Method for testing ultrasound probes with a plurality of transducing elements / lead -pairs and a connector, the method involving the use of a device for testing ultrasound probes, said device comprising a plurality of ultrasound transmitter/receiver circuits, wherein the number of transmitters/receiver circuits is at least equal to the number of transducing elements in the ultrasound probe, a control device arranged to control the ultrasound transmitter/receiver circuits, said control device comprising a computing device arranged to select an interrogation protocol from a plurality of different interrogation protocols, wherein each interrogation protocol comprises instructions for the order in which the plurality of transmitter/receiver circuits shall send voltage pulses to the transducer element /lead pairs of the ultrasound probe, a connector for connecting the probe connector to the device or for connecting an adapter for a probe connector to the device wherein the interrogation protocol is adapted to detect crosstalk between the leads and/or transducer elements in the probe and wherein the method is carried out in a test setup that does not have a phantom target that would create an echo and comprises the steps of: a. connecting a probe to be tested to the device and selecting, from a plurality of interrogation protocols, one interrogation protocol for the order in which a plurality of transmitter/receiver circuits shall send voltage pulses to the transducers of the ultrasound probe, b. sending voltage pulses from the transmitters according to the interrogation protocol, and registering voltage pulses to the receivers according to the interrogation protocol wherein the interrogation protocol comprises instructions that causes the device to: i. select a first transducer element, ii. send a voltage pulse to that transducer element, iii. register voltage pulses to all receivers, and iv. repeating steps i)-iii) until voltage pulses have been send to all transducers and wherein it is determined that there is crosstalk in those transducing elements / lead -pairs where voltage is registered. a control device arranged to control the ultrasound transmitter/receiver circuits, said control device comprising a computing device arranged to select an interrogation protocol from a plurality of different interrogation protocols, wherein each interrogation protocol comprises instructions for the order in which the plurality of transmitter/receiver circuits shall send voltage pulses to the transducer element /lead pairs of the ultrasound probe, a connector for connecting the probe connector to the device or for connecting an adapter for a probe connector to the device wherein the interrogation protocol is adapted to detect crosstalk between the leads and/or transducer elements in the probe and wherein the method is carried out in a test setup that does not have a phantom target that would create an echo and comprises the steps of: a. connecting a probe to be tested to the device and selecting, from a plurality of interrogation protocols, one interrogation protocol for the order in which a plurality of transmitter/receiver circuits shall send voltage pulses to the transducers of the ultrasound probe, b. sending voltage pulses from the transmitters according to the interrogation protocol, and registering voltage pulses to the receivers according to the interrogation protocol wherein the interrogation protocol comprises instructions that causes the device to: i. select a first transducer element, ii. send a voltage pulse to that transducer element, iii. register voltage pulses to all receivers, and iv. repeating steps i)-iii) until voltage pulses have been send to all transducers and wherein it is determined that there is crosstalk in those transducing elements / lead -pairs where voltage is registered. a. connecting a probe to be tested to the device and selecting, from a plurality of interrogation protocols, one interrogation protocol for the order in which a plurality of transmitter/receiver circuits shall send voltage pulses to the transducers of the ultrasound probe, b. sending voltage pulses from the transmitters according to the interrogation protocol, and registering voltage pulses to the receivers according to the interrogation protocol wherein i. select a first transducer element, ii. send a voltage pulse to that transducer element, iii. register voltage pulses to all receivers, and iv. repeating steps i)-iii) until voltage pulses have been send to all transducers and wherein