TCH35P3K90JE

Through Hole Resistors, sometimes referred to as TO-style resistors, are resistors which are usually designed for use in embedded electronic devices. They can come in variety of styles and sizes, but typically consist of a cylindrical body, two lead wires extending from its ends, and a series of small conformations arranged in a pattern across its surface. Each conformation is associated with a certain resistance value – the number of conformations, or number of rings, indicates the resistance value.

The TCH35P3K90JE is a through hole resistor. It\'s cylindrical body measures 3.5mm in diameter and has 90 conformations, indicating a resistance value of 3K ohms. The device is designed to provide accurate resistance values when exposed to varying voltage or current and can be used in almost any electronic device.

The TCH35P3K90JE has a wide range of applications, including digital logic circuits, inverters, amplifier circuits, television receivers, signal generators, switching regulators, and motor speed controllers. It can also be used in measuring and testing circuits, as well as for voltage control in digital-to-analog converters. Additionally, it can also be used to reduce the impedance of high-gain amplifiers for lower power consumption.

The working principle of the TCH35P3K90JE is based on Ohm\'s Law, which states that the resistance of a material (R) is equal to the ratio between voltage (V) and current (I). Applying this law to the device, it can be assumed that the resistance value of the TCH35P3K90JE is constant, no matter the voltage or current it is exposed to. To measure the resistance of the TCH35P3K90JE, digital or analog meters can be used to pass a low current through the device’s leads, allowing for accurate readings.

In conclusion, the TCH35P3K90JE is a through hole resistor that is mainly used in embedded electronic devices. It has a 3K ohms resistance value and its working principle is based on Ohm’s Law. The device has a wide range of applications, from testing and measuring circuits to voltage control. It can be accurately measured using digital or analog meters.