To Next PageTo Next Page
Need help?Do you have a question about the Fluke 6060B and is the answer not in the manual?
Describes the 6060B Synthesized Signal Generator and its applications in RF component and system testing.
Details the expected contents of the shipping container and procedures for inspecting for damage.
Provides information, warnings, and cautions for safe operation and equipment maintenance.
Describes the adhesive-backed card for bench or remote application reference.
Outlines the fundamental features of the Generator, including frequency, level, and modulation capabilities.
Explains the microprocessor's role in controlling operator interface, background operations, and self-test capabilities.
Details the three methods for controlling basic output parameters: direct numeric entry, bright digit increment/decrement, and step entry.
Describes the programmed values of modulation, frequency, and amplitude displayed in three fields.
Covers remote control via IEEE-488 Interface, including listen-only and talk-only modes.
Specifies the frequency range, resolution, and dependency of stability and accuracy on the reference.
Details the internal 10-MHz crystal oscillator and the use of external references.
Describes the signal level range, programming limits, and conversion between dBm and volts.
Explains the internal and external AM and FM capabilities, including modulation oscillator selection.
Lists available options and included accessories for the Generator.
Lists recommended test equipment for performance tests, calibration, and troubleshooting.
References mnemonics used on schematics, block diagrams, and wiring diagrams.
Provides guaranteed performance specifications over specified environmental conditions.
Covers minimizing handling, using original containers, static discharge, and body handling for sensitive devices.
Details static shielding containers, surface handling, work area materials, and tool usage for static-free environments.
Describes how to install and operate the Generator, including initial inspection and setup.
Guides the user on inspecting the Generator upon arrival and handling any shipping damage.
Provides instructions on line power requirements, voltage selection, fuse replacement, and rack mounting.
Specifies the required line voltage and fuse ratings for Generator operation.
Instructs on verifying the line voltage setting and selecting the correct fuse before plugging in the power cord.
Details how to select the IEEE-488 address and modes (talk-only, listen-only) using rear panel switches.
Provides instructions and cautions for mounting the Generator in a rack or on a bench.
Offers general information on Generator operation and differences between local and remote control.
Guides the user to identify front and rear panel controls, connectors, and switches.
Explains the two modes of Generator control: local via front panel keys and remote via IEEE-488.
Describes the Generator's power-on sequence, including self-tests and status indicators.
Details three methods for changing output parameters: FUNCTION-DATA-UNIT, Bright-Digit Edit, and Step Entry.
Explains how to change instrument parameters using the FUNCTION-DATA-UNIT entry method.
Describes the fastest method for making incremental changes to parameters using EDIT keys.
Explains how to preset step increments for parameters and change them with a single keystroke.
Details how to interrogate the Generator for UNCAL or REJ ENTRY status.
Explains how to enable or disable the RF output of the Generator.
Describes how to select modulation modes and the internal modulation oscillator rate.
Explains how to save and recall up to 50 complete front panel settings.
Details how to enable special operating functions like changing repeat rates or starting self tests.
Describes local and remote operation for each Generator function, including syntax and data ranges.
Explains how to control carrier frequency and amplitude using the FUNCTION-DATA-UNIT entry sequence.
Describes how to use the Fixed-Range special function to fix the current amplitude range.
Explains how to convert displayed amplitude levels between dBm and volts.
Details how to use Bright-Digit Edit Entry to change instrument parameters like frequency and amplitude.
Describes how to store and recall front panel settings, including sequence recall.
Explains how to preset modulation index, internal rate, and select modulation source.
Describes how to change frequency and amplitude using the Relative mode.
Explains how to enable the Generator output using the RF OUTPUT [ON/OFF] key.
Details how to use Special Function Entry to access special operating functions.
Explains how to interrogate the Generator for UNCAL or REJ ENTRY explanations.
Describes how to use the Step Entry function to change an instrument parameter.
Covers operating the Generator using the IEEE-488 interface option.
Provides a procedure to set up the Generator with the IEEE-488 Interface option.
Details programming commands available from the front panel and via the IEEE-488 Interface.
Describes the theory of operation, covering general, functional, software, and detailed circuit descriptions.
Explains the Generator's three major sections: front, module, and rear.
Describes the front section's controls, connectors, and indicators, handled by the Controller.
Details the module section's shielded enclosure containing stimulus circuits and the Controller.
Covers the rear section, including power supply, cooling fan, external connectors, and options.
Describes the key output parameters: level, amplitude modulation, frequency, and frequency modulation.
Explains level control via step attenuator and vernier DAC, including microprocessor control and calibration data.
Details how the Generator output signal is amplitude modulated using a control voltage and DAC.
Explains the frequency coverage, bands, VCO, PLL, and N-divider for frequency synthesis.
Describes how frequency modulation is achieved by applying signals to the PLL VCO and Phase Detector.
Details the Generator software execution on a TMS 9995 microprocessor and its general functions.
Explains the Generator's software implementation with tasks for service, key input, and IEEE-488 interface.
Describes amplitude programming using a step attenuator and a 12-bit vernier level DAC.
Details the seven attenuation sections programmed in combination for coarse level control.
Explains how the level DAC setting is calculated and modified by calibration data.
Describes the use of software temperature compensation data for improving level accuracy.
Explains the RPP's function in protecting the Generator from damaging voltages applied to the RF OUTPUT.
Details how frequency reference control bits are programmed based on switch settings and installed options.
Describes the programmable output frequency, resolution, and band-determined synthesizer frequency.
Explains the four modulation modes: Internal AM, External AM, Internal FM, and External FM.
Details how the two internal modulation frequencies (400 Hz and 1000 Hz) are programmed.
Explains AM depth programming from 0 to 99% and conditions that trigger the UNCAL indicator.
Describes frequency modulation programmability with three digits of resolution in three decade ranges.
Explains the FM DAC's role in programming FM deviation and lists the settings.
Describes the Generator's automatic self-testing of digital and analog circuits at power-on.
Details two special function self tests for front panel indicators and keys.
Explains five status signals indicating Generator option complement, interrogated at power-on self test.
Contains detailed circuit descriptions for various assemblies like Front, Module, and Rear sections.
Describes the front section components: Display PCA, Switch PCA, Elastomer switches, and POWER switch.
Details display PCA, data communications, filament voltage, bright-digit effect, display blanking, and modulation indicators.
Describes the module section's electrical assemblies, including Synthesizer, VCO, Output, Attenuator, Controller, and Memory.
Explains the Synthesizer PCA's role in frequency control, modulation, and generating high and mid-band signals.
Details the Generator's internal 10-MHz crystal oscillator and the option for external reference locking.
Describes the main phase-lock loop (PLL) as a fractional divider PLL with a single-sideband mixer.
Explains the binary divider, quadrature signals, and mixers used to produce suppressed-carrier signals.
Details the main components of the N-Divider, including triple-modulus prescalers and gate arrays.
Describes the digital phase-frequency detector and its role in maintaining constant VCO frequency.
Explains the loop amplifier-integrator's function in filtering and buffering signals for PLL control.
Details how the FM signal is processed by KV DAC for VCO tuning compensation and phase modulation.
Describes the 800-MHz oscillator locking to the 10-MHz reference and providing signals for the sub-synthesizer.
Explains the 800-MHz VCO's role, circuit, and the PLL control voltage mechanism.
Details the sub-synthesizer's components, including clock generator, gate array, and rate multiplier.
Describes the VCO PCA as the core of the main PLL, producing the Signal Generator's output.
Explains the Output PCA's function in accepting RF signals, reducing distortion, and providing AM/FM signals.
Details the RF path, including bandswitch selection, buffer amplifiers, and harmonic suppression filters.
Describes the leveling loop's function in accepting unleveled signals and generating leveled output.
Explains how the instrument output level is set by the level-control circuit, including DACs and temperature compensation.
Describes the modulation oscillator generating leveled sine waves for AM and FM functions.
Details the FM modulation signal source and deviation control circuits on the Output assembly.
Describes the Attenuator/RPP assembly's coarse level control and attenuation range.
Covers the Controller PCA, its microprocessor, attenuator control, front panel, and IEEE-488 interfaces.
Explains the IEEE-488 interface, its tri-state buffer, and interrupt signal.
Describes the memory usage for storing program variables and calibration data.
Details control data transfer to RF circuitry via a unidirectional data bus and latches.
Explains the active-low reset signal generation for the microprocessor.
Describes how status signals are read by buffers and control/enable signals are latched.
Covers the rear panel components: fuse/filter, transformer, power supply PCA, and fan.
Details the power supply PCA, including rectifier configurations and voltage regulators.
Explains the sub-harmonic reference circuit, including comparator, MOS switch, and phase detector.
Describes the non-volatile memory's power sources and buffering.
Details the power sources for the non-volatile memory IC.
Explains how address, data, and control lines to the CMOS RAM are buffered.
Presents warranty information, service methods, performance tests, access, calibration, and troubleshooting.
Covers returning the instrument for service, self-service by module replacement, or component replacement.
Describes performance tests for key Generator parameters against specifications.
Lists recommended test equipment for performance tests, adjustment procedures, and troubleshooting.
Covers Power-On and Synthesis tests to verify basic functional checks and frequency accuracy.
Verifies high-level output power accuracy and attenuator section correction factors.
Verifies level accuracy from -24 to -66 dBm at various frequencies.
Verifies UUT level accuracy at -127 dBm using a spectrum analyzer.
Performs alternate level accuracy and output leakage tests using a measuring receiver.
Verifies output signal leakage and compares harmonic/spurious signals to the desired signal.
Introduces tests for modulation accuracy, residual, and incidental modulation using a modulation analyzer.
Details procedures for internal modulation oscillator frequency, AM accuracy, and AM accuracy/distortion tests.
Covers tests for incidental FM, residual AM, and FM accuracy and distortion.
Uses a VSWR bridge and spectrum analyzer to verify the UUT's SWR performance.
Describes general access procedures for major module assemblies.
Illustrates the location of major assemblies and provides information on exchanging modules.
Provides access instructions for each module before disassembly, including cover removal.
Details procedures for removing front section, rear section, synthesizer, output, attenuator, and VCO boards.
Describes adjustment procedures for Power Supply, Display, Output, Synthesizer, and Attenuator/RPP assemblies.
Covers the +37V adjustment (R3) on the Power Supply assembly, A3A1.
Details adjustments for the A2A4 Output PCA, including Level DAC offset.
Covers adjustments for modulation oscillator level and detector offset voltage.
Details adjustments for AM depth potentiometer R421 and RF Level Adjustment R311.
Describes adjusting the HET Level Adjustment, R227, for equal output power.
Lists routine adjustments for the Synthesizer assembly, A2A1.
Covers adjustments for notch filters, VCO upper clamp, 800-MHz oscillator, and lock-range centering.
Provides information on identifying defective modules and troubleshooting to component level.
Covers general troubleshooting steps including display check, key check, UNCAL conditions, and self-test descriptions.
Details procedures for replacing modules like Power Supply, Synthesizer, Output, Attenuator, and VCO PCA.
Covers replacement procedures for VCO, Output, Controller, Display, Attenuator, IEEE-488, and Non-Volatile Memory PCAs.
Explains the AAA and BBB fields of the self-test report, relating to AM/FM and synthesizer tests.
Details the CCC field results, which pertain to digital tests including IEEE-488 and memory checksums.
Guides on checking the Generator output signal with a spectrum analyzer and verifying auxiliary power supply.
Details how to check expected DC and ripple voltages at key test points of the Power Supply.
Suggests methods to isolate faults in digital or control circuits, referring to schematics and theory.
Covers troubleshooting microprocessor kernel, inputs, bus, and address decoder issues.
Provides guidance on troubleshooting synthesizer issues like inaccurate frequency or unlock conditions.
Addresses troubleshooting for sub-synthesizer, 800/40 MHz loop, and FM circuitry issues.
Guides on troubleshooting inaccurate or unleveled Generator output, likely due to Output or Attenuator assembly faults.
Focuses on troubleshooting unleveled conditions and AM problems in the output assembly.
Covers troubleshooting ALC loop control voltage, detector linearity, and RPP control circuits.
Contains an illustrated parts breakdown of the instrument and options.
Details information included in parts lists: reference designation, description, stock number, and quantity.
Provides instructions on ordering components directly or via FLUKE stock numbers, including required information.
Lists items in a recommended spare parts kit for the basic instrument.
Covers theory of operation, circuit description, and maintenance for each option.
Details the High-Stability Reference option, its operation, circuit description, and adjustments.
Describes the Medium-Stability Reference option, its operation, circuit description, and adjustments.
Provides an overview of the IEEE-488 Interface option, including its circuit, maintenance, and parts.
Details the Low-Rate FM option, its operation, circuit description, performance test, and adjustment.
Describes the Rear Panel RF Output and Mod Input option, its operation, circuit description, and maintenance.
Contains generalized user information and supplemental information to the List of Replaceable Parts.
Lists all schematic diagrams and their corresponding page numbers, including block diagrams and PCA layouts.
General