TZX3V0C-TAP

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Introduction

The TZX3V0C-TAP is a single-zone thermostat with an adjustable switching temperature range. It is designed to provide reliable protection against over-temperature conditions in most applications. The device features a non-volatile memory that allows users to easily adjust the switch temperature. The low price and small size also makes the device ideal for applications requiring cost efficiency and space savings.

Overview of TZX3V0C-TAP
The TZX3V0C-TAP is a single-zone thermostat that provides protection from over-temperature conditions. It has an adjustable switching temperature from -40°C to +150°C. The device is composed of four main components — a stainless steel casing, a diode, a resistor, and a triac.

Application Fields
The TZX3V0C-TAP is primarily intended for temperature control in small- to medium-sized electronic devices. It is suitable for use in a variety of applications, such as industrial equipment, alarms and sensors, compact appliances, medical and laboratory equipment, automotive, and consumer electronics. It can also be used in other areas requiring temperature control, such as data centers, climate control systems, and HVAC systems.

Working Principle
The TZX3V0C-TAP is designed to provide reliable protection against over-temperature conditions. When the temperature rises to the set point temperature, the device triggers an alarm or shuts off the device. The device works by using a diode and resistor to form a voltage divider. When the device is triggered, current flows through the diode and resistor and the voltage across the resistor is measured. If the voltage is above the set point, the device triggers an alarm or shuts off the device. The device also contains a triac, which is used to control the power delivered to the device.

Conclusion
The TZX3V0C-TAP is a single-zone thermostat designed to provide reliable protection against over-temperature conditions. It is designed to be used in a variety of applications, such as industrial equipment, alarms and sensors, and consumer electronics. The device works by using a diode and resistor to form a voltage divider, and a triac to control power.

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