The CLIC Tracker Detector (CLICTD) is a monolithic pixel sensor. It is fabricated in a 180 nm CMOS imaging process, modified with an additional deep low-dose n-type implant to obtain full lateral depletion. The sensor features a small collection diode, which is essential for achieving a low input capacitance. The CLICTD sensor was designed as a technology demonstrator in the context of the tracking detector studies for the Compact Linear Collider (CLIC). Its design characteristics are of broad interest beyond CLIC, for HL-LHC tracking detector upgrades. It is produced in two different pixel flavours: one with a continuous deep n-type implant, and one with a segmented n-type implant to ensure fast charge collection. The pixel matrix consists of 16 × 128 detection channels measuring 300 μm$\times$30 μm. Each detection channel is segmented into eight sub-pixels to reduce the amount of digital circuity while maintaining a small collection electrode pitch. This paper presents the characterisation results of the CLICTD sensor in a particle beam. The different pixel flavours are compared in detail by using the simultaneous time-over-threshold and time-of-arrival measurement functionalities. Most notably, a spatial resolution down to $(4.6\pm 0.2)$  μm is measured. A time resolution down to $(5.8\pm 0.1)$  ns is observed, after applying an offline time-walk correction using the pixel-charge information. The hit detection efficiency is found to be well above 99.7 % for thresholds of the order of several hundred electrons.

CLIC跟踪器检测器（CLICTD）是单片像素传感器。它是在180 nm CMOS成像工艺中制造的，并通过附加的深低剂量n型注入进行了修饰，以获得完全的横向耗尽。该传感器具有一个小的收集二极管，这对于实现低输入电容至关重要。CLICTD传感器在紧凑型线性对撞机（CLIC）的跟踪检测器研究中被设计为技术演示器。除了CLIC以外，对于HL-LHC跟踪检测器升级，其设计特性也引起了广泛关注。它具有两种不同的像素口味：一种具有连续的深n型注入，一种具有分段的n型注入，以确保快速收集电荷。像素矩阵包括16×128的检测通道的测量300 微米$\times$30 微米 每个检测通道被分成八个子像素，以减少数字电路的数量，同时保持较小的收集电极间距。本文介绍了CLICTD传感器在粒子束中的表征结果。通过同时使用阈值时间和到达时间测量功能，可以对不同的像素风格进行详细比较。最值得注意的是，空间分辨率低至$（4。6\pm 0。\mathrm{2个}）$  测得μm。时间分辨率低至$（5。8\pm 0。\mathrm{1个}）$  在使用像素电荷信息应用离线时程校正后，观察到ns。发现对于 几百个电子的阈值，命中检测效率远高于99.7 ％。