FMCW radar-based distance measuring device for measuring a distance (d) to an object, comprising: - A signal generating unit which is designed, ∘ generate a high-frequency electrical signal (s HF) according to the FMCW principle, and ∘ by mixing the high-frequency signal (s HF) with a received signal (e) HF to generate an evaluation signal, - an antenna arrangement by means of which the high-frequency signal (s HF) can be emitted as a radar signal (S HF) in the direction of the object and, after reflection at the object, can be received as a corresponding received signal (E HF), - a first analog signal processing unit for processing the evaluation signal, with a first analog signal processing unit arranged in series ∘ first analog high-pass filter, which is designed as a first-order filter, ∘ first amplifier, and ∘ first analog low-pass filter, which is designed as a maximum fourth-order filter, - a digital evaluation unit for processing the evaluation signal, the digital evaluation unit being arranged downstream of the analog evaluation unit, with ∘ a first analogue/digital converter which is designed to digitize the evaluation signal processed by the analogue signal processing unit by means of oversampling, ∘ a first digital low-pass filter for filtering the evaluation signal (IF d), ∘ a first digital high-pass filter for filtering the evaluation signal (IF d), ∘ a computing unit which is designed to determine the distance (d) using the filtered, digital evaluation signal (IF d), in particular by means of a Fourier transformation. - A signal generating unit which is designed, ∘ generate a high-frequency electrical signal (s HF) according to the FMCW principle, and ∘ by mixing the high-frequency signal (s HF) with a received signal (e) HF to generate an evaluation signal, ∘ generate a high-frequency electrical signal (s HF) according to the FMCW principle, and ∘ by mixing the high-frequency signal (s HF) with a received signal (e) HF to generate an evaluation signal, - an antenna arrangement by means of which the high-frequency signal (s HF) can be emitted as a radar signal (S HF) in the direction of the object and, after reflection at the object, can be received as a corresponding received signal (E HF), - a first analog signal processing unit for processing the evaluation signal, with a first analog signal processing unit arranged in series ∘ first analog high-pass filter, which is designed as a first-order filter, ∘ first amplifier, and ∘ first analog low-pass filter, which is designed as a maximum fourth-order filter, ∘ first analog high-pass filter, which is designed as a first-order filter, ∘ first amplifier, and ∘ first analog low-pass filter, which is designed as a maximum fourth-order filter, - a digital evaluation unit for processing the evaluation signal, the digital evaluation unit being arranged downstream of the analog evaluation unit, with ∘ a first analogue/digital converter which is designed to digitize the evaluation signal processed by the analogue signal processing unit by means of oversampling, ∘ a first digital low-pass filter for filtering the evaluation signal (IF d), ∘ a first digital high-pass filter for filtering the evaluation signal (IF d), ∘ a computing unit which is designed to determine the distance (d) using the filtered, digital evaluation signal (IF d), in particular by means of a Fourier transformation. ∘ a first analogue/digital converter which is designed to digitize the evaluation signal processed by the analogue signal processing unit by means of oversampling, ∘ a first digital low-pass filter for filtering the evaluation signal (IF d), ∘ a first digital high-pass filter for filtering the evaluation signal (IF d), ∘ a computing unit which is designed to determine the distance (d) using the filtered, digital evaluation signal (IF d), in particular by means of a Fourier transformation.