T&M SSDN-X Series Nut Version High-frequency Non-inductive Coaxial Shunt High-precision Resistor
Model:SSDN-XSeries Country of Origin:USA
Category:Non-inductive coaxial shunt
Overview:
T&M CVR high-frequency non-inductive resistors are designed for monitoring pulse generator systems, handling the extremely high peak power and current input generated by steady-state current loads, and for transient current monitoring. With the rapid development of power semiconductors and wide-bandgap devices in recent years, evaluating device dynamic performance (double-pulse testing) requires high-precision capture of current waveforms during global turn-on and turn-off transitions, while minimizing the insertion loss of the probe itself.
Features
Specifications
Application Notes
Functions & Configuration
Key features:
GHz measurement bandwidth with picosecond-level measurement delay;
Patented technology with extremely low inductance;
Monitors continuous signals (W) or high-energy pulses (J);
Ultra-high resistance accuracy of 0.2%;
Up to 2–3 W power dissipation per unit;
Standard BNC connector
Product photo:
The main models come in two styles (as shown above): the SDN has two pins, while the SSDN uses a threaded nut.
2 Watt Units - 1 7/8 Inch Case
Model
Resistance ohms
Bandpass MHz.
Risetime nsec.
Emax joules
SDN-001
0.001
12
30
12
SSDN-001
0.001
12
30
12
SPT-001
0.001
12
30
12
SDN-0025
0.0025
12
30
28
SSDN-0025
0.0025
12
30
28
SPT-0025
0.0025
12
30
28
SDN-005
0.005
400
1
3
SSDN-005
0.005
400
1
3
SPT-005
0.005
400
1
3
SDN-015
0.015
1200
0.3
1.5
SSDN-015
0.015
1200
0.3
1.5
SPT-015
0.015
1200
0.3
1.5
SDN-10
0.1
2000
0.18
2
SSDN-10
0.1
2000
0.18
2
SPT-10
0.1
2000
0.18
2
3 Watt Units - 3 Inch Case
Model
Resistance ohms
Bandpass MHz.
Risetime nsec.
Emax joules
SDN-25
0.25
1200
0.3
5
SSDN-25
0.25
1200
0.3
5
SPT-25
0.25
1200
0.3
5
SDN-50
0.5
800
0.45
2.5
SSDN-50
0.5
800
0.45
2.5
SPT-50
0.5
800
0.45
2.5
American precision instruments, nuclear magnetic resonance research achievements, patented technology, low line inductance, ultra-high precision resistance, high overload, particularly suitable for pulse current monitoring. More specifications available for customization!
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