EE-SX1103

Optical Sensors - Photointerrupters - Slot Type - Transistor Output

The EE-SX1103 is a slot type phototransistor-output photointerrupter, manufactured by Omron. It is an ultra small, compact model, and is ideal for applications where space is at a premium or when precision is a priority. It offers reliable, fast response, and can be used in applications such as elevator equipment, home appliances, office equipment, and industrial equipment.

The EE-SX1103 is a photoelectrical transducer which converts light into electric signals. This sensor comprises an LED and phototransistor in a slot-type package. The LED I/P light is focused on a phototransistor which is mounted on an integrated PCB. When light is emitted through the through-slot of the EE-SX1103, it is detected by the phototransistor, and a switch contact is formed. The operating distance of the EE-SX1103 is 2.3mm at I/P light of 20mA.

The EE-SX1103 is also designed to be used as an optical switch in many types of electronic applications. It consists of two main components, the light emitting diode (LED) and the phototransistor. The LED is powered by the I/P voltage, and emits light towards the phototransistor. When this light is blocked or passes through the EE-SX1103, the one transistor output of this device switches state. This can be used to control the switching of devices such as relays and motors.

The EE-SX1103 is particularly suited for applications such as detectors, position detectors/encoders, limit switches, and applications where a precise switching point needs to be detected. It can be used in a variety of applications and environments, including automotive, medical, consumer, and industrial applications. The EE-SX1103 has a response time of 2.4ms, and an operating temperature range of -10 to +70˚C.

Overall, the EE-SX1103 is an ultra-small, compact, and reliable slot type phototransistor-output photointerrupter which offers fast response and long-term stability. It can be used in many types of applications, and in harsh environments. Additionally, it is low cost and requires low power consumption.