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Electrical Transport and Defect Spectroscopy of Free Standing Single Crystal CVD Diamond Prepared from Methane Rich Mixtures

  • Andrey Bogdan (a1), Ganna Bogdan (a2), Ward De Ceuninck (a3), Ken Haenen (a4) and Milos Nesladek (a5)...

Abstract

Transient photocurrent measurements in the Time-of-Flight (TOF) configuration were used to study the electrical transport in single crystalline diamond layers using a Nd:YAG - pumped OPO (2.7 nsec) laser pulse excitation source working at a wavelength of ∼ 218 nm. The amount of collected charge was measured and the hole and electron drift mobilities were determined at room temperature for natural IIa diamond and intrinsic single crystalline CVD diamond samples. A variation of the laser intensity over several orders of magnitude enabled switching between the so called “small signal TOF” and “space charge limited current” (SCLC) modes. Experiments were done using electrical fields in the range of 0.05-1.2 V/μm.

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Keywords

Electrical Transport and Defect Spectroscopy of Free Standing Single Crystal CVD Diamond Prepared from Methane Rich Mixtures

  • Andrey Bogdan (a1), Ganna Bogdan (a2), Ward De Ceuninck (a3), Ken Haenen (a4) and Milos Nesladek (a5)...

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