MOC5007SR2VM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MOC5007SR2VM is an optoisolator-logic output that isolates and transfers a logic signal from one circuit to another, helping to protect the first circuit from electrical noise and interference. Typically, it provides voltage isolation up to 5000 volts between the input and output stages, as per its technical specifications. It has a maxiumu off-state voltage of 75V, an operating frequency of 40kHz, and a maximum on-state current of 25mA.

The MOC5007SR2VM belongs to the 4N35 family of opto isolators, which are small, commercial-grade devices meant for a range of applications where galvanic isolation is required. They can generally be used to couple a logic signal between two circuits and protect circuits from transients, and low-level logic signals from electrical noise. It also offers high-temperature stability, low voltage drive current, low-crosstalk level, and fast switching speeds.

The MOC5007SR2VM is a voltage-type opto-isolator, which operates by means of a voltage drop across the internal LED that is optically coupled to an integrated phototransistor. The opto-isolator reduces the current to the phototransistor by blocking current from reaching it directly from the external circuit and instead requires the LED to be powered first by the current that is then converted by the phototransistor into current transmittable to the external circuit. In this way, isolation is achieved between the two circuits as they are never in direct contact in order to function.

Practical applications of the MOC5007SR2VM include signal isolation in applications such as switched-mode power supplies, motor drivers, industrial control systems, instrumentation, and home appliances. It can also be used in high frequency data handling, voltage sensing, line receivers, driving optocouplers and LEDs, and protection of PLCs (programmable logic controllers) from electrical disturbances.

A MOC5007SR2VM opto-isolator is essentially composed of an infra-red LED and a photosensitive transistor. The basic sequences of operations are as follows: First, when the input signal is sent to the MOC5007SR2VM, it activates the LED inside. This emits light, which is then converted into a current signal by the phototransistor. This information is then transferred to the output side, where the current signal activates the output device. In this manner, the original input signal is conveyed and isolated from the output device. This is referred to as a high-linearity photocoupled logic system.

The switching speed of the MOC5007SR2VM is considered to be very fast as the speed that is required for the input signal to reach the output side would be in the order of nanoseconds. This fast switching speed and high linearity ensures that the data is transferred with minimal distortion. Additionally, its high insulation voltage results in high levels of protection against interference and noise. All of this makes the MOC5007SR2VM an ideal component for use in many industrial and commercial applications.

The specific data is subject to PDF, and the above content is for reference