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Spin qubits are very valuable and scalable candidates in the area of quantumcomputation and simulation applications. In the last decades, they have beendeeply investigated from a theoretical point of view and realized on the scaleof few devices in the laboratories. In semiconductors, spin qubits can be builtconfining the spin of electrons in electrostatically defined quantum dots.Through this approach it is possible to create different implementations:single electron spin qubit, singlet-triplet spin qubit, or a three electronsarchitecture, e. g. the hybrid qubit. For each qubit type, we study the singlequbit rotations along the principal axis of Bloch sphere including themandatory non-idealities of the control signals that realize the gateoperations. The realistic transient of the control signal pulses are obtainedby adopting an appropriate low-pass filter function. In addition the effect ofdisturbances on the input signals is taken into account by using a Gaussiannoise model.

Bandwidth-limited and noisy pulse sequences for single qubit operations in semiconductor spin qubits