1. 编码器技术：光学编码器，通过光学原理进行信号转换和传输。
2. 每转脉冲数：128个脉冲/通道/转，这意味着当编码器旋转一圈时，每个通道将输出128个脉冲信号。
3. 最大转数：300rpm（每分钟转数），这是编码器能够支持的最大旋转速度。
4. 输出信号类型：TTL（晶体管-晶体管逻辑）兼容输出，这意味着编码器的输出信号与TTL电路兼容，可以直接连接到TTL电路中进行处理。
5. 轴类型：这款编码器可能支持轴向、端部和径向等多种轴类型，以满足不同应用的需求。
6. 电源电压：5V直流，是编码器正常工作所需的电源电压。
7. 体积：总体高度为34.42mm，总体深度为28.58mm，这是一个相对紧凑的尺寸，适用于各种安装环境。
8. 工作温度范围：最低工作温度为-40°C，最高工作温度为+65°C，这表明编码器可以在较宽的温度范围内正常工作。

此外，600-128-CBL光学编码器还具有一些其他特性，如非接触技术、无需A/D转换器、不锈钢轴和镀镍黄铜衬套等。这些特性使得编码器具有高精度、高可靠性和长寿命等优点。

这款光学编码器适用于多种应用，如医疗和工业应用中的电动机控制、流量控制、手术设备和精密操纵杆等。它的输出为晶体管到晶体管逻辑兼容，端子配置为引脚引线或电缆引线，为系统集成提供了灵活性。

600-128-CBL

The 600-128-CBL optical encoder is a manually operated device with some unique technical features and parameters. Here are some detailed information about this optical encoder:

Encoder technology: Optical encoder, which converts and transmits signals through optical principles.
Pulse count per revolution: 128 pulses per channel per revolution, which means that when the encoder rotates one revolution, each channel will output 128 pulse signals.
Maximum rotation speed: 300rpm (revolutions per minute), which is the maximum rotation speed that the encoder can support.
Output signal type: TTL (transistor transistor logic) compatible output, which means that the output signal of the encoder is compatible with the TTL circuit and can be directly connected to the TTL circuit for processing.
Axis types: This encoder may support multiple axis types such as axial, end, and radial to meet the needs of different applications.
Power supply voltage: 5V DC, which is the power supply voltage required for the normal operation of the encoder.
Volume: The overall height is 34.42mm and the overall depth is 28.58mm, which is a relatively compact size suitable for various installation environments.
Working temperature range: The minimum working temperature is -40 ° C and the maximum working temperature is+65 ° C, indicating that the encoder can operate normally over a wide temperature range.
In addition, the 600-128-CBL optical encoder also has some other features, such as non-contact technology, no need for A/D converters, stainless steel shafts, and nickel plated brass bushings. These characteristics make encoders have advantages such as high precision, high reliability, and long lifespan.

This optical encoder is suitable for various applications, such as motor control, flow control, surgical equipment, and precision control levers in medical and industrial applications. Its output is transistor to transistor logic compatible, with terminal configurations of pin leads or cable leads, providing flexibility for system integration.