 Figure 8-15. A10 Synchronizer Block Diagram[...]

Figure 8-16. A10 Synchronizer Schematic and Components 8-29[...]

8-30 Figure 8-17. A1 1 Digital-to-Analog Converter Block Diagram[...]

Figure 8-18. A1 1 Digital-to-Analog Converter Schematic and Components 8-31[...]

8-32 Figure 8-19. A12 "A-B" Channel Block Diagram[...]

8-33 Figure 8-20. A12 "A-B" Channel Schematic and Components[...]

8-35 Figure 8-21. A15 HP-IB Interface Block Diagram[...]

8-36 P/O Figure 8-22. A15 HP-IB Interface Schematic and Components[...]

Figure 8-22. A15 HP-IB Interface Schemaatic and Components 8-37[...]

Model 5328A Schematic Diagrams Figure 8-23. A16 Display Block Diagram 8-39[...]

Model 5328A Schematic Diagrams P/O Figure 8-24. A16 Display Schematic and Components 8-4 0[...]

8-41 Figure 8-24. A16 Display Schematic and Components[...]

Figure 8-25. A19 Switch/Attenuator Schematic and Components 8-43[...]

TM 11-6625-2941-14&P DA Pam 310-4 DA Pam 310-7 TB 43-0118 TM 38-750 TM 750-244-2 APPENDIX A REFERENCES Index of Technical Manuals, Technical Bulletins , Supply Manuals (Types 7, 8, and 9), Supply Bulletins, and Lubrication Orders . US Army Equipment Index of Modification Work Orders . Field Instructions for Painting and Preservin g Electronics [...]

[...]

APPENDIX B COMPONENTS OF END ITEM LIS T Section I. INTRODUCTION B-1. Scope This appendix lists integral components of and basic issue items for the AN/USM-459 to help you in- ventory items required for safe and efficient operation. B-2. General This Components of End Item List is divided into the following sections: a. Section II. Integral Componen[...]

SECTION II INTEGRAL COMPONENTS OF END ITEM (1) (2) (3) (4) (5) (6) (7) ILLUSTRATION NATIONAL DESCRIPTION LOCATION USABLE QTY QUANTITY (A) (B) STOCK ON REQD FIG ITEM NUMBER CODE RCVD NO. NO. PART NUMBER (FSCM) 1-1 1 6625-01-061-8929 COUNTER ELECTRONIC DIGITAL READOUT, 1 TS-3662/U 5328A/E42 (28480) 1-1 2 6625-01-061-8905 EXTENDER BOARD INSIDE COVER 1[...]

SECTION III BASIC ISSUE ITEMS (1) (2) (3) (4) (5) (6) (7) ILLUSTRATION NATIONAL DESCRIPTION LOCATION USABLE QTY QUANTITY (A) (B) STOCK ON REQD FIG ITEM NUMBER CODE RCVD NO. NO. PART NUMBER (FSCM) 1 5920-00-280-8342 FUSE, 1 AMP F. BLO 1 2110-0001 (28480) 2 5920-00-793-4592 FUSE, 2 AMP F.BLO 1 2110-0002 (28480) 3 MANUAL TM 11-6625-2941-14&P 1 4 5[...]

[...]

APPENDIX D MAINTENANCE ALLOCATIO N Section l. INTRODUCTION D-1. General This appendix provides a summary of the main- tenance operations for AN/USM-459. It authorizes categories of maintenance for specific maintenance functions on repairable items and components and the tools and equipment required to perform each function. This appendix may be use[...]

time required to perform the specific tasks iden- tified for the maintenance functions authorized in the maintenance allocation chart. Subcolumns of column 4 are as follows: C – Operator/Crew O – Organizational F – Direct Support H – General Support D – Depot e. Column 5, Tools and Equipment. Column 5 specifies by code, those common tool [...]

SECTION II MAINTENANCE ALLOCATlON CHART FOR ELECTRONIC COUNTER AN/USM-459 D-3[...]

SECTION III TOOL AND TEST EQUIPMENT REQUIREMENTS FOR ELECTRONIC COUNTER UN/USM-459 TOOL OR TEST EQUIPMENT MAINTENANCE NATIONAL/NATO REF CODE CATEGORY NOMENCLATURE STOCK NUMBER TOOL NUMBER 10 TOOL KIT, ELECTRONIC COUNTER TK-101/G 5180-00-064-5178 2 H,D TOOL KIT, ELECTRONIC COUNTER TK-100/G 5180-00-605-0079 3 H,D OSCILLATOR, H.P. 652A 4931-00-113-294[...]

SECTION IV. REMARKS D-5[...]

[...]

By Order of the Secretary of the Army: Official: J.C. PENNINGTON Brigadier General, United States Army The Adjutant General Distribution: Active Army: HISA (Ft Monmouth) (26) USAINSCOM (2) COE(1) TSG (1) USASRENBD(1) DARCOM (1) TRADOC (2) OS Maj Cmd (4) TECOM (2) USACC (4) MDW(1) Armies (2) Corps (2) Svc Colleges(1) USASIGS (5) USAADS (2) USAFAS (2[...]

[...]

[...]

[...]

[...]

[...]

[...]

[...]

[...]

[...]

[...]

[...]

[...]

PIN : 038245-000[...]