The CC-TLP module utilizes the principle of Transmission Line Pulsing (TLP) where a transmission line is capacitively coupled to the device under test. When a pulse is applied to the transmission line, charge is transferred through the capacitor to simulate an Electrostatic Discharge (ESD) event on the device. CC-TLP involves applying extremely short yet high-voltage pulses on the transmission line to simulate ESD events and the amplitude/duration of CC-TLP are adjusted according to testing requirements.
The CC-TLP module utilizes the principle of Transmission Line Pulsing (TLP) where a transmission line is capacitively coupled to the device under test. When a pulse is applied to the transmission line, charge is transferred through the capacitor to simulate an Electrostatic Discharge (ESD) event on the device. CC-TLP involves applying extremely short yet high-voltage pulses on the transmission line to simulate ESD events and the amplitude/duration of CC-TLP are adjusted according to testing requirements.
| Parameters | CC-TLP-1-50 | CC-TLP-1-90 | Unit | Comments |
| SMA Connection Bandwidth | 18 | GHz | ||
| Needle Tip Radius | 0.5, 1, 5 | µm | Default 5 um | |
| Needle Slot | 1 | mm | ||
| GND Diameter | 50 | 90 | mm | |
| Line | Part # | Description | Status |
| 1 | CCTLP-1-90 | CC-TLP Probe with 90 mm diameter GND Plate | Active |
| 2 | CCTLP-1-50 | CC-TLP Probe with 50 mm diameter GND Plate | Active |
| 3 | CCTLP-CAL-1 | CC-TLP needle height calibration gauge | Active |
| 4 | CC-TLP-1-RN5 | CC-TLP Replacement Probe – 5 um radius tungsten tip | Active |
| 5 | CC-TLP-1-RN1 | CC-TLP Replacement Probe – 1 um radius tungsten tip | Active |
| 6 | CC-TLP-1-RN0p5 | CC-TLP Replacement Probe – 0.5 um radius tungsten tip | Active |