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Tektronix DSA8300 Digital Serial Analyzer Sampling Oscilloscope – Fully Tested

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$23,000.00
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$4,459.00
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Tektronix DSA8300 high-performance digital serial analyzer and equivalent-time sampling oscilloscope featuring 16-bit vertical resolution, 425 fs typical time-base jitter, and support for optical and electrical sampling modules.

Fully tested and working properly. Ideal for high-speed serial data, eye-diagram, jitter, and optical communication analysis. Includes a 30-day limited warranty.

Seller #20001Seller profile
SVT Product ID500024
Listing typeFor Sale
ManufacturerTektronix
Model / P/NDSA8300
ConditionPre-Owned
LocationUnited States
Shipping & Delivery
U.S. Shipping$180.00
International Shipping$300.00
Shipping MethodFedEx Ground
Return policyThis item is not designated for the voluntary 30-day return program unless stated otherwise.Return policyTerms & Conditions

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## Tektronix DSA8300 – High-Performance Digital Serial Analyzer

The Tektronix DSA8300 is a professional equivalent-time sampling oscilloscope designed for precision electrical and optical signal analysis, high-speed serial communication testing, and advanced digital signal integrity characterization.

Engineered for telecommunications, semiconductor development, optical communication systems, and high-speed electronic research, the DSA8300 combines ultra-low timing jitter, 16-bit vertical resolution, and a modular architecture supporting a wide range of specialized sampling modules.

**This instrument is fully tested, in good working condition, and ready for laboratory use with compatible sampling modules.**

### High-Precision Equivalent-Time Sampling

The DSA8300 provides highly accurate waveform reconstruction for repetitive high-speed signals.

Key capabilities include:

- 16-bit vertical measurement resolution
- 425 fs RMS typical time-base jitter
- High-resolution time-base settings down to 100 fs/div
- Support for up to eight simultaneously acquired channels
- Electrical sampling bandwidth exceeding 70 GHz with compatible modules
- Optical sampling bandwidth exceeding 80 GHz with compatible modules
- Up to 200,000 samples per second per channel in standard acquisition modes

Its exceptionally low timing jitter allows engineers to investigate high-speed signal transitions, timing uncertainty, waveform distortion, and serial data integrity.

### Optical and Electrical Sampling

The modular DSA8300 platform supports Tektronix 80C Series optical and 80E Series electrical sampling modules.

Depending on the installed module configuration, the system supports:

- Optical transmitter characterization
- High-speed electrical waveform measurements
- Optical eye-diagram analysis
- Signal rise-time and fall-time measurements
- Optical extinction ratio and OMA measurements
- Electrical signal integrity measurements
- Multi-channel signal acquisition
- High-speed telecommunications testing

### Advanced Eye-Diagram and Jitter Analysis

The DSA8300 includes extensive automated measurement functionality for high-speed digital communications.

Features include:

- More than 120 automated waveform measurements
- More than 80 standard compliance masks
- Eye height, eye width, and eye opening measurements
- Jitter and timing measurements
- Signal amplitude and noise characterization
- Rise-time and fall-time analysis
- Statistical waveform histograms
- Customizable measurement configurations

Optional Tektronix 80SJNB software expands the platform with advanced jitter, noise, bit-error-ratio analysis, and serial data link analysis.

### High-Speed Optical Communications

When equipped with suitable optical sampling modules, the DSA8300 supports the characterization and compliance testing of fiber-optic communication components.

Applications include optical transmitter development, SONET/SDH systems, Ethernet optical interfaces, high-speed transceivers, and photonics research.

The platform supports optical signal analysis for communication technologies ranging from legacy telecommunications rates to advanced 100G and PAM4-based systems, depending on installed hardware and licensed software.

### TDR and Interconnect Characterization

With compatible TDR-capable electrical sampling modules, the DSA8300 provides advanced time-domain reflectometry for evaluating:

- PCB transmission lines
- Impedance discontinuities
- High-speed connectors
- Cable assemblies
- Semiconductor packages
- Serial data interconnects

Compatible configurations can achieve approximately 10 ps TDR step rise time. Optional IConnect software provides additional S-parameter analysis, impedance modeling, and serial-link simulation capabilities.

### Integrated Windows-Based Instrument Control

The DSA8300 provides an integrated touchscreen display and Windows-based operating environment, supporting advanced waveform analysis and instrument automation.

The system includes Ethernet, USB, IEEE-488 GPIB, and external display connectivity for integration into laboratory and production test environments.

### Condition and Performance

The instrument is in good pre-owned condition and has successfully passed functional testing.

The oscilloscope operates properly and is suitable for professional engineering, laboratory, and research applications.

Some cosmetic scratches and normal signs of previous laboratory use are present.

The Tektronix DSA8300 offers a versatile and cost-effective solution for engineers and laboratories requiring high-precision equivalent-time sampling, optical signal analysis, and advanced high-speed communications testing.

Important Product Information

**Condition:** Pre-Owned – Good

**Testing Status: FULLY TESTED – PASSED**

The Tektronix DSA8300 oscilloscope has undergone functional testing and is operating properly.

**Cosmetic Condition:** The instrument has some cosmetic scratches and normal signs of laboratory use. These do not affect its verified operation.

**Instrument Performance:** Fully tested and confirmed working.

**Sampling Modules:** Measurement bandwidth, channel configuration, and specialized capabilities depend on the installed sampling modules. Only modules and accessories specifically identified in the sale are included.

**Warranty:** 30-day limited warranty.

**Returns:** 30-day return policy for eligible products. Return shipping costs are paid by the customer, subject to Silicon Valley Tek's terms and conditions.

**Shipping:** Professionally packaged to protect sensitive electronic instrumentation during transportation.

- **High-Speed Serial Data Analysis:** Precision characterization of high-speed serial communication signals and digital interfaces.
- **Optical Transceiver Testing:** Evaluation of optical transmitter eye diagrams, extinction ratio, optical modulation amplitude, and timing performance with compatible optical modules.
- **Signal Integrity Analysis:** Characterization of waveform distortion, rise and fall times, jitter, and signal quality in high-speed electronic systems.
- **Jitter and Noise Characterization:** Analysis of random and deterministic jitter, timing uncertainty, and noise-related signal degradation.
- **Eye-Diagram Analysis:** High-resolution eye-diagram measurements for optical and electrical digital communication signals.
- **DWDM and Fiber-Optic Communications:** Optical signal characterization and testing of fiber-optic communication components.
- **Ethernet and Telecom Compliance Testing:** Testing of compatible high-speed Ethernet, SONET/SDH, and telecommunications interfaces.
- **PCB and Interconnect Characterization:** Time-domain reflectometry, impedance discontinuity measurements, and transmission-line evaluation with compatible TDR modules.
- **Semiconductor Device Development:** Characterization of high-speed electronic components, interfaces, and integrated circuits.
- **High-Speed Connector and Cable Testing:** Measurement of electrical reflections, impedance behavior, and signal transmission characteristics.
- **Bit Error Ratio and Serial Link Analysis:** Advanced BER and signal impairment investigations with licensed software options.
- **Photonics Research:** Characterization of high-speed optical modulators, photonic devices, and optical transmission systems.
- **Laser and Optical Modulator Development:** Electrical and optical signal analysis for high-speed photonics research.
- **Research and Development:** High-precision measurement applications in university laboratories, telecommunications, and industrial engineering.
### Measurement System
Instrument Model: DSA8300
Instrument Architecture: Equivalent-Time Sampling Oscilloscope
Vertical Resolution: 16 bits
Electrical Vertical Resolution: <20 µV LSB at 1 V full scale
Optical Vertical Resolution: <20 nW with 80C07B at 1 mW full scale; 70 GHz with compatible sampling module
Maximum Optical Bandwidth: >80 GHz with compatible sampling module
Time-Base Jitter: 425 fs RMS typical
Enhanced Time-Base Jitter: <100 fs RMS typical with 82A04B phase-reference module under specified conditions
Maximum Simultaneous Acquisition Channels: 8
Electrical Sampling Module Capacity: Up to 4 dual-channel modules
Optical Sampling Module Capacity: Up to 2 modules
Maximum Acquisition Rate (Standard): 200 kS/s per channel
Maximum Acquisition Rate (TDR): 300 kS/s per channel
Maximum Acquisition Rate (Phase Reference): 120 kS/s per channel
Acquisition Modes: Sample, Envelope, Average
### Horizontal and Timing Specifications
Horizontal Scale Range: 100 fs/div to 1 ms/div
Horizontal Scale Increments: 1-2-5 sequence or 100 fs increments
Standard Record Length: 50–16,000 samples
IConnect Extended Record Length: Up to 1 million samples
80SJNB Extended Record Length: Up to 10 million samples
Software Horizontal Deskew Range: −500 ps to +100 ns
Horizontal Deskew Resolution: 100 fs
Clock Input Frequency Range: 0.15–20 GHz typical
Clock Input Sensitivity: 150 mVpp to 1 Vpp typical
Trigger Direct Bandwidth: DC–4 GHz typical
Trigger Direct Sensitivity: 50 mV typical
Trigger Direct Input Range: ±1.5 V
Trigger Holdoff Range: 5 µs to 50 ms
### TDR Specifications
TDR Step Rise Time: 10 ps typical with compatible modules
TDR Step Rate: 25–300 kHz
TDR Step Rate Resolution: 1 kHz
TDR Trigger Jitter: 1.3 ps RMS typical
TDR Trigger Jitter Maximum: 1.8 ps RMS
S-Parameter Measurement Capability: Up to 50 GHz with supported TDR configuration and analysis software
### Waveform Analysis
Automated Measurement Functions: More than 120
Standard Measurement Masks: More than 80
Simultaneous Measurement Readouts: Up to 8
Measurement Update Rate: Up to 3 updates per second
Math Waveforms: Up to 8
Waveform Database Count: 4
Waveform Database Capacity: Up to 4 million points per database
Supported Signal Types: NRZ, RZ, Pulse
Advanced PAM4 Analysis: With compatible software and modules
Advanced Jitter/Noise/BER Analysis: Optional 80SJNB software
### Display and Computer
Display Type: Color LCD Touchscreen
Display Size: 10.4 inches
Display Resolution: 1024 × 768 pixels
Display Color Depth: 24-bit
Manufacturer-Specified Operating System: Windows 7 Ultimate 32-bit
Processor: Intel Core 2 Duo, 3 GHz
Manufacturer-Specified Internal Storage: 500 GB Removable HDD
Optical Drive: DVD-ROM / CD-RW
### Communication Interfaces
Ethernet: 10/100/1000BASE-T
GPIB: IEEE-488.2
USB: USB 2.0
External Display: DVI-I
Serial Ports: 2 × DB-9
Keyboard/Mouse: PS/2
Audio: Microphone Input / Line Output
Remote Automation: GPIB, Ethernet
### Electrical and Physical Specifications
AC Input Voltage: 90–250 VAC
Input Frequency: 50–400 Hz
Power Consumption (Mainframe): 205 W typical
Power Consumption (Fully Loaded): 330 W typical
Maximum Power Consumption: 600 W
Width: 475 mm
Height: 343 mm
Depth: 419 mm
Weight: 21 kg (46 lb)
Operating Temperature: +10 to +40 °C
Storage Temperature: −22 to +60 °C
Operating Altitude: Up to 3,048 m
Operating Humidity: 20–80% RH, subject to temperature derating
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