The Sequid DTDR-65 is optimized for an extremely stable operation. Due to sophisticated time base generation techniques in combination with proprietary correction algorithms the DTDR-65 features a vertical and horizontal stability, which is usually reserved for the high-price segment. Furthermore, the DTDR-65 grants this stability over a wide temperature range without the need for recurring calibrations, making it absolutely unique.
Measure wave impedance profiles of differential and single-ended transmission lines, connectors and cables. Gather a deeper insight in your systems and use this feature for pre-compliance testing, optimizing signal integrity (SI) and for quality assessment. It is also perfect for series impedance test coupon measurements.
Common-mode impedance is an essential parameter in the design of electronic systems. It is important to take care of it with respect to signal integrity (SI), EMC compliance and noise rejection, making circuits more reliable and resistant to interferences.
Measure the single-ended or differential return loss S₁₁ in the frequency range up to 10GHz — on PCBs, in cables and connectors. The differential return loss (mixed-mode parameter SDD) is determined here with a true differential measurement signal.
The 2x2 scattering matrix [S] characterizes how signals are transmitted and reflected in a 2-port network, being extremely useful for analyzing transmission lines, filters, connectors or amplifiers.
Mixed-mode S-parameters describe the behavior of differential and common-mode signals, essential in high-speed digital and RF circuit and PCB design.
The DTDR-65 is a cost-effective and reliable solution for series production and quality testing, equipped with a fully integrated ESD protection unit.
With the DTDR-65, you can perform high-precision skew measurements to ensure a high level of signal integrity.
Wave impedance measurements help optimize electrical connections by ensuring impedance matching, minimizing signal reflections and maximizing power transfer.
The detection & localization of cable faults is a very traditional application of TDRs (also known as cable radar).
Sequid's novel dual-line technology facilitates identifying the dielectric constant of your substrates in frequency range up to 5GHz.
Measuring the frequency dependent complex permittivity of materials by means of an open-ended coaxial line sensor is an established method in the scientific community.
Evaluating step responses in reflection and transmission can be a very helpful tool, particularly useful for high-speed systems analysis. TDR measurements are also used for measuring diverse environmental parameters.
For more information, please visit our Applications section or contact our support team.
Differential TDR Probe (high precision, 0.5 - 5.0mm variable pitch)
Price: 1150.00€
Single-ended TDR Probe (high precision, 1.0, 1.27, 1.65, 2.0, 2.5mm variable pitch), incl. 5x Ground Pins
Price: 645.00€
Differential TDR Probe (industrial, 2.0 - 5.1mm fixed pitch, default: 2.54mm)
Price: 490.00€
Single-ended TDR Probe (industrial, 1.0 - 5.0 mm pitch, fixed pitch, default: 2.54mm)
Price: 395.00€
Coaxial probe with RPC-3.5 connector, for permittivity measurements
Price upon request.
Precision Phase Matched SMA Cables (50Ohm±1Ohm, <1ps skew, 750mm)
Price: 590.00€
Precision Phase Matched 3.5mm cables (male, 50Ohm±1Ohm, <1ps skew, 500mm)
Price: 830.00€
Precision SMA cable (male, 50±1Ohm, 823mm), same electrical length as SPMC-P. With rotational adapter for convenient measurements with single-ended TDR probes.
Price: 420.00€
Precision SMA(m)-SMA(m) Cable (50Ohm±2Ohm), 750mm
Price: 250.00€
Precision SMA(m)-N(m) Cable (50Ohm±2Ohm), 750mm
Price: 250.00€
RF-Calibration Kit OSLT (RPC-3.5, compatible to SMA & RPC-2.92), female
Price upon request.
RF-Calibration Kit OSL, RPC-3.5, 3x female (compatible to SMA & RPC-2.92)
Price upon request.
RF OSLT Calibration Kit Economy, 4x female, SMA (compatible with RPC3.5 & RPC-2.92)
Price: 750.00€
RF OSL Calibration Kit Economy, 3x female, SMA (compatible with RPC3.5 & RPC-2.92)
Price: 650.00€
RF-Calibration Kit, 3x female, RPC-3.5 (compatible to SMA & RPC-2.92)
Price: 2800.00€
RF Thru calibration standard, female-female, RPC-3.5 (compatible to SMA & RPC-2.92)
Price: 700.00€
There is a wide range of SMA adapters available, please visit our SMA adapter page for more information.
Price upon request.
Sequid recently started a new differential RF multiplexer series. The devices with a bandwidth from DC up to 10 GHz are designed for both laboratory use and production processes and are ideally suited for measuring cables in the automotive sector. The multiplexers are equipped with coaxial connectors and can be easily combined with any RF measuring devices. Visit our RF multiplexer page for further information.
Price upon request.
We offer additional accessories such as cases, foot switches, ESD protection and much more. Please visit our Accessories page for more detailed information.
Price upon request.
| Value | Comment | |
| Hardware Features | ||
|---|---|---|
| Step generators | 2 | True differential |
| Sampling modules | 2 | Real thru |
| ESD-protection | Yes | Optional |
| Battery | Yes | Optional |
| Portable | Yes | |
| Horizontal | ||
| Rise time | 35ps 55ps |
20%-80% 10%-90% |
| Analog bandwidth | ≈10GHz | |
| Spatial resolution | <3mm | |
| Jitter | <500fs | Extremely low |
| Channel-to-channel skew | <2ps | |
| Vertical | ||
| Step amplitude | 150mV | @50Ω |
| Noise | <500uV | Vrms |
| True differential | Yes | |
| Measurements | ||
| Wave impedance | Single-ended, differential, common-mode |
|
| Step responses | Single-ended, differential, common-mode |
|
| S-Parameter | Single-ended (RL,IL), differential (RL), mixed-mode (reflection) |
|
| Dielectric properties | Dielectric constant, complex permittivity |
|
| Calibration | ||
| Method | OSLT | Open, short, load, thru |
| Wizard guided | Yes | |
| Interface | ||
| PC interface | USB | |
| Mechanical | ||
| Dimensions | 242×210×82.5mm³ | With connectors |
| Weight | 2800g | |
| Environment | ||
| High temperature stability | 0°C to 40°C | |
| Working environment | Lab- & production | |
| External components | No | |
