# Emona TIMS-301 Telecommunications Instructional Modeling System (Standard) (Pre-Owned) # Emona TIMS-301 Telecommunications Instructional Modeling System (Standard) (Pre-Owned) ## Key Features At A Glance - Block-diagram modeling platform that implements analog and digital modulation and coding schemes using interchangeable plug-in modules - 12-slot system rack with fixed modules: Master Oscillators, Buffer Amplifiers, Frequency and Event Counter, Variable DC Voltage Output, Oscilloscope Display Selectors, TIMS Trunks Outputs, and Power Supply - TIMS-301C variant adds a built-in PC-based 2-channel virtual instrument with scope and spectrum analyzer (FFT) displays, true RMS voltmeter, and frequency counter; LabVIEW and MATLAB compatible - BASIC Module Set includes 13 plug-in modules covering Adder, Audio Oscillator, Dual Analog Switch, Multiplier, Phase Shifter, Quadrature Phase Splitter, Sequence Generator, Tuneable Low Pass Filter, Twin Pulse Generator, Utilities, VCO, 60kHz LPF, and Quadrature Utilities - Open-ended architecture expandable with over 50 ADVANCED modules covering DSP, fiber optics, SONET/SDH, CDMA, FHSS, PCM, line coding, convolutional coding, and Laplace/z-Transform building blocks - Self-contained system requiring only an external oscilloscope for standard operation - Supports documented experiment library covering AM, DSB, SSB, FM, PM, ASK, FSK, BPSK, QPSK, QAM, PCM, Delta Modulation, TDM, FDM, CDMA, DSSS, FHSS, OFDM, and signals & systems topics - Includes User Manuals, LabSheet Experiments, five-volume Student Text experiments, Signals & Systems Experiments Manual, and Technical College Lab Manual The Emona TIMS-301 Telecommunications Instructional Modeling System is laboratory teaching hardware designed for electrical engineering and electronic engineering technology students studying wireless, telecommunications, and signal processing. The system implements telecommunications block diagrams as real, patchable hardware: each plug-in module realizes a fundamental telecommunications or signal-processing building block, and students assemble experiments by patching modules together exactly as the textbook block diagram is drawn. The TIMS-301 ships with a System Unit containing the most commonly used fixed modules plus the BASIC Module Set of 13 plug-in modules, and the system can be expanded with over 50 ADVANCED plug-in modules to cover additional modulation, coding, fiber optics, and DSP topics. TIMS is used in undergraduate teaching labs, in final-year student projects, and in combination with student-designed circuits. The documented experiment library spans introductory modeling of math equations through AM, DSB, SSB, ISB, FM and PM, ASK, FSK and GFSK, BPSK, QPSK and multi-level PSK, QAM, PCM, ADPCM, Delta and Adaptive Delta Modulation, line coding and decoding, PAM, PWM, PPM, TDM, FDM and PDM, spread spectrum techniques including DSSS, CDMA and FHSS, OFDM principles, fiber optic transmission with WDM and bidirectional links, SONET/SDH framing, convolutional and block coding, trellis-coded modulation, eye patterns and BER measurement, matched filter detection, equalization, pulse shaping, and a separate Signals & Systems experiment set covering convolution, Fourier and Laplace analysis, sampling and aliasing, FIR and IIR discrete-time filters, and pole-zero design. ValueTronics International stocks Emona TIMS test and measurement teaching equipment and supports its customers from a 20,000 square foot secure warehouse at 1675 Cambridge Drive in Elgin, Illinois, where instruments are received, inspected, and prepared for shipment by our own staff rather than handled through third-party drop-shippers. Working with a U.S.-based distributor that holds inventory and handles configuration directly makes a meaningful difference on a modular teaching system like TIMS, where the buyer needs accurate guidance on which BASIC and ADVANCED modules match the experiments planned for a given course. ## Compare Other Models in This Series The Emona TIMS-301 family is built around a single System Unit and a library of interchangeable plug-in modules. The two System Unit variants documented on the datasheet are the TIMS-301 and the TIMS-301C; the TIMS-301C adds a built-in PC-based 2-channel virtual instrument with scope and spectrum (FFT) displays, true RMS voltmeter, and frequency counter, and is LabVIEW and MATLAB compatible. Both variants ship with the same 12-slot rack, the same fixed modules, the same BASIC Module Set of 13 plug-in modules, and the same User Manuals, Student Text experiments, and LabSheet experiments. Beyond the choice of System Unit variant, the TIMS family scales through documented expansion kits and individually orderable ADVANCED modules. The datasheet describes the EVAL-16 Kit (additional BASIC and ADVANCED modules for quantitative SNR, BER, and digital experiments), the TIMS-CDMA kit (Digital Utilities, Multi Sequences Source, CDMA Decoder), the TIMS-FHSS kit (Integrate & Dump, Multi Sequences Source, two Frequency Hop Synthesizers), and the TIMS-AdvFO Advanced Fiber Optics kit (Fiber Optic Transmitters in red and green, Fiber Optic Receivers, Couplers, WDM Filters, and a fiber optic cable set). Individual ADVANCED modules listed include items such as the TIMS-436 Laplace and TIMS-437 z-Transform modules and student-project modules including the TIMS-820, TIMS-830, and TIMS-840. Each pre-owned TIMS configuration listed below is its own product page with condition-matched pricing. Use the comparison information to identify the System Unit variant and module set that fit your course, then open the matching page for full ordering details. The clearest difference within the family is between the TIMS-301 and the TIMS-301C System Units. The TIMS-301 provides the rack, fixed modules, and BASIC Module Set and is intended to be used with an external oscilloscope. The TIMS-301C adds an integrated PC-based virtual instrument that supplies two channels plus trigger input, wide-bandwidth scope and spectrum analyzer displays, a true RMS voltmeter, and a frequency counter, and is supplied with PC software and cables; the host PC is supplied by the user. The other axis of differentiation is the module set. The datasheet documents predefined expansion kits — EVAL-16 for quantitative SNR, BER, and digital experiments; CDMA for direct-sequence spread spectrum and CDMA; FHSS for frequency-hop spread spectrum; and AdvFO for fiber optic transmission, WDM, bidirectional fiber links, and SONET over fiber — and also lists the underlying ADVANCED modules individually so that custom module selections can be assembled to match a specific syllabus. The comparison table below summarizes the System Unit and module choices documented on this datasheet. Model Type Description Category **TIMS-301** Standard System TIMS-301 System Unit + 13 BASIC plug-in modules Base System TIMS-301C PC-Enabled System TIMS-301C with built-in 2-channel PC scope/FFT + 13 BASIC plug-in modules Base System Additional differences in specifications beyond the few shown above are not listed here — see each model's full specifications below. ## Accessories Supplied - TIMS-301 System Unit (with 12-Slot Rack, Master Oscillators, Buffer Amplifiers, Frequency and Event Counter, Variable DC Voltage Output, Oscilloscope Display Selectors, TIMS Trunks Outputs, Power Supply) - TIMS-147 Adder - TIMS-148 Audio Oscillator - TIMS-149 Dual Analog Switch - TIMS-150 Multiplier - TIMS-151 Phase Shifter - TIMS-152 Quadrature Phase Splitter - TIMS-153 Pseudorandom Sequence Generator - TIMS-154 Tuneable Low Pass Filter - TIMS-155 Twin Pulse Generator - TIMS-156 Utilities - TIMS-157 Voltage Controlled Oscillator - TIMS-158 60kHz Low Pass Filter - TIMS-425 Quadrature Utilities - User Manuals - Student Text experiment manuals - LabSheet experiment manuals - Modules Storage Box - Standard accessories ## Product Core & Specifications Specification Value System Type Real-time hardware mathematical modeling system for telecommunications, signals & systems lab instruction Architecture Open-ended; plug-in modules slide into the System Unit rack Plug-in Module Slots 12-slot rack for plug-in modules Built-in Fixed Modules (TIMS-301 and TIMS-301C) Master Oscillators; Buffer Amplifiers; Frequency and Event Counter; Variable DC Voltage Output; Oscilloscope Display Selectors; TIMS Trunks Outputs; Power Supply Additional Built-in (TIMS-301C only) PC-based virtual instrument — 2 channels plus trigger input, with wide bandwidth scope and spectrum analyzer displays, true RMS voltmeter and frequency counter PC Interface Compatibility (TIMS-301C) LabVIEW™ and MATLAB™ compatible External Equipment Required Additional oscilloscope (TIMS-301C also requires an external PC, not included) Included BASIC Plug-in Modules 13 modules: TIMS-147 Adder, TIMS-148 Audio Oscillator, TIMS-149 Dual Analog Switch, TIMS-150 Multiplier, TIMS-151 Phase Shifter, TIMS-152 Quadrature Phase Splitter, TIMS-153 Pseudorandom Sequence Generator, TIMS-154 Tuneable Low Pass Filter, TIMS-155 Twin Pulse Generator, TIMS-156 Utilities, TIMS-157 Voltage Controlled Oscillator, TIMS-158 60kHz Low Pass Filter, TIMS-425 Quadrature Utilities Available Advanced Modules Over 50 specialised building blocks for analog, digital, and DSP experiments (see TIMS Advanced Plug-in Modules list) Documentation Supplied User Manuals, Student Text experiment manuals, LabSheet experiment manuals Standard Documented Experiments Over 120 experiments covering AM/DSB/SSB/ISB, ASK/FSK/GFSK, BPSK/QPSK/4-8-16-PSK, QAM/4-8-16-QAM, Delta/Adaptive Delta/Sigma Delta/CVSD, π/4-DPSK/GMSK/OQPSK, OFDM, UWB, TDM/FDM/PDM, DSSS/CDMA/FHSS, PAM/PWM/PPM, WB-FM/NB-FM, fiber optics, SONET/SDH, signals & systems, and more **Important:** TIMS-301C requires an external PC, which is not included in the TIMS-301C price.**Important:** TIMS is self contained requiring only an additional oscilloscope.**Important:** The TIMS-301C has an in-built PC-Based, 2 channel scope and spectrum display (FFT) multi-instrument. It is complete with PC software and cables but requires an external PC (not included in TIMS-301C price).**Important:** No single TIMS module is a complete experiment; modules are fundamental building blocks that are combined to implement experiments per block diagrams.**Important:** The TIMS fiber optics modules can be used with any TIMS digital or analog signal — for example SONET, PCM, CDMA, Delta Modulation, etc.Usage tip: TIMS-301 is self-contained and requires only an additional oscilloscope for standard operation; the TIMS-301C variant adds a built-in PC-based 2-channel scope and spectrum (FFT) display when paired with a user-supplied PC. ## About this used unit - Warranty included - Functional verification included - Standard Calibration Upgrade Options: No Calibration Required, NIST Traceable, Z540.1 or ISO 17025 with Data, Z540.3 Guardbanding with Data. - Note that unnecessary accessories may not be included (contact Test Architect to confirm). **Please review the Manufacturer's Data Sheet to verify published specifications. Feedback on this webpage is always welcome — please reach out to your Test Architect at any time for questions or concerns. Thank you, we truly appreciate you being our customer.** ## Details - **Price:** 0.0 USD - **Vendor:** Emona - **Type:** Test Set - **Tags:** Emona, Manufacturers, Other Equipment, product_manual_group_2, Product_used, Telecommunication ## Variants | Variant | Price | Available | |---------|-------|-----------| | Default Title | 0.00 USD | In stock | ## Images - Emona TIMS-301 Telecommunications Instructional Modeling System (Standard) (Pre-Owned) --- > Source: [ValueTronics](https://valuetronics.com/products/tims-301-emona-telecom-used) > Updated: 2026-05-30