Airborne precision optical-mechanical system simulation test bench based on partition vibration and temperature control system

The invention discloses an airborne precision optical-mechanical system simulation test bench based on partition vibration and a temperature control system, and belongs to the technical field of aerospace testing. The simulation test bench comprises a light path system, a vibration partition module, a temperature adjusting system and a target simulator. Wherein the vibration partition module comprises three first vibration partition modules and a vibration partition base, and the target simulator comprises a three-axis sliding table, a laser source projection plate, a detection device and a target table base; the temperature adjusting system is composed of three first temperature control boxes and a supporting frame. The light path system comprises a light guide arm and a laser transmitter and is located between the vibration partition module and the temperature adjusting system. The vibration partition module and the temperature adjusting system are adopted to simulate the airborne multi-degree-of-freedom fl