136-001-007 | regulator | High precision drive servo valve

Brand: Moog

Flow/control :D136-001-007

Servo valve amplifier: high precision drive servo valve

Servo valve controller: servo valve electrical board

Power supply voltage :0-+24V or upon request

Servo valve controller: with accurate feedback

Type: Voltage regulator

The D136-001-007 regulator is an electronic device whose main function is to stabilize the output voltage, ensuring that the voltage in the circuit is kept within a fixed and suitable range. The following is a detailed introduction to the regulator:

First, the role of the regulator

Protection of electrical equipment: D136-001-007 regulator can eliminate the influence of voltage instability caused by power supply voltage fluctuations, load changes and other factors on electrical equipment, so as to protect the normal operation of electrical equipment and avoid damage caused by voltage fluctuations.

Provide a stable power supply: The voltage regulator can provide a stable power supply for various equipment, such as medical equipment, industrial automation equipment, optoelectronic equipment, communication equipment, scientific research and experimental equipment, electronic products and home electrical equipment.

Second, the principle of the regulator

D136-001-007 regulator is mainly composed of voltage regulating circuit, control circuit and servo motor. When the input voltage or load changes, the control circuit will sample, compare, amplify, and then drive the servo motor to rotate, so that the regulator carbon brush position change, by automatically adjusting the coil turn ratio, so as to maintain the stability of the output voltage.

Three, the classification of regulators

The D136-001-007 regulator can be divided into several types, including linear regulators, switching regulators, Zener regulators and integrated regulators.

Linear voltage regulator: by reducing the input voltage to the desired output voltage to achieve the purpose of voltage regulation, good stability, low noise, but low efficiency, mainly used in low power and high precision requirements of the circuit.

Switching voltage regulator: The use of switching power supply technology, continuous switching power between input and output, to convert the input voltage into a stable output voltage. The efficiency is high, but the noise and anti-interference ability are relatively poor.

Zener regulator: Relying on the reverse voltage of the locked Zener diode to stabilize the voltage, the cost is low, but the application range is limited, mainly for low-power circuits.

Integrated voltage regulator: The voltage regulator circuit is made into a whole, forming an integrated circuit chip, high degree of modularity, voltage stability, large power, good flexibility, high efficiency, but the price is relatively high.