1. Home
  2. »
  3. Products
  4. »
  5. Sample Cells
  6. »
  7. RTSC – Room Temperature Sample Cells

RTSC – Room Temperature Sample Case / Cells

A wide selection for most components / Sample needs with a fully enclosed holder for sub millihertz measurement needs

RTSC – Room Temperature Sample Case

Just as the name suggests, it is a room temperature sample cell holder that can connect either directly to the compatible analyzer, or via BNC cables. It serves as a holder for many different cells which plug into the case in a matter of seconds to facilitate the ability to measure different sample types and shapes.

RTSC represents a perfect faraday cage which would allow measurements in the micro hertz regime.

There are currently 3 different variants of this sample cell case. They all share the same connectors and shape on the inside so the different internal cells are exchangeable:

RTSC – Room Temperature Sample Case with no Sample cell

Loading file

RTSC – Room Temperature Sample Case 3D Design

First variant has 4 standard BNC connectors which would plug in (without cables) to HZx as it has the same BNC spacing as HZx.

Second variant also has 4 standard BNC connectors which would plug in (without cables) to Zeus, Lamda or Sigma as it has the same BNC spacing as these analyzers.

Third variant has 2 standard SHV connectors which would plug in (without cables) to HV500, HV1000 or HV2000 as it has the same BNC spacing as these interfaces. As well as an interlock for a safe operation of the high voltage interfaces.

RTSC-SMD – RTSC Surface mounted devices cell

This sample cell can hold SMD parts up to 5 mm long and the handling of the SMD parts was the main factor behind the very design of this cell. It combines a small round Hall under the SMD part which act like a bowl that would not allow the part to bounce back and be lost.

While the external shape is simple. The material used for constructing this cell was chosen very carefully to ensure minimal contribution or effects to the measured sample inside. It measures > 250 TΩ (≈400fF) while it is in the open state.

RTSC-SMD – RTSC Surface mounted devices cell

Loading file

RTSC-SMD – RTSC Surface mounted devices cell 3D Design

With the short-load-open calibrations using the delivered calibration standards it can measure DUTs up to 100 MHz with almost perfect response especially because SMD parts have very minimal inductance effect at high frequency by their design. It can withstand High Voltages up to ±1000V

RTSC-TH – RTSC Through Hole Components Cell

This sample cell can hold through hole parts and the handling of the parts was the main factor behind the very design of this cell. It combines two spring forced levers which can be moved by one central point for easy parts installation.

While the external shape is simple. The material used for constructing this cell was chosen very carefully to ensure minimal contribution or effects to the measured sample inside. It measures > 250 TΩ (≈150fF) while it is in the open state.

RTSC-TH – RTSC Through Hole Components Cell

Loading file

With the short-load-open calibrations using the delivered calibration standards it can measure DUTs up to 100 MHz with very good response especially if the calibration standard have the same lead lengths to minimal inductance effect difference between calibration standards and DUTs. It can withstand High Voltages up to ±1000V

RTSC-IE – RTSC interdigit electrodes cell

This sample cell can hold any interdigit electrodes cell that Eynocs offers and the handling of the parts was the main factor behind the very design of this cell. It combines a spring forced lever which can be moved upwards for easy interdigit electrodes cell installation.

While the external shape is simple. The material used for constructing this cell was chosen very carefully to ensure minimal contribution of effects to the measured sample inside. It measures > 250 TΩ (≈500fF) while it is in the open state.

RTSC-IE – RTSC interdigit electrodes cell

Loading file

With the short-load-open calibrations using the delivered calibration standards it can measure DUTs up to 100 MHz with very good response. It can withstand High Voltages up to ±1000V

The mechanical dimension drawing is also delivered with each RTSC. This would enable the user to develop their own sample cells with the known boundaries and benefiting from the features of the RTSC