Q96-ZCO-1 24VDC Isolated power supply

                                                    Q96-ZCO-1 24VDC Isolated power supply

Overview

Q96-ZCO-1 24VDC Isolated power supply has positive and negative electrodes. The potential of the positive electrode is high and the potential of the negative electrode is low. When the two electrodes are connected with the circuit, it can maintain a constant potential difference between the two ends of the circuit, so as to form a current from the positive electrode to the negative electrode in the external circuit. DC power supply is an energy conversion device, which converts other forms of energy into electric energy supply circuit to maintain the steady flow of current.

Working principle of Q96-ZCO-1 24VDC Isolated power supply

The non electrostatic force in the DC power supply is directed from the negative pole to the positive pole. When the DC power supply is connected with the external circuit, a current from the positive pole to the negative pole is formed outside the power supply (external circuit) due to the promotion of electric field force. Inside the power supply (internal circuit), the action of non electrostatic force makes the current flow from the negative pole to the positive pole, so that the charge flow forms a closed cycle.

An important characteristic of the power supply itself is the electromotive force of the power supply, which is equal to the work done by non electrostatic force when the unit positive charge moves from the negative pole through the interior of the power supply to the positive pole.

When the internal resistance of the power supply can be ignored, it can be considered that the electromotive force of the power supply is approximately equal to the potential difference or voltage between the two poles of the power supply.

In order to obtain high DC voltage, DC power supplies are often used in series. At this time, the total electromotive force is the sum of electromotive force of each power supply, and the total internal resistance is also the sum of internal resistance of each power supply. Due to the increase of internal resistance, it can only be used in circuits with low current intensity. In order to obtain large current intensity, DC power supplies with equal electromotive force can be used in parallel. At this time, the total electromotive force is the electromotive force of a single power supply, and the total internal resistance is the parallel value of the internal resistance of each power supply.

Main tech data of Q96-ZCO-1 24VDC Isolated power supply

Input / output isolation withstand voltage: 1kV DC 0.5mA for 1 minute

Input / enclosure isolation withstand voltage: 1kV DC 0.5mA for 1 minute

Output ripple (20MH broadband): 250mvp Pmax

Output noise (20MH broadband): 300mvp Pmax

Input voltage: DC 24V (DC 18V ~ DC 36V)

Output voltage: DC 24V ± 2% (10% ~ 100% load)

Output current: 3A; 5A

***High power: 150W

Output protection: overload 120% ~ 150%; Self recovery

Operating ambient temperature: - 25 ℃ ~ + 55 ℃

Working vibration resistance: 2 ~ 100Hz acceleration ≤ 0.7G

Relative humidity: ≤ 98% RH

Load effect: ≤± 2% (10% ~ 100% load)

Source effect: ≤± 2% (input voltage from low to high)

Temperature coefficient: ≤± 0.02% Celsius

Fuse blown: red indicator light on (alarm)

Environmental characteristics: it has good shielding and anti-interference performance and electromagnetic compatibility, short-time short-circuit protection, self recovery, etc

Note: Any special design or question of Q96-ZCO-1 24VDC Isolated power supply, kindly contact the manufacturer for more details.